@prefix rdf: . @prefix owl: . @prefix rdfs: . @prefix xml: . @prefix xsd: . a owl:Ontology; "urn:iso:std:iec:61970-301:ed-7:amd1", "urn:iso:std:iec:61970-401:draft:ed-1", "file://iec61970cim17v40_iec61968cim13v13a_iec62325cim03v17a.eap", "urn:iso:std:iec:61970-600-2:ed-1", "urn:iso:std:iec:61970-501:draft:ed-2", "file://CIM17-2_CGMES31v01_PROF-20v03_NC25v25_MS10v12_DES10v01.eap"; "ENTSO-E CIM WG NC project"@en; "This vocabulary is describing the equipment reliability profile."@en; "801d52fe-7506-4b79-b81f-ad7c83a27151"; "ER"; "en-GB"; "https://www.apache.org/licenses/LICENSE-2.0"@en; "2026-08-05"^^xsd:date; owl:priorVersion ; "ENTSO-E"@en; "ENTSO-E"@en; "vocabulary"@en; "Equipment Reliability Vocabulary"@en; owl:versionIRI ; owl:versionInfo "2.5.0"@en . a ; rdfs:comment "Converter control strategy in which the converter synchronizes to an externally established AC voltage and frequency reference, typically using phase-locked synchronization and controlled current injection."; rdfs:label "gridFollowing"@en; "enum" . a ; rdfs:comment "Converter control strategy in which the converter establishes or contributes to the AC voltage magnitude and frequency reference, operating as a controllable AC voltage source."; rdfs:label "gridForming"@en; "enum" . a ; rdfs:comment "Current source converter (CSC)."; rdfs:label "currentSourceConverter"@en; "enum" . a ; rdfs:comment "Modular Multilevel Converter (MMC)."; rdfs:label "modularMultilevelConverter"@en; "enum" . a ; rdfs:comment "Voltage source converter (VSC)."; rdfs:label "voltageSourceConverter"@en; "enum" . a rdfs:Class; ; rdfs:comment "A unit with valves for three phases, together with unit control equipment, essential protective and switching devices, DC storage capacitors, phase reactors and auxiliaries, if any, used for conversion."; rdfs:label "ACDCConverter"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kinds of converter control strategy."; rdfs:label "ACDCConverterControlStrategyKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "ACDC converter unit control. According to IEC 60633, it is the control system used for the controlling, monitoring and protection of a single converter unit."; rdfs:label "ACDCConverterController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kinds of AC and DC converter."; rdfs:label "ACDCConverterKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "An electrical connection point (AC or DC) to a piece of conducting equipment. Terminals are connected at physical connection points called connectivity nodes."; rdfs:label "ACDCTerminal"@en . a rdfs:Class; ; rdfs:comment """The AC emulation control function is used when AC emulation model is activated for a DC system. It consists in computing the active power set point of the DC system as a function of the voltage angle difference between both points of common coupling with the AC network in order to mimic the behavior of an AC transmission line. This control mode enables the automatic adjustment of the active power reference following variations of the AC system operational point. The setpoint of the DC system is calculated by Psetpoint=Pref+Kdc*(angle1-angle2), where - Pref is the existing active power setpoint; - Kdc is the control system gain and - angle1 and angle2 are the phase angle measurement (measured at points of common coupling with the AC network) respectively at the side 1 and 2 of the DC system."""; rdfs:label "ACEmulationControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A collection of one or more AC tie lines that connect two different control areas."; rdfs:label "ACTieCorridor"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Product of RMS value of the voltage and the RMS value of the in-phase component of the current."; rdfs:label "ActivePower"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Rate of change of active power per time."; rdfs:label "ActivePowerChangeRate"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Active power control function is a function block that calculates operating point of the controlled equipment to achieve the target active power."; rdfs:label "ActivePowerControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A curve or functional relationship between the ambient temperature independent variable (X-axis) and relative temperature dependent (Y-axis) variables."; rdfs:label "AmbientTemperatureDependencyCurve"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Measurement of angle in degrees."; rdfs:label "AngleDegrees"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Product of the RMS value of the voltage and the RMS value of the current."; rdfs:label "ApparentPower"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Area interchange control is set to control active power of an area."; rdfs:label "AreaInterchangeController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A resource representation for a specific balancing reserve product, associated with either a scheduling area or a tie corridor, and used to represent reserve capability made available to a control area for market and operational purposes. Note: An AreaReserveResource shall be associated with either a SchedulingArea or a TieCorridor, but not both. When associated with a SchedulingArea, the resource represents reserve capability made available within that area context. When associated with a TieCorridor, the resource represents reserve capability provided across an inter-area connection to support a control area other than the one in which the underlying resource is located. A single physical or logical resource (for example a GeneratingUnit, HydroPump, PowerElectronicsUnit, or equivalent) may be represented by multiple AreaReserveResource instances, each corresponding to a different balancing reserve product (e.g. FCR, aFRR, mFRR)."""; rdfs:label "AreaReserveResource"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Grouping of function block that are operated with the same priority as settings."; rdfs:label "AutomationBlockGroup"@en; "NC", . a rdfs:Class; ; rdfs:comment "Automation function is a collection of functional block or other automation function that can be executed as a work cycle program as part of an automated system."; rdfs:label "AutomationFunction"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A curve or functional relationship between - the relative loading - current loading over permanent loading (PATL) independent variable (X-axis), and - temporary overloading (TATL) limiting dependent (Y-axis) variables."""; rdfs:label "BaseOverloadLimitCurve"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An electrochemical energy storage device."; rdfs:label "BatteryUnit"@en; ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A bidding zone is a market-based method for handling power transmission congestion. It consists of scheduling areas that include the relevant production (supply) and consumption (demand) to form an electrical area with the same market price without capacity allocation."; rdfs:label "BiddingZone"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A unidirectional interface between two adjacent Bidding Zones, representing the available transmission capacity from the Bidding Zone defined by the association FromBiddingZone (source) to the Bidding Zone defined by the association ToBiddingZone (sink). It defines the capacity constraints and market-based allocation mechanisms for cross-zonal electricity exchange in the specified direction, considering potential transmission congestion and market price differences."; rdfs:label "BiddingZoneBorder"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Bipolar DC system (IEC 60633) consists of two poles of opposite polarity with respect to earth. The overhead lines, if any, of the two poles may be carried on common or separate towers."; rdfs:label "BipolarDCSystem"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A type with the value space \"true\" and \"false\"."; rdfs:label "Boolean"@en; "Primitive" . a rdfs:Class; ; rdfs:comment """<<EU>> Designates a connection point at which one or more model authority sets shall connect to. The location of the connection point as well as other properties are agreed between organisations responsible for the interconnection, hence all attributes of the class represent this agreement. It is primarily used in a boundary model authority set which can contain one or many BoundaryPoint-s among other Equipment-s and their connections. New: A BoundaryPoint is a CommonResponsibilityPoint that identifies a location in the power system model where two or more parties establish a common agreement on modelling responsibility. It defines the point at which the representation of adjacent model responsibilities connect and where the agreed boundary between modelling domains is established. Note: A BoundaryPoint represents the agreed location where modelling responsibility changes between organisations such as transmission system operators, distribution system operators, or other authorised model authorities. The BoundaryPoint may be located on an interconnection between networks or at an internal location within a substation or facility where modelling responsibility is divided between parties."""; rdfs:label "BoundaryPoint"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A BoundaryPointBorder identifies a specific border relationship between exactly two parties for one or more BoundaryPoints. It provides a bilateral context used to describe and reference the two parties that share responsibility for coordinating and exchanging boundary information across that border. Note: A BoundaryPointBorder always represents exactly two parties, even when one or more associated BoundaryPoints are shared among more than two parties (for example in multi-party interconnections). In such cases, separate BoundaryPointBorder instances are used to represent each bilateral border relationship. partyOne* and partyTwo* attributes are role-neutral and do not imply direction, hierarchy, or electrical flow."""; rdfs:label "BoundaryPointBorder"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A BoundaryPointBorderLink identifies the relationship between a specific BoundaryPoint and a specific BoundaryPointBorder. It is used when a BoundaryPoint is shared by more than two parties and therefore needs to be related to multiple bilateral BoundaryPointBorder instances Note: When exactly two parties share a BoundaryPoint, the BoundaryPoint shall be directly associated with a single BoundaryPointBorder and BoundaryPointBorderLink shall not be used. BoundaryPointBorderLink does not imply direction or hierarchy between the two parties; it only establishes that the BoundaryPoint participates in the bilateral border context."""; rdfs:label "BoundaryPointBorderLink"@en; "NC", . a rdfs:Class; ; rdfs:comment "Capacity calculation region is a coherent part of the interconnected system that is used for calculating the transmission capacity for a bidding zone or between bidding zones."; rdfs:label "CapacityCalculationRegion"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A circuit is a collection of equipment in a network graph that provide common stability limits. The relevant equipment is in general given by the identifying terminal. A software application that can do topology processing shall calculate the equipment belonging to the circuit, if there are no stability limits associated to it. In case of stability limits, the containment reflects the equipments that were used in the calculation/analysis. "; rdfs:label "Circuit"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Defines the share of the circuit which is part of an associated power transfer corridor."; rdfs:label "CircuitShare"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A geographically defined area characterised according to a climate classification and used as a spatial reference for representative meteorological, hydrological and marine conditions relevant to energy production, consumption and resource availability. Note: ClimateZone provides selected climatological normal values as structured information and may reference time series for detailed climate, weather, hydrological and marine data. A normal value represents a climatological reference condition for the area. Time series may represent observed, historical, modelled, forecast, scenario or climatological data. Reference period, scenario, source, calculation method and other provenance information are represented separately. ClimateZone may be used to associate energy resources and energy-system studies with climate-dependent conditions such as temperature, wind, solar irradiance, precipitation, snow, hydro inflow, extreme weather, waves, sea ice and sea currents. Example: Climate study zones defined in the Pan-European Climate Database (PECD) for European energy-system modelling."""; rdfs:label "ClimateZone"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """The kind of classification scheme used to define a climate zone. Note: The classification kind identifies the methodology or controlled classification system according to which the climate zone is defined. It does not identify the climate category, code or identifier assigned to the zone within that classification. The category, code or identifier defined by the selected classification scheme is provided separately."""; rdfs:label "ClimateZoneClassificationKind"@en; , "NC", "new" . a rdfs:Class; ; rdfs:comment "A system operator which distributes electricity (or gas) within a geographically confined industrial, commercial or shared services and does not supply household customers."; rdfs:label "ClosedDistributionSystemOperator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A set of thermal generating units for the production of electrical energy and process steam (usually from the output of the steam turbines). The steam sendout is typically used for industrial purposes or for municipal heating and cooling. Update:"""; rdfs:label "CogenerationPlant"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The configuration of thermal generating units and shaft arrangements used by a combined cycle plant."; rdfs:label "CombinedCycleConfigurationKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment """A thermal power plant in which two or more thermal generating units are operated in combination so that heat from one thermodynamic cycle is used as an energy input to another thermodynamic cycle. Note: A combined cycle plant normally includes at least one combustion-turbine generating unit and one steam-turbine generating unit. Dependencies between the thermal generating units may define their relative activation, deactivation and operation."""; rdfs:label "CombinedCyclePlant"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A Common Responsibility Point represents a named and persistent point in a power system model where two or more parties share a formally agreed responsibility related to the power system. It provides a stable reference for expressing agreements, constraints, and conditions that apply at a specific location in the power system model and that are defined jointly by the involved parties. Note: A CommonResponsibilityPoint is anchored to the connectivity model by association to either a ConnectivityNode (AC grid) or a DCNode (DC grid). This separation allows the same responsibility-point concept to be used consistently for AC and DC networks without duplicating classes."""; rdfs:label "CommonResponsibilityPoint"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Compensator controller is controlling the equipment to optimize the use of the compensators. "; rdfs:label "CompensatorController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An energy storage plant in which energy is stored by compressing air and is subsequently recovered by expanding the compressed air to support electrical generation. The plant may use stored thermal energy, external heat or fuel combustion during the energy recovery process."; rdfs:label "CompressedAirEnergyStoragePlant"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The parts of the AC power system that are designed to carry current or that are conductively connected through terminals."; rdfs:label "ConductingEquipment"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Combination of conducting material with consistent electrical characteristics, building a single electrical system, used to carry current between points in the power system. "; rdfs:label "Conductor"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Connectivity nodes are points where terminals of AC conducting equipment are connected together with zero impedance."; rdfs:label "ConnectivityNode"@en; ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A base class for all objects that may contain connectivity nodes or topological nodes."; rdfs:label "ConnectivityNodeContainer"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A control area is a grouping of generating units and/or loads and a cutset of tie lines (as terminals) which may be used for a variety of purposes including automatic generation control, power flow solution area interchange control specification, and input to load forecasting. All generation and load within the area defined by the terminals on the border are considered in the area interchange control. Note that any number of overlapping control area specifications can be superimposed on the physical model. The following general principles apply to ControlArea: 1. The control area orientation for net interchange is positive for an import, negative for an export. 2. The control area net interchange is determined by summing flows in Terminals. The Terminals are identified by creating a set of TieFlow objects associated with a ControlArea object. Each TieFlow object identifies one Terminal. 3. In a single network model, a tie between two control areas must be modelled in both control area specifications, such that the two representations of the tie flow sum to zero. 4. The normal orientation of Terminal flow is positive for flow into the conducting equipment that owns the Terminal. (i.e. flow from a bus into a device is positive.) However, the orientation of each flow in the control area specification must align with the control area convention, i.e. import is positive. If the orientation of the Terminal flow referenced by a TieFlow is positive into the control area, then this is confirmed by setting TieFlow.positiveFlowIn flag TRUE. If not, the orientation must be reversed by setting the TieFlow.positiveFlowIn flag FALSE."""; rdfs:label "ControlArea"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Control function block is a function block that contains an algorithm for controlling the equipment."; rdfs:label "ControlFunctionBlock"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A post that coordinates and executes the task of calculating transmission capacity."; rdfs:label "CoordinatedCapacityCalculator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """Number of discrete occurrences or events per unit area. Note: Intended for spatial event densities such as lightning density. A new UnitSymbol countPerm2 is required if this quantity is represented as a CIMDatatype with an explicit unit."""; rdfs:label "CountPerArea"@en; "NC", "CIMDatatype", "new" . a rdfs:Class; ; rdfs:comment "A CrossZonalNetworkElement represented by an HVDC pole participating in the transfer of electrical power between two bidding zones."; rdfs:label "CrossZonalDCPole"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A CrossZonalNetworkElement represented by an AC line participating in the transfer of electrical power between two bidding zones."; rdfs:label "CrossZonalLine"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A network element participating in the transfer of electrical power between two bidding zones and associated with the two opposite directional BiddingZoneBorder instances representing that bidding zone pair."; rdfs:label "CrossZonalNetworkElement"@en; "NC" . a rdfs:Class; ; rdfs:comment "A CrossZonalNetworkElement represented by a power transformer participating in the transfer of electrical power between two bidding zones."; rdfs:label "CrossZonalPowerTransformer"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """DC side of the current source converter (CSC). The firing angle controls the dc voltage at the converter, both for rectifier and inverter. The difference between the dc voltages of the rectifier and inverter determines the dc current. The extinction angle is used to limit the dc voltage at the inverter, if needed, and is not used in active power control. The firing angle, transformer tap position and number of connected filters are the primary means to control a current source dc line. Higher level controls are built on top, e.g. dc voltage, dc current and active power. From a steady state perspective it is sufficient to specify the wanted active power transfer (ACDCConverter.targetPpcc) and the control functions will set the dc voltage, dc current, firing angle, transformer tap position and number of connected filters to meet this. Therefore attributes targetAlpha and targetGamma are not applicable in this case. The reactive power consumed by the converter is a function of the firing angle, transformer tap position and number of connected filter, which can be approximated with half of the active power. The losses is a function of the dc voltage and dc current. The attributes minAlpha and maxAlpha define the range of firing angles for rectifier operation between which no discrete tap changer action takes place. The range is typically 10-18 degrees. The attributes minGamma and maxGamma define the range of extinction angles for inverter operation between which no discrete tap changer action takes place. The range is typically 17-20 degrees."""; rdfs:label "CsConverter"@en . a rdfs:Class; ; rdfs:comment "Monetary currencies. ISO 4217 standard including 3-character currency code."; rdfs:label "Currency"@en; . a rdfs:Class; ; rdfs:comment "Current control function is a function block that calculates the operating point of the controlled equipment to achieve the target current."; rdfs:label "CurrentControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Current droop control function is a function block that calculates the operating point of the controlled equipment to achieve the target current."; rdfs:label "CurrentDroopControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """Current droop override uses the following logic: - When the current exceeds a threshold the device executes the following transitions: 1) When injecting an inductive voltage or in monitoring mode the device tends to inject a voltage proportional to the difference between the line current and the aforementioned threshold. 2) When injecting a capacitive voltage the device transitions to monitoring mode. - If the aforementioned proportional voltage is lower than the initial one, the voltage injection remains unchanged. Current droop override is not applied when the device operates in currentDroop mode."""; rdfs:label "CurrentDroopOverride"@en; "NC", . a rdfs:Class; ; rdfs:comment "Electrical current with sign convention: positive flow is out of the conducting equipment into the connectivity node. Can be both AC and DC."; rdfs:label "CurrentFlow"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "A multi-purpose curve or functional relationship between an independent variable (X-axis) and dependent (Y-axis) variables. "; rdfs:label "Curve"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Multi-purpose data points for defining a curve. The use of this generic class is discouraged if a more specific class can be used to specify the X and Y axis values along with their specific data types."; rdfs:label "CurveData"@en; . a rdfs:Class; ; rdfs:comment "Style or shape of curve."; rdfs:label "CurveStyle"@en; . a rdfs:Class; ; rdfs:comment "Direct current active power control function is a function block that calculates operating point of the controlled equipment to achieve the target active power."; rdfs:label "DCActivePowerControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An electrical connection point at a piece of DC conducting equipment. DC terminals are connected at one physical DC node that may have multiple DC terminals connected. A DC node is similar to an AC connectivity node. The model requires that DC connections are distinct from AC connections. "; rdfs:label "DCBaseTerminal"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "DC system bipole (IEC 60633), which is part of an DC system consisting of two independently operable DC system poles, which during normal operation, exhibit opposite direct voltage polarities with respect to earth."; rdfs:label "DCBiPole"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A breaker within a DC system. "; rdfs:label "DCBreaker"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A busbar within a DC system."; rdfs:label "DCBusbar"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "By-pass switch (IEC 60633) is a high-speed DC switch connected across each converter valve group in DC schemes using more than one independent converter per pole, designed to close rapidly to bypass a converter group that is being taken out of service and commutate the current back into a valve group that is being taken back in service. A by-pass switch may also be used for prolonged shunting of the bridge(s)."; rdfs:label "DCBypassSwitch"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Low resistance equipment used in the internal DC circuit to balance voltages. It has typically positive and negative pole terminals and a ground."; rdfs:label "DCChopper"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "DC commutation switch (IEC 60633) is a type of high-speed DC switch specifically designed to commutate load current into an alternative parallel current path."; rdfs:label "DCCommutationSwitch"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The parts of the DC power system that are designed to carry current or that are conductively connected through DC terminals."; rdfs:label "DCConductingEquipment"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Converter paralleling switch (IEC 60633) is a high-speed DC switch connected in series with each converter at the DC terminal in DC schemes where two or more converters are connected in parallel onto a common pole conductor, designed to allow additional converter(s) to be connected in parallel or disconnected without affecting the load current in the other converter."; rdfs:label "DCConverterParallelingSwitch"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Indivisible operative unit comprising all equipment between the point of common coupling on the AC side and the point of common coupling – DC side, essentially one or more converters, together with one or more converter transformers, converter control equipment, essential protective and switching devices and auxiliaries, if any, used for conversion."; rdfs:label "DCConverterUnit"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "DC current control function is a function block that calculates the operating point of the controlled equipment to achieve the target current."; rdfs:label "DCCurrentControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A disconnector within a DC system."; rdfs:label "DCDisconnector"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Earth return transfer switch (IEC 60633) DC commutation switch used to transfer DC current from a metallic return path to an earth return path. In some applications, this function is performed by a by-pass switch. Although the term \"earth return transfer breaker\" has been widely used in the industry for many years, it is misleading since such switches have no ability to interrupt fault current."; rdfs:label "DCEarthReturnTransferSwitch"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A modelling construct to provide a root class for containment of DC as well as AC equipment. The class differ from the EquipmentContaner for AC in that it may also contain DCNode-s. Hence it can contain both AC and DC equipment."; rdfs:label "DCEquipmentContainer"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "This class represents direct current equivalent injections (generation or load). "; rdfs:label "DCEquivalentInjection"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Direct current extinction angle control function is a function block that calculates operating point of the controlled equipment to achieve the target extinction angle."; rdfs:label "DCExtinctionAngleControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Direct current firing angle control function is a function block that calculates operating point of the controlled equipment to achieve the target firing angle."; rdfs:label "DCFiringAngleControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A ground within a DC system."; rdfs:label "DCGround"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "DC harmonic filter (IEC 60633) is a filter which, in conjunction with the DC reactor(s) and with the DC surge capacitor(s), if any, serves the primary function of reducing (current or voltage) ripple on the DC transmission line and/or earth electrode line."; rdfs:label "DCHarmonicFilter"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "High-speed DC switch (IEC 60633) is a type of switchgear used on a DC scheme, required to open or close rapidly (< 1 s), including in some cases the need to commutate load current into a parallel conducting path, but with no requirement to interrupt fault or load current. DC switchgear is usually based on a single-phase unit of an AC circuit-breaker, appropriately modified for their DC applications. Their capabilities to perform faster opening and closing than disconnect switches are used but the function of breaking short-circuit currents is not required."; rdfs:label "DCHighSpeedSwitch"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Overhead lines and/or cables connecting two or more HVDC substations."; rdfs:label "DCLine"@en; "Description", . a rdfs:Class; ; rdfs:comment "Line paralleling switch (IEC 60633) DC commutation switch placed in series with one or more high-voltage pole conductors, allowing two or more lines to be connected in parallel or to revert to single-line operation while conducting load current."; rdfs:label "DCLineParallelingSwitch"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A wire or combination of wires not insulated from one another, with consistent electrical characteristics, used to carry direct current between points in the DC region of the power system."; rdfs:label "DCLineSegment"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Metallic return transfer switch (IEC 60633) is a DC commutation switch used to transfer DC current from an earth return path to a metallic return path. Although the term \"metallic return transfer breaker\" has been widely used in the industry for many years, it is misleading since such switches have no ability to interrupt fault current."; rdfs:label "DCMetalicReturnSwitch"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Neutral bus grounding switch (IEC 60633) or a neutral bus earthing switch is a DC commutation switch connected from the neutral bus to the station earth mat on a bipolar DC scheme, designed to provide a temporary earth connection in the event of an open circuit fault on the electrode line until the imbalance of current between the two poles can be reduced to a safe minimum level or the electrode line connection can be restored."; rdfs:label "DCNeutralBusGroundingSwitch"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Neutral bus switch (IEC 60633) is a DC commutation switch connected in series with the neutral bus on a bipolar DC scheme, designed to commutate current out of the pole conductor or neutral bus and into the electrode line or dedicated metallic return conductor or earth in response to a fault in a converter or neutral bus."; rdfs:label "DCNeutralBusSwitch"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "DC nodes are points where terminals of DC conducting equipment are connected together with zero impedance."; rdfs:label "DCNode"@en; ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """The direct current (DC) system pole (IEC 60633) is part of a DC system consisting of all the equipment in the DC substations and the interconnecting transmission lines, if any, which during normal operation exhibit a common direct voltage polarity with respect to earth. It includes active power, reactive power and participation factor to be able to schedule top down (using DCTieCorridor and participation factor to provide schedule on the DCPole) and bottom up (aggregation of DCPole to DCTieCorridor). Only one approach can be used at a time."""; rdfs:label "DCPole"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Direct current pulse width modulation control function is a function block that calculates operating point of the controlled equipment to achieve the target pulse width modulation."; rdfs:label "DCPulseWidthModulationControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A series device within the DC system, typically a reactor used for filtering or smoothing. Needed for transient and short circuit studies."; rdfs:label "DCSeriesDevice"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A shunt device within the DC system, typically used for filtering. Needed for transient and short circuit studies."; rdfs:label "DCShunt"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Reactor (IEC 60633) connected in series with a converter unit or converter units on the DC side for the primary purpose of smoothing the direct current and reducing current transients."; rdfs:label "DCSmoothingReactor"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Arrester (IEC 60633) connected between the terminals of a smoothing reactor."; rdfs:label "DCSmoothingReactorArrester"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "DC substation or DC converter station (IEC 60633) is part of an DC system which consists of one or more converter units installed in a single location together with buildings, reactors, filters, reactive power supply, control, monitoring, protective, measuring and auxiliary equipment. A DC substation forming part of an DC transmission system may be referred to as an DC transmission substation."; rdfs:label "DCSubstation"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Part of a bipolar DC system (IEC 60633) contained within a DC substation."; rdfs:label "DCSubstationBipole"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Part of an DC system pole (IEC 60633) which is contained within a DC substation."; rdfs:label "DCSubstationPole"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A switch within the DC system."; rdfs:label "DCSwitch"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Electrical power system which transfers energy in the form of direct current between two or more AC buses (defined in IEC 60633)."; rdfs:label "DCSystem"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Direction kinds of the DC system."; rdfs:label "DCSystemDirectionKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "DC system transmission kind."; rdfs:label "DCSystemTransmissionKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "An electrical connection point to generic DC conducting equipment."; rdfs:label "DCTerminal"@en; ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Polarity for DC terminal. "; rdfs:label "DCTerminalPolarityKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment """A collection of one or more direct current poles that connect two different control areas. DCTieCorridor is linked to its own SchedulingArea. The active and reactive power is given by the SchedulingArea. The flow direction is provided by the link with the directional bidding zone."""; rdfs:label "DCTieCorridor"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A DC Valve is a solid-state switching module designed to control the flow of electrical power between two main terminals. The internal semiconductor device determines the valve's behavior and level of control. "; rdfs:label "DCValve"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "DC voltage control function is a function block that calculate the operating point of the controlled equipment to achieve the target voltage."; rdfs:label "DCVoltageControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "DC conducting equipment capable of establishing, maintaining, or controlling a DC voltage difference between connected DC terminals."; rdfs:label "DCVoltageSource"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Date as \"yyyy-mm-dd\", which conforms with ISO 8601. UTC time zone is specified as \"yyyy-mm-ddZ\". A local timezone relative UTC is specified as \"yyyy-mm-dd(+/-)hh:mm\"."; rdfs:label "Date"@en; "Primitive" . a rdfs:Class; ; rdfs:comment "Date and time as \"yyyy-mm-ddThh:mm:ss.sss\", which conforms with ISO 8601. UTC time zone is specified as \"yyyy-mm-ddThh:mm:ss.sssZ\". A local timezone relative UTC is specified as \"yyyy-mm-ddThh:mm:ss.sss-hh:mm\". The second component (shown here as \"ss.sss\") could have any number of digits in its fractional part to allow any kind of precision beyond seconds."; rdfs:label "DateTime"@en; "Primitive" . a rdfs:Class; ; rdfs:comment "Decimal is the base-10 notational system for representing real numbers."; rdfs:label "Decimal"@en; "Primitive" . a rdfs:Class; ; rdfs:comment """The kind of dependency constraint defined between the dependee and dependent peer objects. Note: The dependee is the peer object upon which another peer object depends. The dependent is the peer object whose temporal or operational behaviour is constrained by the dependee. Although dependee is not a commonly used English term, it is used here to distinguish this relationship from a parent-child hierarchy, as both objects are peer instances of the same class."""; rdfs:label "DependencyConstraintKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "The diode is uncontrolled valve. It is always in a \"ready\" state and conducts automatically when the voltage at the anode is higher than the cathode. It cannot be turned off or on by an external signal."; rdfs:label "DiodeValve"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "DC system bipole control that is the control system of a bipole in accordance with IEC 60633."; rdfs:label "DirectCurrentBipoleController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A direct current circuit is a circuit consists of direct current equipment."; rdfs:label "DirectCurrentCircuit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Direct current equipment controller used to control different parts of the hierarchical structure of the DC control system defined by IEC 60633."; rdfs:label "DirectCurrentEquipmentController"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """Direct current system control is a control system which governs the operation of an entire DC system consisting of more than one DC substation and performs those functions of controlling, monitoring and protection which require information from more than one substation. This can also be a multiterminal control which is a DC system control for more that two DC substations or a DC master control, which is a general concept for control coordination of a DC system. The DC master control may be implemented at the bipole and/or pole level as defined in IEC 60633. The DC system control/multiterminal control/master control is part of the hierarchical structure of an HVDC control system that has an integrated AC/DC system control as the highest level of control which governs the integrated operation of AC and DC systems of a power system. This control system is under the responsibility of the system operator."""; rdfs:label "DirectCurrentMasterController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "DC system pole control, which is the control system of a pole in accordance with IEC 60633."; rdfs:label "DirectCurrentPoleController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Control system of a substation bipole (IEC 60633)."; rdfs:label "DirectCurrentSubstationBipoleController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Control system used for the controlling, monitoring and protection within a DC substation (IEC 60633). A DC substation control may be implemented at the bipole and/or pole level and may be referred to as local control."; rdfs:label "DirectCurrentSubstationController"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Control system of a substation pole (IEC 60633)."; rdfs:label "DirectCurrentSubstationPoleController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "System operator of the direct current pole. There are typically one or two system operators that are operating either the control area at one side or the control areas at both sides of the direct current pole. In some cases it is operated by an operator from the connected control areas."; rdfs:label "DirectCurrentSystemOperator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A system operator that is responsible for operating of energy distribution network from transmission level down to low voltage levels including the connection to household."; rdfs:label "DistributionSystemOperator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Duration as \"PnYnMnDTnHnMnS\" which conforms to ISO 8601, where nY expresses a number of years, nM a number of months, nD a number of days. The letter T separates the date expression from the time expression and, after it, nH identifies a number of hours, nM a number of minutes and nS a number of seconds. The number of seconds could be expressed as a decimal number, but all other numbers are integers."; rdfs:label "Duration"@en; "Primitive" . a rdfs:Class; ; rdfs:comment """A curve or functional relationship between - the overload duration independent variable (X-axis), and - temporary overloading (TATL) limiting dependent (Y-axis) variables."""; rdfs:label "DurationOverloadLimitCurve"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An EdgeControlArea representing the local, site-level (edge) operational domain that coordinates one or more Installations and their connections. It is typically operated by an edge operator (e.g., a person/company operating a campus, mall, microgrid, or prosumer cluster) and supports local monitoring, control, scheduling, and limits—both islanded and grid-connected."; rdfs:label "EdgeControlArea"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """An EdgeSchedulingArea is a electrical area that is part of a SubSchedulingArea with one or more Installations connected. It serves as the smallest energy level scheduling, forecasting and aggregated measurement used for coordinating energy production, consumption, and storage across its constituent connections. An EdgeSchedulingArea may represent physical locations with multiple grid connection, such as a shopping mall, university campus, industrial facility, or private microgrid that are normally connected to the grid."""; rdfs:label "EdgeSchedulingArea"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A unit that supplies electrical power for charging electrical non-stationary entities, e.g. electrical vehicle, trucks, buses, ferries, boats and airplanes. The characteristic is that the energy consumption is highly schedule dependent."; rdfs:label "ElectricalChargingUnit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Quantity of emission per fuel heat content."; rdfs:label "Emission"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "A post that is responsible for alignment of forecast and schedule energy to a given energy coordination region."; rdfs:label "EnergyAlignmentCoordinator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Energy block component where the energy group is distributed according to the energy block order of each energy component in an energy group."; rdfs:label "EnergyBlockComponent"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The energy block order is a block (an amount) of energy that forms the sequence of orders that are going to be distributed to an energy block component."; rdfs:label "EnergyBlockOrder"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The energy component for a producer or a consumer that has the same energy characteristic, e.g. fuel type and technology."; rdfs:label "EnergyComponent"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A connection of energy generation or consumption on the power system model."; rdfs:label "EnergyConnection"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """Generic user of energy - a point of consumption on the power system model. EnergyConsumer.pfixed, .qfixed, .pfixedPct and .qfixedPct have meaning only if there is no LoadResponseCharacteristic associated with EnergyConsumer or if LoadResponseCharacteristic.exponentModel is set to False."""; rdfs:label "EnergyConsumer"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A region that has a common organisation or a service that is responsible for alignment of forecast and scheduling of energy."; rdfs:label "EnergyCoordinationRegion"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """An EnergyExchangePoint is a CommonResponsibilityPoint that identifies the point at which two or more adjacent grid providers establish shared responsibility for the measurement, accounting, and reconciliation of exchanged energy. Note: The EnergyExchangePoint represents the inter-operator interface used for energy measurement and energy accounting (including settlement-relevant quantities where applicable). It is the reference point at which the participating grid providers define and apply their agreed responsibilities for metering data, data quality, validation, and exchange processes. An EnergyExchangePoint may also be used as the reference for operational coordination requirements related to the exchange (for example observability/telemetry requirements, agreed transfer capability constraints, or coordination of switching and outage conditions), without changing its primary purpose as the responsibility point for energy measurement and accounting."""; rdfs:label "EnergyExchangePoint"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A broad classification of an energy resource according to its energy source, storage function, or consumption behaviour. Note: EnergyKind provides a high-level grouping suitable for scenario modelling, forecasting, capacity aggregation and reporting. It is intended to classify generation, storage and consumption using a common set of categories without representing detailed fuel, energy-source or technology classifications. More detailed classifications may be provided separately, for example by an `EnergyResourceType` using externally defined energy-source or technology codes. The classification may represent the origin of energy, such as hydro, solar or wind; an energy storage behaviour, such as battery or buffer; or the flexibility characteristics of consumption, such as time-shiftable or unconstrained consumption."""; rdfs:label "EnergyKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment """An aggregation of energy resources having common energy characteristics for which installed, available, or effective capacity is represented. Note: EnergyResourceGroupCapacity groups energy resources for capacity modelling, forecasting, scenario analysis and aggregation. The group may be characterised by an energy kind, energy source, technology, location, scenario, weather condition or other modelling context. The aggregated capacity may be represented by static values or by time-series values describing forecast, scheduled, actual or hindcast conditions. An EnergyComponent represents the part of an aggregated value associated with a particular underlying unit or resource. The aggregated value of the EnergyResourceGroupCapacity may therefore be distributed among its associated EnergyComponents, for example in proportion to the capability of the corresponding units or according to an ordered block-based allocation. Weather or other environmental information may be referenced where it is relevant to the capacity or availability of the grouped resources/"""; rdfs:label "EnergyResourceGroupCapacity"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A reference classification of an energy resource based on its energy kind, primary energy source and conversion technology. Note: An energy resource type provides a common classification for forecasting, capacity aggregation, scheduling and reporting. Codes and references may identify entries in external controlled vocabularies, such as the European Energy Certificate System (EECS) energy source and technology classifications. Technical and environmental attributes represent reference or default characteristics used for modelling and reporting and do not represent measurements of an individual resource. Example: (1) Name = \"Solar–Photovoltaic–Thin Film\", kind = solar, technologyCode = T010102 (2) Name = \"Renewable–Solid–Wood–Unspecified\", kind = biomass, energySourceCode = F01010300."""; rdfs:label "EnergyResourceType"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A power plant that coordinates one or more energy storage facilities and associated equipment for receiving, storing and subsequently delivering energy to the power system."; rdfs:label "EnergyStoragePlant"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The parts of a power system that are physical devices, electronic or mechanical."; rdfs:label "Equipment"@en; "Description"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A modelling construct to provide a root class for containing equipment. "; rdfs:label "EquipmentContainer"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Equipment controller is an automation function that can control one or multiple equipment function to achieve all the targets inside the given tolerance. "; rdfs:label "EquipmentController"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An equivalent representation of an AC/DC converter used to model the electrical interaction between an AC network and a DC system, without explicitly modelling internal converter station equipment or DC connectivity. The EquivalentACDCConverter abstracts the behaviour of a DC converter by representing its active and reactive power exchange, control characteristics, and connectivity at the AC and/or DC interface. It is used where a detailed converter model is not exchanged or required. The converter has one AC Terminal and two DC Terminal objects. "; rdfs:label "EquivalentACDCConverter"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An indivisible set of installations which can generate electrical energy such that the frequency of the generated voltage, the generator speed and the frequency of network voltage are in a constant ratio and thus in synchronism. This is often referred as synchronous power-generating module."; rdfs:label "EquivalentGeneratingUnit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "This class represents equivalent injections (generation or load). Voltage regulation is allowed only at the point of connection."; rdfs:label "EquivalentInjection"@en; "Description", . a rdfs:Class; ; rdfs:comment "An equivalent unit or ensemble of units generating electricity, which is either non-synchronously connected to the network or connected through power electronics, and that also has a single connection point to a transmission system, distribution system including closed distribution system or an equivalent representation of a HVDC system. This is often referred as power park module."; rdfs:label "EquivalentPowerElectronicsUnit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Collection of equivalent equipment for purposes of generation."; rdfs:label "EquivalentPowerPlant"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Potential power transfer corridor that can be triggered by equipment which changes its in service status or it is operating in an island. "; rdfs:label "ExceptionalPowerTransferCorridor"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "This class represents the external network and it is used for IEC 60909 calculations."; rdfs:label "ExternalNetworkInjection"@en; "Description", ; rdfs:subClassOf . ; rdfs:comment "Flexible Alternating Current Transmission System regulating equipment."; rdfs:label "FACTSEquipment"@en; a rdfs:Class; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Flexible consumer or embedded producer of energy. The unit cannot be a net producer."; rdfs:label "FlexibleEnergyUnit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A floating point number. The range is unspecified and not limited."; rdfs:label "Float"@en; "Primitive" . a rdfs:Class; ; rdfs:comment "The fossil fuel consumed by the non-nuclear thermal generating unit. For example, coal, oil, gas, etc. These are the specific fuels that the generating unit can consume."; rdfs:label "FossilFuel"@en; "Description", . a rdfs:Class; ; rdfs:comment "Cycles per second."; rdfs:label "Frequency"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Frequency control function is a function block that calculate the operating point of the controlled equipment to achieve the target frequency."; rdfs:label "FrequencyControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Frequency monitoring terminal provides location in the model where the frequency is monitored for the purpose of power frequency control."; rdfs:label "FrequencyMonitoringTerminal"@en; "NC", . a rdfs:Class; ; rdfs:comment "Fuel storage. e.g. pile of coal that can be shared between multiple thermal generating units."; rdfs:label "FuelStorage"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Function block is a function described as a set of elementary blocks. The blocks describe the function between input variables and output variables."; rdfs:label "FunctionBlock"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Functional input variable defines the domain of the function."; rdfs:label "FunctionInputVariable"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Functional output variable defines the codomain of the function."; rdfs:label "FunctionOutputVariable"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Input pin for a logical gate. The condition described in the input pin gives a logical true or false. The result from measurement and calculation are converted to a true or false."; rdfs:label "GateInputPin"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The Gate Turn-Off Thyristor (GTO) is an advanced version of a standard thyristor. While a standard thyristor can only be turned on by a gate signal, the GTO can be turned both on and off through its gate. Key advantage is that GTOs can handle massive power levels (higher voltages and currents) than most standard IGBTs. Historically used in heavy industrial motor drives and bulk power transmission, though they are increasingly being replaced by IGBTs."; rdfs:label "GateTurnOffThyristorValve"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A single or set of synchronous machines for converting mechanical power into alternating-current power. For example, individual machines within a set may be defined for scheduling purposes while a single control signal is derived for the set. In this case there would be a GeneratingUnit for each member of the set and an additional GeneratingUnit corresponding to the set."; rdfs:label "GeneratingUnit"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Generating unit that is generating electrical power from geothermal energy."; rdfs:label "GeothermalGeneratingUnit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kind of geothermal."; rdfs:label "GeothermalUnitKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment """A GridConnectionPoint is a CommonResponsibilityPoint that identifies the point at which a grid operator and a connecting entity establish the shared responsibility for connection to the grid and where the connection agreement between the parties is applied. Note: The GridConnectionPoint represents the contractual and operational interface between a grid provider (for example a TSO, DSO, or CDSO) and a connecting entity such as a generating facility, industrial installation, distribution network, or other grid user. Conditions defined by applicable grid connection codes or agreements—such as voltage and frequency operating ranges, fault ride-through capability, power quality limits, protection coordination, and observability requirements—may be specified with reference to the GridConnectionPoint. The GridConnectionPoint is typically associated with the electrical reference location represented by a PointOfCommonCoupling and therefore serves as the point where compliance with connection requirements and operational responsibilities between the connected parties is evaluated."""; rdfs:label "GridConnectionPoint"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """Grid power capacity defines the active power capacity that can be imported, exported, generated, consumed, or transferred within a defined power system area, or a combination of multiple areas (e.g. a bidding zone), considering relevant grid constraints required for secure and reliable operation. Note: Grid power capacity represents a power system or network-constrained capacity, not the technical installed capacity of individual resources or groups of resources. It may describe limits on generation, consumption, import, export, or power transfer resulting from operational security limits, network constraints, capacity allocation, forecasted grid availability, planned outages, remedial actions, or market-relevant transmission limitations."""; rdfs:label "GridPowerCapacity"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Time specified in hours."; rdfs:label "Hours"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "A hydro power station which can generate or pump. When generating, the generator turbines receive water from an upper reservoir. When pumping, the pumps receive their water from a lower reservoir."; rdfs:label "HydroPowerPlant"@en; "Description", . a rdfs:Class; ; rdfs:comment "A synchronous motor-driven pump, typically associated with a pumped storage plant."; rdfs:label "HydroPump"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """An IRI (Internationalized Resource Identifier) within an RDF graph is a Unicode string that conforms to the syntax defined in RFC 3987. The primitive is serialized as rdf:resource in RDFXML. IRIs in the RDF abstract syntax must be absolute, and may contain a fragment identifier. IRI equality: Two IRIs are equal if and only if they are equivalent under Simple String Comparison according to section 5.1 of [RFC3987]. Further normalization must not be performed when comparing IRIs for equality. IRIs are a generalization of URIs [RFC3986] that permits a wider range of Unicode characters. Every absolute URI and URL is an IRI, but not every IRI is an URI. When IRIs are used in operations that are only defined for URIs, they must first be converted according to the mapping defined in section 3.1 of [RFC3987]. A notable example is retrieval over the HTTP protocol. The mapping involves UTF-8 encoding of non-ASCII characters, %-encoding of octets not allowed in URIs, and Punycode-encoding of domain names."""; rdfs:label "IRI"@en; "Primitive", "profcim" . a rdfs:Class; ; rdfs:comment "This is a root class to provide common identification for all classes needing identification and naming attributes."; rdfs:label "IdentifiedObject"@en . a rdfs:Class; ; rdfs:comment "Ratio of voltage to current."; rdfs:label "Impedance"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Impedance control function is a function block that calculates the operating point of the controlled equipment to achieve the target impedance."; rdfs:label "ImpedanceControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Inductive part of reactance (imaginary part of impedance), at rated frequency."; rdfs:label "Inductance"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment """An industrial energy conversion facility that primarily consumes electrical energy for mechanical processes, typically involving large rotating machines (e.g., motors, compressors, pumps, or mills). The IndustryUnit may represent one or more concrete machine installations or an equivalent aggregated model of an industrial process."""; rdfs:label "IndustryUnit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Infeed limit set constraints fed in to the network by two or more terminals."; rdfs:label "InfeedLimit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Infeed terminal defines the terminals that are linked to an infeed limit."; rdfs:label "InfeedTerminal"@en; "NC", . a rdfs:Class; ; rdfs:comment "Injection controller is controlling the equipment which represents an injection or an external network."; rdfs:label "InjectionController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """An Installation represents a functionally integrated system at a premises or facility that is connected to an energy infrastructure, but is not itself an energy device (e.g., generator, load, or storage). It serves as a system-level abstraction of the internal infrastructure—such as intake cable, switchboards, internal cabling, distribution panels, protection devices, and auxiliary equipment —that enables and constraints the connection to one or more energy connections (electrical, thermal, gas, etc.). Installations are typically owned and operated by the site holder, not the utility, and exist within buildings, industrial sites, or campus."""; rdfs:label "Installation"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Insulated Gate Bipolar Transistor (IGBT) is a fully controlled valve. Unlike thyristors, an IGBT valve can be turned on and off at any time by the gate signal. This allows for \"Voltage Source Converters\" (VSC) that provide more precise control over the electrical grid."; rdfs:label "InsulatedGateBipolarTransistorValve"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An integer number. The range is unspecified and not limited."; rdfs:label "Integer"@en; "Primitive" . a rdfs:Class; ; rdfs:comment """Energy carried by electromagnetic radiation incident on a surface per unit area over a time interval. Note: Intended for accumulated solar energy such as annual global, direct or diffuse solar irradiation."""; rdfs:label "Irradiation"@en; "NC", "new", "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Unit of length. It shall be a positive value or zero."; rdfs:label "Length"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "A curve or functional relationship between an independent variable (X-axis) and limiting dependent (Y-axis) variables."; rdfs:label "LimitDependencyCurve"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Contains equipment beyond a substation belonging to a power transmission line. "; rdfs:label "Line"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A line circuit is a circuit that has at least one ACLineSegment and may or may not include related switching and/or auxiliary equipment."; rdfs:label "LineCircuit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A part of a synchronous area or an entire synchronous area, physically demarcated by points of measurement at interconnectors to other load frequency control (LFC) areas, operated by one or more TSOs fulfilling the obligations of load-frequency control."; rdfs:label "LoadFrequencyControlArea"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A part of a synchronous area or an entire synchronous area, physically demarcated by points of measurement at interconnectors to other load frequency control (LFC) blocks, consisting of one or more LFC areas, operated by one or more TSOs fulfilling the obligations of load-frequency control."; rdfs:label "LoadFrequencyControlBlock"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A post that is responsible for operational security by operating the load frequency control (LFC) mechanism."; rdfs:label "LoadFrequencyControlOperator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kinds of logical operators for comparison."; rdfs:label "LogicalOperatorsKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "Represents the losses in the equipment due to operation position."; rdfs:label "LossCurve"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kind of marine energy capture."; rdfs:label "MarineUnitKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment """A MobileElectricalUnit represents a persistent power system resource that can act as a source or sink of electrical energy within the grid. It is designed to interface with the grid through defined connection points for charging or discharging, while the physical energy storage asset associated with it (e.g., an electric vehicle or battery trailer) may be mobile. The MobileElectricalUnit abstracts the system-side functionality of mobile energy storage, independent of specific assets or charging events. It typically stores electrical energy in batteries or equivalent storage media and supports flexible, temporary, or location-variable integration into the power system. Examples include, but are not limited to:
  • Electric vehicles (EVs)
  • Electrically powered ferries
  • Trailer-based battery storage units
  • Mobile battery systems for backup or temporary grid support
  • This concept supports consistent modeling of mobile energy systems in grid studies by treating the grid-facing connection as a stable power system element, while the associated physical unit is managed as an asset.
"""; rdfs:label "MobileElectricalUnit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Specialized voltage source converter based on modular multilevel converter (MMC) topology using cascaded converter submodules for voltage synthesis and power conversion."; rdfs:label "ModularMultilevelConverter"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Represents a specialized DC valve used in a Modular Multilevel Converter (MMC) topology in DC systems. Unlike a conventional DCValve, which only identifies the semiconductor technology (thyristor, IGBT, etc.), DCValveMMC models the MMC submodule valve configuration used inside a Voltage Source Converter (VSC). An MMC valve is composed of many cascaded submodules arranged in converter arms. The valve configuration determines: switching topology, fault blocking capability, losses, control behavior, and voltage generation capability."; rdfs:label "ModularMultilevelConverterValve"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Defines the possible MMC valve submodule configurations."; rdfs:label "ModularMultilevelConverterValveKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "Modular static synchronous series compensator (MSSSC) is a type of flexible AC transmission system regulating equipment which consists of solid-state voltage source inverter connected in series with a transmission line. This is similar to static synchronous series compensator (SSSC), but without injection transformer. This enables the MSSSC to be truly modular with the ability to simply install a number of equipment in series to provide a desired maximum level of impedance. MSSSC can be dispersed into multiple location in a circuit working collectively under the same controller scheme."; rdfs:label "ModularStaticSynchronousSeriesCompensator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A coherent part of the interconnected electrical power system, that includes the system operators' responsibility area and the surrounding parts of other system operators' responsibility area, that need to be monitored for security assessment."; rdfs:label "MonitoringArea"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Monopolar DC system (IEC 60633) is a DC system with only one pole."; rdfs:label "MonopolarDCSystem"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A nuclear generating unit."; rdfs:label "NuclearGeneratingUnit"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kind of nuclear reactor."; rdfs:label "NuclearReactorKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment """A value and normal value associated with a specific kind of limit. The sub class value and normalValue attributes vary inversely to the associated OperationalLimitType.acceptableDuration (acceptableDuration for short). If a particular piece of equipment has multiple operational limits of the same kind (apparent power, current, etc.), the limit with the greatest acceptableDuration shall have the smallest limit value and the limit with the smallest acceptableDuration shall have the largest limit value. Note: A large current can only be allowed to flow through a piece of equipment for a short duration without causing damage, but a lesser current can be allowed to flow for a longer duration. """; rdfs:label "OperationalLimit"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The direction attribute describes the side of a limit that is a violation."; rdfs:label "OperationalLimitDirectionKind"@en; . a rdfs:Class; ; rdfs:comment "A set of limits associated with equipment. Sets of limits might apply to a specific temperature, or season for example. A set of limits may contain different severities of limit levels that would apply to the same equipment. The set may contain limits of different types such as apparent power and current limits or high and low voltage limits that are logically applied together as a set."; rdfs:label "OperationalLimitSet"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The operational meaning of a category of limits."; rdfs:label "OperationalLimitType"@en; ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Power transfer corridor defined for normal operating network."; rdfs:label "OrdinaryPowerTransferCorridor"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Organisation that might have roles as utility, contractor, supplier, manufacturer, customer, etc."; rdfs:label "Organisation"@en; ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Identifies a way in which an organisation may participate in the utility enterprise (e.g., customer, manufacturer, etc)."; rdfs:label "OrganisationRole"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A region that has a common organisation or service responsible for outage planning and coordination and its impact on grid operation."; rdfs:label "OutageCoordinationRegion"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A post that coordinates the planned availability status of relevant power system equipment to meet the need by the asset owner or operator and the security of the power system."; rdfs:label "OutageCoordinator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An entity with the task of planning the availability status of a relevant power generating module, a relevant demand facility or a relevant grid element."; rdfs:label "OutagePlanningAgent"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A collection of all the overlapping cross border assessed elements which have the same sets of impacted and impacting regions."; rdfs:label "OverlappingZone"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Power Transfer Corridor triggered equipment connects the equipment that will create the exceptional power transfer corridor when taking out of service. e.g. A system with three lines gets an exceptional power transfer corridor when one of the lines is taken out of service."; rdfs:label "PTCTriggeredEquipment"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Per Unit - a positive or negative value referred to a defined base. Values typically range from -10 to +10."; rdfs:label "PU"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment """An abstract directed dependency between two peer instances of the same domain class that defines temporal and operational constraints governing their relative execution or operation. Note: Temporal lag constraints relate the next applicable transition of the dependent to the latest applicable transition of the dependee. A dependee transition remains applicable while the dependee remains in the state resulting from that transition. If the dependee subsequently changes state before the corresponding transition of the dependent occurs, the previous transition is superseded and the constraint is evaluated from the next applicable transition. Once the corresponding transition of the dependent has occurred, the lag constraint is satisfied for that operating cycle. Each lag is qualified by its corresponding ReferenceValueKind, which specifies whether the lag represents an exact, minimum, or maximum temporal constraint."""; rdfs:label "PeerTemporalDependency"@en; "NC" . a rdfs:Class; ; rdfs:comment "Percentage on a defined base. For example, specify as 100 to indicate at the defined base."; rdfs:label "PerCent"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Phase control function is a function block that calculate the operating point of the controlled equipment to achieve the target voltage."; rdfs:label "PhaseControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Input pin associated with a DCTerminal. It is used for comparison."; rdfs:label "PinDCTerminal"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The kind of quantities that can serve as an input value for the DCTerminal pin."; rdfs:label "PinDCTerminalKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "Input pin associated with a Terminal. It is used for comparison."; rdfs:label "PinTerminal"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The kind of quantities that can serve as an input value for the pin."; rdfs:label "PinTerminalKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment """A PointOfCommonCoupling (PCC) is a CommonResponsibilityPoint that identifies the electrical location in a power system where voltage and current are considered common for the purpose of analysing, controlling, and coordinating the interaction between connected parts of the system. The PCC serves as the reference location at which electrical characteristics and operational conditions—such as voltage quality, harmonic distortion, fault levels, power flow behaviour, and grid-code compliance—are defined, evaluated, or enforced. Note: Operational requirements associated with the PCC are typically achieved through coordinated control of equipment located on both sides of the point. These controls operate with a common reference objective for the electrical conditions at the PCC. A PCC may simultaneously serve multiple governance roles. In the CIM model, the same physical location in the network may therefore be represented by multiple specialised CommonResponsibilityPoint instances, such as: - GridConnectionPoint - EnergyExchangePoint - BoundaryPoint Each of these represents a different responsibility or agreement applied to the same electrical reference location."""; rdfs:label "PointOfCommonCoupling"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Power block kind describes the increase and/or decrease of power."; rdfs:label "PowerBlockKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "A unit capable of either generating electrical energy from chemical reactions or using electrical energy to cause chemical reactions."; rdfs:label "PowerElectricalChemicalUnit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kind of power electrical chemical unit."; rdfs:label "PowerElectricalChemicalUnitKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "Power electronics connection controller is controlling the equipment to optimize the power electronics connection. "; rdfs:label "PowerElectronicsConnectionController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A unit that capture energy from marine sources, e.g. waves, for generating electrical power."; rdfs:label "PowerElectronicsMarineUnit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A generating unit or battery or aggregation that connects to the AC network using power electronics rather than rotating machines."; rdfs:label "PowerElectronicsUnit"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Power electronics unit controller is controlling the equipment to optimize the power electronics unit. "; rdfs:label "PowerElectronicsUnitController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Power factor control function is a function block that calculates the operating point of the controlled equipment to achieve the target power factor."; rdfs:label "PowerFactorControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kinds of power frequency control modes."; rdfs:label "PowerFrequencyControlKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "Power frequency controller is controlling the active power balance as typically done by the secondary control. If an unbalance between the scheduled active power values of each generation unit and the loads plus losses occurs, primary control will adapt (increase/decrease) the active power production of each unit (depending on the power shift key strategy), leading to an over- or under-frequency situation. The secondary frequency controller will then control the frequency back to its nominal value, re- establishing a cost-efficient generation delivered by each unit."; rdfs:label "PowerFrequencyController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A functional aggregation of one or more generating units and associated equipment that is coordinated to produce, consume or exchange active power with the power system."; rdfs:label "PowerPlant"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Power plant controller is controlling the equipment of a power plant. "; rdfs:label "PowerPlantController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kind of generating and load shift keys strategy."; rdfs:label "PowerShiftKeyKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "Strategy of the power shift key."; rdfs:label "PowerShiftKeyStrategy"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A power system resource (PSR) can be an item of equipment such as a switch, an equipment container containing many individual items of equipment such as a substation, or an organisational entity such as sub-control area. Power system resources can have measurements associated."; rdfs:label "PowerSystemResource"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A power transfer corridor is defined as a set of circuits (transmission lines or transformers) separating two portions of the power system, or a subset of circuits exposed to a substantial portion of the transmission exchange between two parts of the system."; rdfs:label "PowerTransferCorridor"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """An electrical device consisting of two or more coupled windings, with or without a magnetic core, for introducing mutual coupling between electric circuits. Transformers can be used to control voltage and phase shift (active power flow). A power transformer may be composed of separate transformer tanks that need not be identical. A power transformer can be modelled with or without tanks and is intended for use in both balanced and unbalanced representations. A power transformer typically has two terminals, but may have one (grounding), three or more terminals. The inherited association ConductingEquipment.BaseVoltage should not be used. The association from TransformerEnd to BaseVoltage should be used instead."""; rdfs:label "PowerTransformer"@en . a rdfs:Class; ; rdfs:comment "A power transformer circuit is a circuit that has at least one PowerTransformer and may or may not include related switching and/or auxiliary equipment."; rdfs:label "PowerTransformerCircuit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Pressure in pascals."; rdfs:label "Pressure"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "The reference to a class and one of its properties."; rdfs:label "PropertyReference"@en; "cims" . a rdfs:Class; ; rdfs:comment "Serves for grouping components within an energy group, with proportional energy allocation to all components."; rdfs:label "ProportionalEnergyComponent"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kind of ramping principle."; rdfs:label "RampingPrincipleKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "Reactance (imaginary part of impedance), at rated frequency."; rdfs:label "Reactance"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Reactive power rating envelope versus the synchronous machine's active power, in both the generating and motoring modes. For each active power value there is a corresponding high and low reactive power limit value. Typically there will be a separate curve for each coolant condition, such as hydrogen pressure. The Y1 axis values represent reactive minimum and the Y2 axis values represent reactive maximum."; rdfs:label "ReactiveCapabilityCurve"@en; ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Product of RMS value of the voltage and the RMS value of the quadrature component of the current."; rdfs:label "ReactivePower"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Reactive power control function is a function block that calculate the operating point of the controlled equipment to achieve the target reactive power."; rdfs:label "ReactivePowerControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Real electrical energy."; rdfs:label "RealEnergy"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "The relation between the recovery time and an overload limit."; rdfs:label "RecoveryOverloadLimitCurve"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kind of reference value."; rdfs:label "ReferenceValueKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "A region where the system operator belongs to."; rdfs:label "Region"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A type of conducting equipment that can regulate a quantity (i.e. voltage or flow) at a specific point in the network. "; rdfs:label "RegulatingCondEq"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A water storage facility within a hydro system, including: ponds, lakes, lagoons, and rivers. The storage is usually behind some type of dam."; rdfs:label "Reservoir"@en; ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Resistance (real part of impedance)."; rdfs:label "Resistance"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Rotating machine controller is controlling the equipment which may be used as a generator or motor."; rdfs:label "RotatingMachineController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The controller of a Static synchronous series compensator (SSSC)."; rdfs:label "SSSCController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "SSSC control simulation settings used by the algorithm for power flow calculations. "; rdfs:label "SSSCSimulationSettings"@en; "NC", . a rdfs:Class; ; rdfs:comment "A schedule resource is a market-based method for handling participation of small units, particularly located on the lower voltage level that is controlled by a Distributed System Operator (DSO). It is a collection of units that can operate in the market by providing bids, offers and a resulting committed operational schedule for the collection."; rdfs:label "ScheduleResource"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Schedule resource controller is controlling the equipment to optimize the schedule resource. "; rdfs:label "ScheduleResourceController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An area where production and/or consumption of energy can be forecasted, scheduled and measured. The area is operated by only one system operator, typically a Transmission System Operator (TSO). The area can consist of a sub area, which has the same definition as the main area, but it can be operated by another system operator (typically Distributed System Operator (DSO) or a Closed Distributed System Operator (CDSO)). This includes microgrid concept. A substation is the smallest grouping that can be included in the area. The area size should be considered in terms of the possibility of accumulated reading (settlement metering) and the capability of operating as an island."; rdfs:label "SchedulingArea"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Combination of scheduling area and one or more energy exchange point to define the relevant exchange point for a given scheduling area."; rdfs:label "SchedulingAreaExchangePoint"@en; "NC", . a rdfs:Class; ; rdfs:comment """A SecondarySubstation is a substation that is either supplied by or serves a primary substation. It is responsible for transforming, distributing, or aggregating power to and from installations such as homes, industrial facilities, or prosumer sites. A secondary substation supports bidirectional power flows, enabling both consumption and injection of energy within the distribution network. It typically includes transformers, switchgear, protection, and measurement equipment, and may be equipped for remote monitoring or autonomous control"""; rdfs:label "SecondarySubstation"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Time, in seconds."; rdfs:label "Seconds"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "A post that coordinates the relevant remedial actions and their optimisation to ensure efficient use to achieve required operational security of the power system."; rdfs:label "SecurityCoordinator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kind of shift method. Describes the way a power schedule should be distributed amongst production and consumption. e.g. Type of generating and load shift key."; rdfs:label "ShiftMethodKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment """A curve or functional relationship between - the solar radiation independent variable (X-axis), and - relative dependent (Y-axis) variables."""; rdfs:label "SolarRadiationDependencyCurve"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Distance per unit of time."; rdfs:label "Speed"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Static synchronous compensator (STATCOM), also known as a static synchronous condenser (STATCON), is a type of flexible AC transmission system regulating equipment used on alternating current electricity transmission networks. It is based on a power electronics voltage-source converter and can act as either a source or sink of reactive AC power to an electricity network. If connected to a source of power it can also provide active AC power."; rdfs:label "StaticSynchronousCompensator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Static synchronous series compensator (SSSC) is a type of flexible AC transmission system which consists of a solid-state voltage source inverter coupled with a transformer that is connected in series with a transmission line. This device can inject an almost sinusoidal voltage in series with the line. This injected voltage could be considered as an inductive or capacitive reactance, which is connected in series with the transmission line. This feature can provide controllable voltage compensation. In addition, SSSC is able to reverse the power flow by injecting a sufficiently large series reactive compensating voltage. Moreover it can inject a voltage proportional to the difference between the line current and the pre-configured current threshold. It shall have two Terminal-s associated with it. "; rdfs:label "StaticSynchronousSeriesCompensator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A facility for providing variable and controllable shunt reactive power. The SVC typically consists of a stepdown transformer, filter, thyristor-controlled reactor, and thyristor-switched capacitor arms. The SVC may operate in fixed MVar output mode or in voltage control mode. When in voltage control mode, the output of the SVC will be proportional to the deviation of voltage at the controlled bus from the voltage setpoint. The SVC characteristic slope defines the proportion. If the voltage at the controlled bus is equal to the voltage setpoint, the SVC MVar output is zero."""; rdfs:label "StaticVarCompensator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A string consisting of a sequence of characters. The character encoding is UTF-8. The string length is unspecified and unlimited."; rdfs:label "String"@en; "Primitive" . a rdfs:Class; ; rdfs:comment """A string consisting of a sequence of characters. The character encoding is UTF-8. The string length is unspecified and unlimited. The primitive is serialized as literal without language support."""; rdfs:label "StringFixedLanguage"@en; "Primitive", "profcim" . a rdfs:Class; ; rdfs:comment """An IRI (Internationalized Resource Identifier) within an RDF graph is a Unicode string that conforms to the syntax defined in RFC 3987. The primitive is serialized as literal without language support. IRIs in the RDF abstract syntax must be absolute, and may contain a fragment identifier. IRI equality: Two IRIs are equal if and only if they are equivalent under Simple String Comparison according to section 5.1 of [RFC3987]. Further normalization must not be performed when comparing IRIs for equality. IRIs are a generalization of URIs [RFC3986] that permits a wider range of Unicode characters. Every absolute URI and URL is an IRI, but not every IRI is an URI. When IRIs are used in operations that are only defined for URIs, they must first be converted according to the mapping defined in section 3.1 of [RFC3987]. A notable example is retrieval over the HTTP protocol. The mapping involves UTF-8 encoding of non-ASCII characters, %-encoding of octets not allowed in URIs, and Punycode-encoding of domain names."""; rdfs:label "StringIRI"@en; "Primitive", "profcim" . a rdfs:Class; ; rdfs:comment "A SubControlArea representing the operational control domain within a higher-level control area. It is typically operated by a Distribution System Operator (DSO) and covers the monitoring, control, scheduling, and application of operational limits for distribution system resources and exchanges at its boundary."; rdfs:label "SubControlArea"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An area that is a part of another scheduling area. Typically part of a Transmission System Operator (TSO) scheduling area operated by a Distributed System Operator (DSO) or a Close Distributed System Operator (CDSO). This includes microgrid concept. A sub scheduling area can contain other sub areas. A sub scheduling area leaf will form the smallest entity of any given energy area."; rdfs:label "SubSchedulingArea"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A collection of equipment for purposes other than generation or utilization, through which electric energy in bulk is passed for the purposes of switching or modifying its characteristics. "; rdfs:label "Substation"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Substation controller is controlling the equipment to optimize the use of the controlling equipment within a substation. "; rdfs:label "SubstationController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A synchronous area is an electrical area covered by interconnect with a common system frequency in a steady-state. "; rdfs:label "SynchronousArea"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An electromechanical device that operates with shaft rotating synchronously with the network. It is a single machine operating either as a generator or synchronous condenser or pump."; rdfs:label "SynchronousMachine"@en . a rdfs:Class; ; rdfs:comment "Synchronous machine operating mode."; rdfs:label "SynchronousMachineOperatingMode"@en; . a rdfs:Class; ; rdfs:comment """System control is the management and regulation of various parameters within the electrical grid to ensure its stable and reliable operation. The primary goal of system control is to maintain the balance between electricity generation and consumption, while also managing factors such as voltage, frequency, and power quality. This involves the use of control devices, automation, and monitoring systems to respond to changes in the grid and maintain its overall stability. This serves as Integrated AC and DC control system (IEC 60633) which governs the integrated operation of AC and DC systems of a power system."""; rdfs:label "SystemControl"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A post that coordinates relevant information and impact in regards to operating the power system."; rdfs:label "SystemOperationCoordinator"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A responsibility-bearing ecosystem post for system operation, held by an agent acting on behalf of an organisation, with accountability for coordinating and executing operational functions necessary to maintain the secure and reliable operation of the power system within a defined scope (e.g., network area, control area, voltage level, or set of resources). Note: This post is defined from the power system ecosystem viewpoint and may be reassigned over time. It covers operational accountability (planning, monitoring, switching/dispatch coordination, and operational communication) for the applicable scope, rather than ownership of the resources themselves."""; rdfs:label "SystemOperationOrganisationPost"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A power system operation post responsible for performing and coordinating the real-time and planning functions required to maintain the secure, reliable, and efficient operation of the power system within a defined operational scope. Note: SystemOperator represents the execution of power system operational responsibilities in practice. While the operational post exists independently at the ecosystem level, SystemOperator identifies the specific agent fulfilling that responsibility at a given time. The operational scope may correspond to a control area, network, voltage domain, or other defined boundary."""; rdfs:label "SystemOperator"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Compensation point of a TCSC compensator."; rdfs:label "TCSCCompensationPoint"@en; "NC", . a rdfs:Class; ; rdfs:comment "TCSC controller is controlling the equipment to optimize the performance of the TCSC. "; rdfs:label "TCSCController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Mechanism for changing transformer winding tap positions."; rdfs:label "TapChanger"@en; "Description" . a rdfs:Class; ; rdfs:comment "Tap changer controller is an equipment controller that controls a tap changer, e.g. how the voltage at the end of a line varies with the load level and compensation of the voltage drop by tap adjustment."; rdfs:label "TapChangerController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Value of temperature in degrees Celsius."; rdfs:label "Temperature"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "An AC electrical connection point to a piece of conducting equipment. Terminals are connected at physical connection points called connectivity nodes."; rdfs:label "Terminal"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A generating unit whose prime mover could be a steam turbine, combustion turbine, or diesel engine."; rdfs:label "ThermalGeneratingUnit"@en; ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A peer temporal dependency that defines temporal or operational constraints between two thermal generating units participating in combined operation. Note: The dependency may define required operating relationships, start-up or shutdown sequencing, loading conditions, temporal constraints, or overlap between the generating units. A lag is evaluated relative to the latest applicable state transition of the dependee generating unit. If the dependee changes state again before the corresponding transition of the dependent generating unit occurs, the previous reference transition is superseded. Consequently, a previous start of the dependee cannot satisfy a start-to-start constraint after the dependee has subsequently stopped and started again. Once the dependent has performed the corresponding transition, that lag constraint is satisfied for that operating cycle. Example: - startToStartLag = 30M, startToStartLagKind = minimum: a dependent steam generating unit may start no earlier than 30 minutes after the dependee gas generating unit starts. If the gas generating unit stops during this period and subsequently starts again, the 30M duration is evaluated from the new start. - finishToStartLag = 2H, finishToStartLagKind = exact: the dependent generating unit starts exactly two hours after the dependee generating unit stops, provided that the dependee has not subsequently changed state. - finishToFinishLag = 20M, finishToFinishLagKind = maximum: the dependent generating unit shall stop no later than 20 minutes after the dependee generating unit stops."""; rdfs:label "ThermalGeneratingUnitDependency"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A power plant that coordinates one or more thermal generating units for producing electrical energy through a thermal energy conversion process."; rdfs:label "ThermalPowerPlant"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Thyristor-controlled series capacitors (TCSC) is a type of flexible AC transmission system regulating equipment that is configured with controlled reactors in parallel with sections of a capacitor bank. This combination allows smooth control of the fundamental frequency capacitive reactance over a wide range. The thyristor valve contains a string of series connected high power thyristors. TCSC can control power flows in order to achieve eliminating of line overloads, reducing loop flows and minimising system losses."; rdfs:label "ThyristorControlledSeriesCompensator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Thyristor is a semi-controlled valve. A thyristor valve can \"block\" voltage in both directions until a pulse is sent to its gate. Once it starts conducting, it stays on until the current naturally drops to zero."; rdfs:label "ThyristorValve"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A collection of one or more tie-lines or direct current poles that connect two different control areas."; rdfs:label "TieCorridor"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Defines the structure (in terms of location and direction) of the net interchange constraint for a control area. This constraint may be used by either AGC or power flow."; rdfs:label "TieFlow"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A system operator role that is responsible for operating of an energy transmission network."; rdfs:label "TransmissionSystemOperator"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "URI is a string following the rules defined by the W3C/IETF URI Planning Interest Group in a set of RFCs of which one is RFC 3305."; rdfs:label "URI"@en; "Primitive", "European" . a rdfs:Class; ; rdfs:comment "A Uniform Resource Locator (URL), colloquially termed a web address, is a reference to a web resource that specifies its location on a computer network and a mechanism for retrieving it. A URL is a specific type of Uniform Resource Identifier (URI), although many people use the two terms interchangeably.URLs occur most commonly to reference web pages (http), but are also used for file transfer (ftp), email (mailto), database access (JDBC), and many other applications."; rdfs:label "URL"@en; "Primitive", "profcim" . a rdfs:Class; ; rdfs:comment "Unified power flow controller (UPFC) is providing fast-acting reactive power compensation on high-voltage electricity transmission networks. "; rdfs:label "UnifiedPowerFlowController"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """The unit multipliers defined for the CIM. When applied to unit symbols, the unit symbol is treated as a derived unit. Regardless of the contents of the unit symbol text, the unit symbol shall be treated as if it were a single-character unit symbol. Unit symbols should not contain multipliers, and it should be left to the multiplier to define the multiple for an entire data type. For example, if a unit symbol is \"m2Pers\" and the multiplier is \"k\", then the value is k(m**2/s), and the multiplier applies to the entire final value, not to any individual part of the value. This can be conceptualized by substituting a derived unit symbol for the unit type. If one imagines that the symbol \"Þ\" represents the derived unit \"m2Pers\", then applying the multiplier \"k\" can be conceptualized simply as \"kÞ\". For example, the SI unit for mass is \"kg\" and not \"g\". If the unit symbol is defined as \"kg\", then the multiplier is applied to \"kg\" as a whole and does not replace the \"k\" in front of the \"g\". In this case, the multiplier of \"m\" would be used with the unit symbol of \"kg\" to represent one gram. As a text string, this violates the instructions in IEC 80000-1. However, because the unit symbol in CIM is treated as a derived unit instead of as an SI unit, it makes more sense to conceptualize the \"kg\" as if it were replaced by one of the proposed replacements for the SI mass symbol. If one imagines that the \"kg\" were replaced by a symbol \"Þ\", then it is easier to conceptualize the multiplier \"m\" as creating the proper unit \"mÞ\", and not the forbidden unit \"mkg\"."""; rdfs:label "UnitMultiplier"@en; . a rdfs:Class; ; rdfs:comment """The derived units defined for usage in the CIM. In some cases, the derived unit is equal to an SI unit. Whenever possible, the standard derived symbol is used instead of the formula for the derived unit. For example, the unit symbol Farad is defined as \"F\" instead of \"CPerV\". In cases where a standard symbol does not exist for a derived unit, the formula for the unit is used as the unit symbol. For example, density does not have a standard symbol and so it is represented as \"kgPerm3\". With the exception of the \"kg\", which is an SI unit, the unit symbols do not contain multipliers and therefore represent the base derived unit to which a multiplier can be applied as a whole. Every unit symbol is treated as an unparseable text as if it were a single-letter symbol. The meaning of each unit symbol is defined by the accompanying descriptive text and not by the text contents of the unit symbol. To allow the widest possible range of serializations without requiring special character handling, several substitutions are made which deviate from the format described in IEC 80000-1. The division symbol \"/\" is replaced by the letters \"Per\". Exponents are written in plain text after the unit as \"m3\" instead of being formatted as \"m\" with a superscript of 3 or introducing a symbol as in \"m^3\". The degree symbol \"°\" is replaced with the letters \"deg\". Any clarification of the meaning for a substitution is included in the description for the unit symbol. Non-SI units are included in list of unit symbols to allow sources of data to be correctly labelled with their non-SI units (for example, a GPS sensor that is reporting numbers that represent feet instead of meters). This allows software to use the unit symbol information correctly convert and scale the raw data of those sources into SI-based units. The integer values are used for harmonization with IEC 61850."""; rdfs:label "UnitSymbol"@en; . a rdfs:Class; ; rdfs:comment "Electrical voltage, can be both AC and DC."; rdfs:label "Voltage"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Voltage angle control function is a function block that calculates operating point of the controlled equipment to achieve the target voltage angle."; rdfs:label "VoltageAngleControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Voltage angle limit between two terminals. The association end OperationalLimitSet.Terminal defines one end and the host of the limit. The association end VoltageAngleLimit.AngleReferenceTerminal defines the reference terminal."; rdfs:label "VoltageAngleLimit"@en; "NC", ; rdfs:subClassOf . ; rdfs:comment "Voltage control function is a function block that calculate the operating point of the controlled equipment to achieve the target voltage."; rdfs:label "VoltageControlFunction"@en; a rdfs:Class; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Voltage injection control function is a function block that calculates the operating point of the controlled equipment to achieve the target voltage injection. "; rdfs:label "VoltageInjectionControlFunction"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Voltage variation with reactive power."; rdfs:label "VoltagePerReactivePower"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "The P-Q capability curve for a voltage source converter, with P on X-axis and Qmin and Qmax on Y1-axis and Y2-axis."; rdfs:label "VsCapabilityCurve"@en; ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "DC side of the voltage source converter (VSC)."; rdfs:label "VsConverter"@en; rdfs:subClassOf . a ; rdfs:comment "This package contains datatypes used only in the RDFS header."; rdfs:label "DocEquipmentReliabilityProfile"@en . a ; rdfs:comment "This package contains equipment reliability profile."; rdfs:label "EquipmentReliabilityProfile"@en . a ; rdfs:comment """The Köppen-Geiger climate classification. Note: The Köppen-Geiger classification categorises climates principally from long-term temperature and precipitation conditions and their seasonal distribution. Climate categories are represented by codes such as Cfb, Dfb or ET."""; rdfs:label "koppenGeiger"@en; "enum" . a ; rdfs:comment """A climate classification established or adopted by a national authority. Note: National classifications may be established for building regulation, infrastructure design, agriculture, environmental assessment, energy planning or another nationally defined purpose. The responsible authority and classification version should be identifiable when relevant."""; rdfs:label "national"@en; "enum" . a ; rdfs:comment """A climate classification scheme other than those explicitly represented by ClimateZoneClassificationKind. Note: The classification scheme should be identified using ClimateZone.otherClassification. The issuing organisation and applicable version should be identifiable when relevant."""; rdfs:label "other"@en; "enum" . a ; rdfs:comment """The climate-zone classification defined by the Pan-European Climate Database (PECD) for climate and energy-system studies. Note: PECD climate zones support the spatial aggregation of climate variables and renewable-energy data used in European power-system studies. The applicable PECD version should be identified separately when relevant."""; rdfs:label "pecd"@en; "enum" . a ; rdfs:comment """A climate classification established or adopted for a geographical region. Note: A regional classification may be established by a sub-national, multi-national or other regional authority or organisation and may cover an area that does not correspond to national boundaries."""; rdfs:label "regional"@en; "enum" . a ; rdfs:label "hybrid"@en; "enum" . a ; rdfs:label "multiBlock"@en; "enum" . a ; rdfs:label "multiShaft"@en; "enum" . a ; rdfs:label "other"@en; "enum" . a ; rdfs:label "singleShaft"@en; "enum" . a ; rdfs:comment "United Arab Emirates dirham."; rdfs:label "AED"@en; "enum" . a ; rdfs:comment "Afghan afghani."; rdfs:label "AFN"@en; "enum" . a ; rdfs:comment "Albanian lek."; rdfs:label "ALL"@en; "enum" . a ; rdfs:comment "Armenian dram."; rdfs:label "AMD"@en; "enum" . a ; rdfs:comment "Netherlands Antillean guilder."; rdfs:label "ANG"@en; "enum" . a ; rdfs:comment "Angolan kwanza."; rdfs:label "AOA"@en; "enum" . a ; rdfs:comment "Argentine peso."; rdfs:label "ARS"@en; "enum" . a ; rdfs:comment "Australian dollar."; rdfs:label "AUD"@en; "enum" . a ; rdfs:comment "Aruban florin."; rdfs:label "AWG"@en; "enum" . a ; rdfs:comment "Azerbaijani manat."; rdfs:label "AZN"@en; "enum" . a ; rdfs:comment "Bosnia and Herzegovina convertible mark."; rdfs:label "BAM"@en; "enum" . a ; rdfs:comment "Barbados dollar."; rdfs:label "BBD"@en; "enum" . a ; rdfs:comment "Bangladeshi taka."; rdfs:label "BDT"@en; "enum" . a ; rdfs:comment "Bulgarian lev."; rdfs:label "BGN"@en; "enum" . a ; rdfs:comment "Bahraini dinar."; rdfs:label "BHD"@en; "enum" . a ; rdfs:comment "Burundian franc."; rdfs:label "BIF"@en; "enum" . a ; rdfs:comment "Bermudian dollar (customarily known as Bermuda dollar)."; rdfs:label "BMD"@en; "enum" . a ; rdfs:comment "Brunei dollar."; rdfs:label "BND"@en; "enum" . a ; rdfs:comment "Boliviano."; rdfs:label "BOB"@en; "enum" . a ; rdfs:comment "Bolivian Mvdol (funds code)."; rdfs:label "BOV"@en; "enum" . a ; rdfs:comment "Brazilian real."; rdfs:label "BRL"@en; "enum" . a ; rdfs:comment "Bahamian dollar."; rdfs:label "BSD"@en; "enum" . a ; rdfs:comment "Bhutanese ngultrum."; rdfs:label "BTN"@en; "enum" . a ; rdfs:comment "Botswana pula."; rdfs:label "BWP"@en; "enum" . a ; rdfs:comment "Belarusian ruble."; rdfs:label "BYR"@en; "enum" . a ; rdfs:comment "Belize dollar."; rdfs:label "BZD"@en; "enum" . a ; rdfs:comment "Canadian dollar."; rdfs:label "CAD"@en; "enum" . a ; rdfs:comment "Congolese franc."; rdfs:label "CDF"@en; "enum" . a ; rdfs:comment "Swiss franc."; rdfs:label "CHF"@en; "enum" . a ; rdfs:comment "Unidad de Fomento (funds code), Chile."; rdfs:label "CLF"@en; "enum" . a ; rdfs:comment "Chilean peso."; rdfs:label "CLP"@en; "enum" . a ; rdfs:comment "Chinese yuan."; rdfs:label "CNY"@en; "enum" . a ; rdfs:comment "Colombian peso."; rdfs:label "COP"@en; "enum" . a ; rdfs:comment "Unidad de Valor Real."; rdfs:label "COU"@en; "enum" . a ; rdfs:comment "Costa Rican colon."; rdfs:label "CRC"@en; "enum" . a ; rdfs:comment "Cuban convertible peso."; rdfs:label "CUC"@en; "enum" . a ; rdfs:comment "Cuban peso."; rdfs:label "CUP"@en; "enum" . a ; rdfs:comment "Cape Verde escudo."; rdfs:label "CVE"@en; "enum" . a ; rdfs:comment "Czech koruna."; rdfs:label "CZK"@en; "enum" . a ; rdfs:comment "Djiboutian franc."; rdfs:label "DJF"@en; "enum" . a ; rdfs:comment "Danish krone."; rdfs:label "DKK"@en; "enum" . a ; rdfs:comment "Dominican peso."; rdfs:label "DOP"@en; "enum" . a ; rdfs:comment "Algerian dinar."; rdfs:label "DZD"@en; "enum" . a ; rdfs:comment "Estonian kroon."; rdfs:label "EEK"@en; "enum" . a ; rdfs:comment "Egyptian pound."; rdfs:label "EGP"@en; "enum" . a ; rdfs:comment "Eritrean nakfa."; rdfs:label "ERN"@en; "enum" . a ; rdfs:comment "Ethiopian birr."; rdfs:label "ETB"@en; "enum" . a ; rdfs:comment "Euro."; rdfs:label "EUR"@en; "enum" . a ; rdfs:comment "Fiji dollar."; rdfs:label "FJD"@en; "enum" . a ; rdfs:comment "Falkland Islands pound."; rdfs:label "FKP"@en; "enum" . a ; rdfs:comment "Pound sterling."; rdfs:label "GBP"@en; "enum" . a ; rdfs:comment "Georgian lari."; rdfs:label "GEL"@en; "enum" . a ; rdfs:comment "Ghanaian cedi."; rdfs:label "GHS"@en; "enum" . a ; rdfs:comment "Gibraltar pound."; rdfs:label "GIP"@en; "enum" . a ; rdfs:comment "Gambian dalasi."; rdfs:label "GMD"@en; "enum" . a ; rdfs:comment "Guinean franc."; rdfs:label "GNF"@en; "enum" . a ; rdfs:comment "Guatemalan quetzal."; rdfs:label "GTQ"@en; "enum" . a ; rdfs:comment "Guyanese dollar."; rdfs:label "GYD"@en; "enum" . a ; rdfs:comment "Hong Kong dollar."; rdfs:label "HKD"@en; "enum" . a ; rdfs:comment "Honduran lempira."; rdfs:label "HNL"@en; "enum" . a ; rdfs:comment "Croatian kuna."; rdfs:label "HRK"@en; "enum" . a ; rdfs:comment "Haitian gourde."; rdfs:label "HTG"@en; "enum" . a ; rdfs:comment "Hungarian forint."; rdfs:label "HUF"@en; "enum" . a ; rdfs:comment "Indonesian rupiah."; rdfs:label "IDR"@en; "enum" . a ; rdfs:comment "Israeli new sheqel."; rdfs:label "ILS"@en; "enum" . a ; rdfs:comment "Indian rupee."; rdfs:label "INR"@en; "enum" . a ; rdfs:comment "Iraqi dinar."; rdfs:label "IQD"@en; "enum" . a ; rdfs:comment "Iranian rial."; rdfs:label "IRR"@en; "enum" . a ; rdfs:comment "Icelandic króna."; rdfs:label "ISK"@en; "enum" . a ; rdfs:comment "Jamaican dollar."; rdfs:label "JMD"@en; "enum" . a ; rdfs:comment "Jordanian dinar."; rdfs:label "JOD"@en; "enum" . a ; rdfs:comment "Japanese yen."; rdfs:label "JPY"@en; "enum" . a ; rdfs:comment "Kenyan shilling."; rdfs:label "KES"@en; "enum" . a ; rdfs:comment "Kyrgyzstani som."; rdfs:label "KGS"@en; "enum" . a ; rdfs:comment "Cambodian riel."; rdfs:label "KHR"@en; "enum" . a ; rdfs:comment "Comoro franc."; rdfs:label "KMF"@en; "enum" . a ; rdfs:comment "North Korean won."; rdfs:label "KPW"@en; "enum" . a ; rdfs:comment "South Korean won."; rdfs:label "KRW"@en; "enum" . a ; rdfs:comment "Kuwaiti dinar."; rdfs:label "KWD"@en; "enum" . a ; rdfs:comment "Cayman Islands dollar."; rdfs:label "KYD"@en; "enum" . a ; rdfs:comment "Kazakhstani tenge."; rdfs:label "KZT"@en; "enum" . a ; rdfs:comment "Lao kip."; rdfs:label "LAK"@en; "enum" . a ; rdfs:comment "Lebanese pound."; rdfs:label "LBP"@en; "enum" . a ; rdfs:comment "Sri Lanka rupee."; rdfs:label "LKR"@en; "enum" . a ; rdfs:comment "Liberian dollar."; rdfs:label "LRD"@en; "enum" . a ; rdfs:comment "Lesotho loti."; rdfs:label "LSL"@en; "enum" . a ; rdfs:comment "Lithuanian litas."; rdfs:label "LTL"@en; "enum" . a ; rdfs:comment "Latvian lats."; rdfs:label "LVL"@en; "enum" . a ; rdfs:comment "Libyan dinar."; rdfs:label "LYD"@en; "enum" . a ; rdfs:comment "Moroccan dirham."; rdfs:label "MAD"@en; "enum" . a ; rdfs:comment "Moldovan leu."; rdfs:label "MDL"@en; "enum" . a ; rdfs:comment "Malagasy ariary."; rdfs:label "MGA"@en; "enum" . a ; rdfs:comment "Macedonian denar."; rdfs:label "MKD"@en; "enum" . a ; rdfs:comment "Myanma kyat."; rdfs:label "MMK"@en; "enum" . a ; rdfs:comment "Mongolian tugrik."; rdfs:label "MNT"@en; "enum" . a ; rdfs:comment "Macanese pataca."; rdfs:label "MOP"@en; "enum" . a ; rdfs:comment "Mauritanian ouguiya."; rdfs:label "MRO"@en; "enum" . a ; rdfs:comment "Mauritian rupee."; rdfs:label "MUR"@en; "enum" . a ; rdfs:comment "Maldivian rufiyaa."; rdfs:label "MVR"@en; "enum" . a ; rdfs:comment "Malawian kwacha."; rdfs:label "MWK"@en; "enum" . a ; rdfs:comment "Mexican peso."; rdfs:label "MXN"@en; "enum" . a ; rdfs:comment "Malaysian ringgit."; rdfs:label "MYR"@en; "enum" . a ; rdfs:comment "Mozambican metical."; rdfs:label "MZN"@en; "enum" . a ; rdfs:comment "Namibian dollar."; rdfs:label "NAD"@en; "enum" . a ; rdfs:comment "Nigerian naira."; rdfs:label "NGN"@en; "enum" . a ; rdfs:comment "Cordoba oro."; rdfs:label "NIO"@en; "enum" . a ; rdfs:comment "Norwegian krone."; rdfs:label "NOK"@en; "enum" . a ; rdfs:comment "Nepalese rupee."; rdfs:label "NPR"@en; "enum" . a ; rdfs:comment "New Zealand dollar."; rdfs:label "NZD"@en; "enum" . a ; rdfs:comment "Omani rial."; rdfs:label "OMR"@en; "enum" . a ; rdfs:comment "Panamanian balboa."; rdfs:label "PAB"@en; "enum" . a ; rdfs:comment "Peruvian nuevo sol."; rdfs:label "PEN"@en; "enum" . a ; rdfs:comment "Papua New Guinean kina."; rdfs:label "PGK"@en; "enum" . a ; rdfs:comment "Philippine peso."; rdfs:label "PHP"@en; "enum" . a ; rdfs:comment "Pakistani rupee."; rdfs:label "PKR"@en; "enum" . a ; rdfs:comment "Polish zloty."; rdfs:label "PLN"@en; "enum" . a ; rdfs:comment "Paraguayan guaraní."; rdfs:label "PYG"@en; "enum" . a ; rdfs:comment "Qatari rial."; rdfs:label "QAR"@en; "enum" . a ; rdfs:comment "Romanian new leu."; rdfs:label "RON"@en; "enum" . a ; rdfs:comment "Serbian dinar."; rdfs:label "RSD"@en; "enum" . a ; rdfs:comment "Russian rouble."; rdfs:label "RUB"@en; "enum" . a ; rdfs:comment "Rwandan franc."; rdfs:label "RWF"@en; "enum" . a ; rdfs:comment "Saudi riyal."; rdfs:label "SAR"@en; "enum" . a ; rdfs:comment "Solomon Islands dollar."; rdfs:label "SBD"@en; "enum" . a ; rdfs:comment "Seychelles rupee."; rdfs:label "SCR"@en; "enum" . a ; rdfs:comment "Sudanese pound."; rdfs:label "SDG"@en; "enum" . a ; rdfs:comment "Swedish krona/kronor."; rdfs:label "SEK"@en; "enum" . a ; rdfs:comment "Singapore dollar."; rdfs:label "SGD"@en; "enum" . a ; rdfs:comment "Saint Helena pound."; rdfs:label "SHP"@en; "enum" . a ; rdfs:comment "Sierra Leonean leone."; rdfs:label "SLL"@en; "enum" . a ; rdfs:comment "Somali shilling."; rdfs:label "SOS"@en; "enum" . a ; rdfs:comment "Surinamese dollar."; rdfs:label "SRD"@en; "enum" . a ; rdfs:comment "São Tomé and Príncipe dobra."; rdfs:label "STD"@en; "enum" . a ; rdfs:comment "Syrian pound."; rdfs:label "SYP"@en; "enum" . a ; rdfs:comment "Lilangeni."; rdfs:label "SZL"@en; "enum" . a ; rdfs:comment "Thai baht."; rdfs:label "THB"@en; "enum" . a ; rdfs:comment "Tajikistani somoni."; rdfs:label "TJS"@en; "enum" . a ; rdfs:comment "Turkmenistani manat."; rdfs:label "TMT"@en; "enum" . a ; rdfs:comment "Tunisian dinar."; rdfs:label "TND"@en; "enum" . a ; rdfs:comment "Tongan pa'anga."; rdfs:label "TOP"@en; "enum" . a ; rdfs:comment "Turkish lira."; rdfs:label "TRY"@en; "enum" . a ; rdfs:comment "Trinidad and Tobago dollar."; rdfs:label "TTD"@en; "enum" . a ; rdfs:comment "New Taiwan dollar."; rdfs:label "TWD"@en; "enum" . a ; rdfs:comment "Tanzanian shilling."; rdfs:label "TZS"@en; "enum" . a ; rdfs:comment "Ukrainian hryvnia."; rdfs:label "UAH"@en; "enum" . a ; rdfs:comment "Ugandan shilling."; rdfs:label "UGX"@en; "enum" . a ; rdfs:comment "United States dollar."; rdfs:label "USD"@en; "enum" . a ; rdfs:comment "Uruguayan peso."; rdfs:label "UYU"@en; "enum" . a ; rdfs:comment "Uzbekistan som."; rdfs:label "UZS"@en; "enum" . a ; rdfs:comment "Venezuelan bolívar fuerte."; rdfs:label "VEF"@en; "enum" . a ; rdfs:comment "Vietnamese Dong."; rdfs:label "VND"@en; "enum" . a ; rdfs:comment "Vanuatu vatu."; rdfs:label "VUV"@en; "enum" . a ; rdfs:comment "Samoan tala."; rdfs:label "WST"@en; "enum" . a ; rdfs:comment "CFA franc BEAC."; rdfs:label "XAF"@en; "enum" . a ; rdfs:comment "East Caribbean dollar."; rdfs:label "XCD"@en; "enum" . a ; rdfs:comment "CFA Franc BCEAO."; rdfs:label "XOF"@en; "enum" . a ; rdfs:comment "CFP franc."; rdfs:label "XPF"@en; "enum" . a ; rdfs:comment "Yemeni rial."; rdfs:label "YER"@en; "enum" . a ; rdfs:comment "South African rand."; rdfs:label "ZAR"@en; "enum" . a ; rdfs:comment "Zambian kwacha."; rdfs:label "ZMK"@en; "enum" . a ; rdfs:comment "Zimbabwe dollar."; rdfs:label "ZWL"@en; "enum" . a ; rdfs:comment "The Y-axis values are assumed constant until the next curve point and prior to the first curve point."; rdfs:label "constantYValue"@en; "enum" . a ; rdfs:comment "The Y-axis values are assumed to be a straight line between values. Also known as linear interpolation."; rdfs:label "straightLineYValues"@en; "enum" . a ; rdfs:comment "Bidirectional DC system used for the transfer of energy in either direction. According to IEC 60633 a multiterminal DC system is bidirectional if one or more substations are bidirectional."; rdfs:label "bidirectional"@en; "enum" . a ; rdfs:comment "Unidirectional DC system used for the transfer of energy in only one direction. According to IEC 60633, most DC systems are inherently bidirectional. However, some systems may be optimized to transmit power in only one preferred direction. Such systems may still be considered as \"bidirectional\"."; rdfs:label "unidirectional"@en; "enum" . a ; rdfs:comment "DC back-to-back system (IEC 60633) is a DC system which transfers energy between AC buses at the same location."; rdfs:label "backToBack"@en; "enum" . a ; rdfs:comment "Multiterminal DC transmission system (IEC 60633) consisting of more than two separated DC substations and the interconnecting DC transmission lines."; rdfs:label "multiTerminal"@en; "enum" . a ; rdfs:comment "Two-terminal DC transmission system (IEC 60633), consisting of two DC substations and the connecting DC transmission line(s)."; rdfs:label "twoTerminal"@en; "enum" . a ; rdfs:comment "Negative terminal."; rdfs:label "negative"@en; "enum" . a ; rdfs:comment "Neutral terminal."; rdfs:label "neutral"@en; "enum" . a ; rdfs:comment "Positive terminal."; rdfs:label "positive"@en; "enum" . a ; rdfs:comment "The dependee and dependent shall not both be active or effective at the same time."; rdfs:label "exclusive"@en; "enum" . a ; rdfs:comment "The dependent shall only be active or effective while the dependee is active or effective."; rdfs:label "inclusive"@en; "enum" . a ; rdfs:comment """The dependee constrains the dependent without requiring the dependent to become active or effective. Note: A restrictive dependency defines temporal or operational constraints on the behaviour of the dependent while leaving its activation or operation optional."""; rdfs:label "restrictive"@en; "enum" . a ; rdfs:comment "Energy storage based on batteries, capable of charging from and discharging to the electrical system."; rdfs:label "battery"@en; "enum" . a ; rdfs:comment "Generation based mainly on biomass fuels of biogenic origin, including solid, liquid and gaseous forms."; rdfs:label "biomass"@en; "enum" . a ; rdfs:comment "Consumption associated with storage-like buffers where energy can be shifted in time while broadly preserving total energy use."; rdfs:label "buffer"@en; "enum" . a ; rdfs:comment "Conversion from chemical energy carriers to electrical energy, such as fuel cells or combustion of hydrogen-rich fuels."; rdfs:label "chemicalElectrical"@en; "enum" . a ; rdfs:comment "Demand that can be shifted in time without significantly changing total energy over a defined period."; rdfs:label "consumptionTimeShift"@en; "enum" . a ; rdfs:comment "Modelled demand assuming no explicit network or market constraints, used as an unconstrained reference load."; rdfs:label "consumptionUnconstrained"@en; "enum" . a ; rdfs:comment "Demand that is not directly controlled and is primarily driven by weather, behaviour or unmanaged processes."; rdfs:label "consumptionUncontrollable"@en; "enum" . a ; rdfs:comment "Conversion from electrical energy into chemical energy carriers, such as electrolysis or power-to-gas."; rdfs:label "electricalChemical"@en; "enum" . a ; rdfs:comment "Generation based mainly on fossil fuels such as coal, oil, gas or other non-renewable combustible fuels."; rdfs:label "fossil"@en; "enum" . a ; rdfs:comment "Generation based on geothermal heat from underground reservoirs."; rdfs:label "geothermal"@en; "enum" . a ; rdfs:comment "Pumped-storage hydropower operation where electrical energy is used to pump water to an elevated reservoir."; rdfs:label "hydroPump"@en; "enum" . a ; rdfs:comment "Hydropower based on reservoirs with significant storage, enabling dispatchable generation."; rdfs:label "hydroReservoir"@en; "enum" . a ; rdfs:comment "Hydropower using natural river flow with little or no storage, where generation mainly follows river discharge."; rdfs:label "hydroRunOfRiver"@en; "enum" . a ; rdfs:comment "Generation based on marine energy sources such as tidal or wave power."; rdfs:label "marine"@en; "enum" . a ; rdfs:comment "Generation based on nuclear fission reactors of any type."; rdfs:label "nuclear"@en; "enum" . a ; rdfs:comment "Other."; rdfs:label "other"@en; "enum" . a ; rdfs:comment "Generation or heat production based on solar energy, including photovoltaic and solar thermal technologies."; rdfs:label "solar"@en; "enum" . a ; rdfs:comment "Generation based on energy recovery from renewable or non-renewable waste streams."; rdfs:label "waste"@en; "enum" . a ; rdfs:comment "Generation based on wind energy using wind turbines on land or offshore."; rdfs:label "wind"@en; "enum" . a ; rdfs:comment "The moderately hot geothermal water is passed by a secondary fluid with a much lower boiling point than water. "; rdfs:label "binaryCycle"@en; "enum" . a ; rdfs:comment "Uses geothermal steam of 150 degree Celsius or greater to turn turbines."; rdfs:label "drySteam"@en; "enum" . a ; rdfs:comment "Pull deep, high-pressure hot water into lower-pressure tanks and use the resulting flashed steam to drive turbines."; rdfs:label "flashSteam"@en; "enum" . a ; rdfs:comment "Other type of geothermal generating unit."; rdfs:label "other"@en; "enum" . a ; rdfs:comment "Equals (like) comparison operation."; rdfs:label "equals"@en; "enum" . a ; rdfs:comment "Greater than comparison operation."; rdfs:label "greaterThan"@en; "enum" . a ; rdfs:comment "Greater than or equals comparison operation."; rdfs:label "greaterThanOrEquals"@en; "enum" . a ; rdfs:comment "Less than comparison operation."; rdfs:label "lessThan"@en; "enum" . a ; rdfs:comment "Less than or equals comparison operation."; rdfs:label "lessThanOrEquals"@en; "enum" . a ; rdfs:comment "Not equal (unlike) comparison operation."; rdfs:label "notEqual"@en; "enum" . a ; rdfs:comment "Capture energy from ocean current which are caused by forces like breaking waves, wind, coriolis effect etc."; rdfs:label "currents"@en; "enum" . a ; rdfs:comment "Other way of capture energy from marine elements."; rdfs:label "other"@en; "enum" . a ; rdfs:comment "Capture energy from pressure."; rdfs:label "pressure"@en; "enum" . a ; rdfs:comment "Capture energy from tidal power, which captures the energy of the current caused by the gravitational pull of the Sun and Moon."; rdfs:label "tidal"@en; "enum" . a ; rdfs:comment "Capture energy from wind waves."; rdfs:label "wave"@en; "enum" . a ; rdfs:comment "MMC valve based on a full-bridge submodule topology capable of bipolar voltage generation and DC fault blocking."; rdfs:label "fullBridge"@en; "enum" . a ; rdfs:comment "MMC valve based on a half-bridge submodule topology typically used for efficient voltage source converter operation."; rdfs:label "halfBridge"@en; "enum" . a ; rdfs:comment "Reactor whose heat source is a nuclear reactor that generates more fissile material than it consumes."; rdfs:label "breeder"@en; "enum" . a ; rdfs:comment "Reactor whose heat source is a graphite-moderated reactor that is a nuclear reactor that uses carbon as a neutron moderator, which allows natural uranium to be used as nuclear fuel."; rdfs:label "graphite"@en; "enum" . a ; rdfs:comment "Reactor whose heat source is a pressurized heavy-water reactor (PHWR) that uses heavy water (deuterium oxide D2O) as its coolant and neutron moderator."; rdfs:label "heavyWater"@en; "enum" . a ; rdfs:comment "Reactor whose heat source is a light-water reactor (LWR) that is a type of thermal-neutron reactor that uses normal water, as both its coolant and neutron moderator – furthermore a solid form of fissile elements is used as fuel. "; rdfs:label "lightWater"@en; "enum" . a ; rdfs:comment "Reactor whose liquid metal cooled nuclear reactor, liquid metal fast reactor or LMFR is an advanced type of nuclear reactor where the primary coolant is a liquid metal."; rdfs:label "liquidMetal"@en; "enum" . a ; rdfs:comment "Other type of nuclear reactors."; rdfs:label "other"@en; "enum" . a ; rdfs:comment "An absoluteValue limit means that a monitored absolute value above the limit value is a violation."; rdfs:label "absoluteValue"@en; "enum" . a ; rdfs:comment "High means that a monitored value above the limit value is a violation. If applied to a terminal flow, the positive direction is into the terminal."; rdfs:label "high"@en; "enum" . a ; rdfs:comment "Low means a monitored value below the limit is a violation. If applied to a terminal flow, the positive direction is into the terminal."; rdfs:label "low"@en; "enum" . a ; rdfs:comment "Direct current in the DCTerminal."; rdfs:label "current"@en; "enum" . a ; rdfs:comment "Direct current voltage in the DCTerminal."; rdfs:label "voltage"@en; "enum" . a ; rdfs:comment "Active power on the Terminal."; rdfs:label "activePower"@en; "enum" . a ; rdfs:comment "Apparent power on the Terminal."; rdfs:label "apparentPower"@en; "enum" . a ; rdfs:comment "Current on the Terminal."; rdfs:label "current"@en; "enum" . a ; rdfs:comment "Frequency on the Terminal."; rdfs:label "frequency"@en; "enum" . a ; rdfs:comment "Reactive power on the Terminal."; rdfs:label "reactivePower"@en; "enum" . a ; rdfs:comment "Voltage angle on the Terminal."; rdfs:label "voltageAngle"@en; "enum" . a ; rdfs:comment "Voltage magnitude on the Terminal."; rdfs:label "voltageMagnitude"@en; "enum" . a ; rdfs:comment "Decrease in the power. The block represents action for decreased power."; rdfs:label "powerDecrease"@en; "enum" . a ; rdfs:comment "Increase in the power. The block represents action for increased power."; rdfs:label "powerIncrease"@en; "enum" . a ; rdfs:comment "Increase and decrease in the power. The block represents action for increased and decreased power."; rdfs:label "powerIncreaseAndDecrease"@en; "enum" . a ; rdfs:comment "An electrolytic cell is an electrochemical cell that drives a non-spontaneous redox reaction through the application of electrical energy. Example are the decomposition of water into hydrogen and oxygen. "; rdfs:label "electrolyticCell"@en; "enum" . a ; rdfs:comment "A fuel cell is an electrochemical cell that converts the chemical energy from a fuel into electricity through an electrochemical reaction of hydrogen fuel with oxygen or another oxidizing agent."; rdfs:label "fuelCell"@en; "enum" . a ; rdfs:comment "Other type of cell used in chemical reactions."; rdfs:label "other"@en; "enum" . a ; rdfs:comment "Active power control mode."; rdfs:label "activePower"@en; "enum" . a ; rdfs:comment "Active power and frequency control mode."; rdfs:label "activePowerAndFrequency"@en; "enum" . a ; rdfs:comment "Frequency control mode."; rdfs:label "frequency"@en; "enum" . a ; rdfs:comment "Flat adjustment, equal amount of power, on all active consumption units (Energy Consumers and Power Electronics like FlexibleEnergyUnit). e.g. 100 MW decrease adjustment on 4 loads, it means that each of them get reduced 25 MW, as long as no other constraints are violated."; rdfs:label "consumptionsFlat"@en; "enum" . a ; rdfs:comment "The distribution is based on the consumptions active power in the given case."; rdfs:label "consumptionsP"@en; "enum" . a ; rdfs:comment "The distribution is explicitly done according to the power shift key distribution in the power bid Schedule."; rdfs:label "explicitDistribution"@en; "enum" . a ; rdfs:comment "The distribution is done according to the individual participation factor on the unit."; rdfs:label "explicitInstruction"@en; "enum" . a ; rdfs:comment "The distribution is based on the generator and consumption active power in the given case."; rdfs:label "generatorsAndConsumptionsP"@en; "enum" . a ; rdfs:comment "Flat adjustment, equal amount of power, on all active generators. e.g. 100 MW increase adjustment on 4 generators, it means that each of them get increased 25 MW, as long as no other constraints are violated."; rdfs:label "generatorsFlat"@en; "enum" . a ; rdfs:comment "The distribution is based on the generators active power in the given case."; rdfs:label "generatorsP"@en; "enum" . a ; rdfs:comment "The distribution is relative to the maximum p of the generator."; rdfs:label "generatorsPmax"@en; "enum" . a ; rdfs:comment "The distribution is relative to the minimum p of the generator."; rdfs:label "generatorsPmin"@en; "enum" . a ; rdfs:comment "The distribution is based on the remaining capacity for generators in the given case."; rdfs:label "generatorsRemainingCapacity"@en; "enum" . a ; rdfs:comment "The distribution is based on the used capacity, the difference between the minimum operation and operating p (GeneratingUnit.minOperatingP)"; rdfs:label "generatorsUsedCapacity"@en; "enum" . a ; rdfs:comment "The distribution is based on the non conform load active power in the given case."; rdfs:label "nonConformLoadP"@en; "enum" . a ; rdfs:comment "Flat adjustment, equal amount of power, on all the batteries and any operating hydro pumps. e.g. 100 MW increase or decrease adjustment on 4 batteries, it means that each of them get increased or reduced 25 MW, as long as no other constraints are violated."; rdfs:label "storageFlat"@en; "enum" . a ; rdfs:comment "The distribution is based on the batteries and any operating hydro pumps active power in the given case."; rdfs:label "storageP"@en; "enum" . a rdf:Property; "No"; rdfs:comment "Direct current controller which controls the ACDC converter."; rdfs:domain ; ; rdfs:label "ACDCConverterController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The external terminal of the ACDCConverter."; rdfs:domain ; ; rdfs:label "ExternalDCTerminal"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Base apparent power of the converter pole. The attribute shall be a positive value."; ; rdfs:domain ; rdfs:label "baseS"@en; ; . a rdf:Property; rdfs:comment "Maximum active power limit. The value is overwritten by values of VsCapabilityCurve, if present."; ; rdfs:domain ; rdfs:label "maxP"@en; ; . a rdf:Property; rdfs:comment "The maximum voltage on the DC side at which the converter should operate. It is converter’s configuration data used in power flow. The attribute shall be a positive value."; ; rdfs:domain ; rdfs:label "maxUdc"@en; ; . a rdf:Property; rdfs:comment "Minimum active power limit. The value is overwritten by values of VsCapabilityCurve, if present."; ; rdfs:domain ; rdfs:label "minP"@en; ; . a rdf:Property; rdfs:comment "The minimum voltage on the DC side at which the converter should operate. It is converter’s configuration data used in power flow. The attribute shall be a positive value."; ; rdfs:domain ; rdfs:label "minUdc"@en; ; . a rdf:Property; rdfs:comment "Rated converter DC voltage, also called UdN. The attribute shall be a positive value. It is converter’s configuration data used in power flow. For instance a bipolar HVDC link with value 200 kV has a 400kV difference between the dc lines."; ; rdfs:domain ; rdfs:label "ratedUdc"@en; ; . a rdf:Property; "Yes"; rdfs:comment "ACDC converter controlled by the direct current controller."; rdfs:domain ; ; rdfs:label "ACDCConverter"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "DC pole controller that controls this ACDC controller."; rdfs:domain ; ; rdfs:label "DirectCurrentPoleController"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "High-level control strategy defining how the converter interacts with and regulates the connected AC system."; rdfs:domain ; rdfs:label "controlStrategy"@en; ; rdfs:range ; , "NC" . a rdf:Property; "No"; rdfs:comment "Infeed terminal that is associated with an ACDCTerminal."; rdfs:domain ; ; rdfs:label "InfeedTerminal"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The operational limit sets at the terminal."; rdfs:domain ; ; rdfs:label "OperationalLimitSet"@en; ; rdfs:range . a rdf:Property; "No"; rdfs:comment "Line that is part of the ACTieCorridor."; rdfs:domain ; ; rdfs:label "Line"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:domain ; "M"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "W"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; rdfs:domain ; "M"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "WPers"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "No"; rdfs:comment "The operational limit type that has this permanent ambient temperature dependency curve."; rdfs:domain ; ; rdfs:label "OperationalLimitType"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "deg"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; rdfs:domain ; "M"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "VA"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "Yes"; rdfs:comment "Bidding zone which has an area interchange controller."; rdfs:domain ; ; rdfs:label "BiddingZone"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Bidding zone border that has an area interchange controller."; rdfs:domain ; ; rdfs:label "BiddingZoneBorder"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Control area that has a area interchange controller."; rdfs:domain ; ; rdfs:label "ControlArea"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Active power net interchange tolerance. The attribute shall be a positive value or zero."; ; rdfs:domain ; rdfs:label "pTolerance"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "Generating unit that provides the reserve capability represented by the area reserve resource."; rdfs:domain ; ; rdfs:label "GeneratingUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Hydro pump that provides the reserve capability represented by the area reserve resource."; rdfs:domain ; ; rdfs:label "HydroPump"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Power electronics unit that provides the reserve capability represented by the area reserve resource."; rdfs:domain ; ; rdfs:label "PowerElectronicsUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Schedule resource representing an aggregation or grouping of resources that provides the reserve capability represented by the area reserve resource."; rdfs:domain ; ; rdfs:label "ScheduleResource"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Scheduling area within which the reserve resource is made available when the reserve support is provided in the area context of the underlying resource."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Tie corridor through which the reserve resource is made available to support a control area other than the one in which the underlying resource is located."; rdfs:domain ; ; rdfs:label "TieCorridor"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Identifies if the unit is normally enabled to accept a dispatch instruction. If true, the unit is enabled to accept a dispatch instruction. If false, the unit has the capability, but it is not enabled to receive a dispatch instruction."; ; rdfs:domain ; rdfs:label "normalEnabled"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "Automation function which has automation block group."; rdfs:domain ; ; rdfs:label "AutomationFunction"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Function block which belongs to an automation block group."; rdfs:domain ; ; rdfs:label "FunctionBlock"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Value 0 means ignore priority. 1 means the highest priority, 2 is the second highest priority."; ; rdfs:domain ; rdfs:label "priority"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Automation block group which belongs to an automation function."; rdfs:domain ; ; rdfs:label "AutomationBlockGroup"@en; ; rdfs:range ; , "NC" . a rdf:Property; "No"; rdfs:comment "Function block is part of this automation function."; rdfs:domain ; ; rdfs:label "FunctionBlock"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Automation function has this automation function as a part."; rdfs:domain ; ; rdfs:label "HasPart"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Automation function is part of this automation function."; rdfs:domain ; ; rdfs:label "PartOf"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "True, if the automation function is enabled (active). Otherwise false."; ; rdfs:domain ; rdfs:label "normalEnabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "Type of automation function."; ; rdfs:domain ; rdfs:label "type"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "The operational limit type that has this temporary base overload limit curve."; rdfs:domain ; ; rdfs:label "OperationalLimitType"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Full energy storage capacity of the battery. The attribute shall be a positive value."; ; rdfs:domain ; rdfs:label "ratedE"@en; ; . a rdf:Property; "No"; rdfs:comment "Area interchange controller for this bidding zone."; rdfs:domain ; ; rdfs:label "AreaInterchangeController"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The capacity calculation region related to this bidding zone."; rdfs:domain ; ; rdfs:label "CapacityCalculationRegion"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The from side of the border."; rdfs:domain ; ; rdfs:label "FromBiddingZoneBorder"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Grid Power capacity whidh is asocciated to the bidding zone."; rdfs:domain ; ; rdfs:label "GridPowerCapacity"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The scheduling area that has bidding zone."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The to side of the border."; rdfs:domain ; ; rdfs:label "ToBiddingZoneBorder"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Identifies the mechanism for determining the energy price for a given bidding zone. If true, the bid and the offer is expected to be provided for the bidding zone to create the market price. If false, other mechanism determines the price of energy for a given bidding zone, e.g. virtual bidding zone."; ; rdfs:domain ; rdfs:label "isTradeEnabled"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Area interchange controller that relates to this bidding zone border."; rdfs:domain ; ; rdfs:label "AreaInterchangeController"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The capacity calculation region for which the capacity is derived from."; rdfs:domain ; ; rdfs:label "CapacityCalculationRegion"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "A network element participating in the transfer of electrical power between two bidding zones and associated with the two opposite directional BiddingZoneBorder instances representing that bidding zone pair."; rdfs:domain ; ; rdfs:label "CrossZonalNetworkElement"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The bidding zone for the from side."; rdfs:domain ; ; rdfs:label "FromBiddingZone"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Tie corridor for a given bidding zone border."; rdfs:domain ; ; rdfs:label "TieCorridor"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The bidding zone for the to side."; rdfs:domain ; ; rdfs:label "ToBiddingZone"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "DC bipole that belongs to a bipolar DC system."; rdfs:domain ; ; rdfs:label "DCBiPole"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "If true, the bipolar DC system is a rigid DC current bipolar system (IEC 60633). It is a bipolar DC system without neutral connection between both converter stations. Since only two (pole) conductors exist, no unbalance current between both poles is possible. In case of interruption of power transfer of one converter pole, the current of the other pole has to be interrupted as well (at least for a limited time to allow reconfiguration of the DC circuit)."; ; rdfs:domain ; rdfs:label "isRigid"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The BoundaryPointBorder that identifies the bilateral border relationship between the two parties responsible for this BoundaryPoint."; rdfs:domain ; ; rdfs:label "BoundaryPointBorder"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "BoundaryPointBorderLink instances that relate this BoundaryPoint to multiple bilateral BoundaryPointBorder relationships."; rdfs:domain ; ; rdfs:label "BoundaryPointBorderLink"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """Name used by the first party to refer to the shared or connected resource associated with the BoundaryPoint. Note: This attribute records the name used in the model maintained by the first party for the resource or connection associated with the BoundaryPoint. It shall only be used when exactly two parties share modelling responsibility at the BoundaryPoint."""; ; rdfs:domain ; rdfs:label "partyOneResourceName"@en; ; , "NC" . a rdf:Property; rdfs:comment """Name used by the second party to refer to the shared or connected resource associated with the BoundaryPoint. Note: This attribute records the name used in the model maintained by the second party for the resource or connection associated with the BoundaryPoint. It shall only be used when exactly two parties share modelling responsibility at the BoundaryPoint."""; ; rdfs:domain ; rdfs:label "partyTwoResourceName"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "BoundaryPoint that is part of a BoundaryPointBorder."; rdfs:domain ; ; rdfs:label "BoundaryPoint"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The BoundaryPointBorderLink instances that identify the BoundaryPoints participating in this bilateral BoundaryPointBorder relationship."; rdfs:domain ; ; rdfs:label "BoundaryPointBorderLink"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """Globally unique reference to the designator associated with the first party, expressed as a URI. Note: The reference may be a web URL identifying the designator or another persistent identifier expressed in URI form. When resolvable, the URI may provide additional linked data describing the designator. The designator typically represents a jurisdictional or organisational designation that has empowered the party with the authority to provide the normative power system reference model. This may refer to a country or to a specific regulatory or governing organisation. Example: \"https://vocabulary.uncefact.org/unlocode-countries#NO\", \"https://www.nve.no/reguleringsmyndigheten/\""""; ; rdfs:domain ; rdfs:label "partyOneDesignatorRef"@en; ; , "NC" . a rdf:Property; rdfs:comment """Human-readable name of the first party participating in the border relationship. Note: This name shall be suitable for unambiguous identification of the party within the exchange context. If partyOneRef is provided, partyOneName shall be aligned with the party identified by partyOneRef. Example: \"Statnett\""""; ; rdfs:domain ; rdfs:label "partyOneName"@en; ; , "NC" . a rdf:Property; rdfs:comment """Globally unique reference to the first party participating in the border relationship, expressed as a URI. Note: The reference may be a web URL identifying the party or another persistent identifier expressed in URI form. When resolvable, the URI may provide additional linked data describing the party. Example: \"https://energy.referencedata.eu/party/statnett\", \"urn:uuid:6f3e3a4e-3d4e-4b1a-a1e4-2b2c3f1a9a8d\", \"https://virksomhet.brreg.no/nb/oppslag/enheter/962986633\""""; ; rdfs:domain ; rdfs:label "partyOneRef"@en; ; , "NC" . a rdf:Property; rdfs:comment """Globally unique reference to the designator associated with the second party, expressed as a URI. Note: The reference may be a web URL identifying the designator or another persistent identifier expressed in URI form. When resolvable, the URI may provide additional linked data describing the designator. The designator typically represents a jurisdictional or organisational designation that has empowered the party with the authority to provide the normative power system reference model. This may refer to a country or to a specific regulatory or governing organisation. Example: \"https://vocabulary.uncefact.org/unlocode-countries#SE\", \"https://ei.se/\""""; ; rdfs:domain ; rdfs:label "partyTwoDesignatorRef"@en; ; , "NC" . a rdf:Property; rdfs:comment """Human-readable name of the second party participating in the border relationship. Note: This name shall be suitable for unambiguous identification of the party within the exchange context. If partyTwoRef is provided, partyTwoName shall be aligned with the party identified by partyTwoRef. Example: \"SvenskaKraftnet\""""; ; rdfs:domain ; rdfs:label "partyTwoName"@en; ; , "NC" . a rdf:Property; rdfs:comment """Globally unique reference to the second party participating in the border relationship, expressed as a URI. Note: The reference may be a web URL identifying the party or another persistent identifier expressed in URI form. When resolvable, the URI may provide additional linked data describing the party. Example: \"https://energy.referencedata.eu/party/svk\", \"urn:uuid:0d4c7c30-cc7e-4f8f-bb6c-6d6b8c6f7f62\", \"https://www.allabolag.se/foretag/svenska-kraftn%C3%A4t/sundbyberg/energif%C3%B6rs%C3%B6rjning/XF94VWI5YE1K\""""; ; rdfs:domain ; rdfs:label "partyTwoRef"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "BoundaryPoint that is linked to multiple BoundaryPointBorder through the BoundaryPointBorderLink."; rdfs:domain ; ; rdfs:label "BoundaryPoint"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The BoundaryPointBorder that is given by the BoundaryPointBorderLink."; rdfs:domain ; ; rdfs:label "BoundaryPointBorder"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """Master resource identifier issued by a model authority. The mRID is unique within an exchange context. Global uniqueness is easily achieved by using a UUID, as specified in RFC 4122, for the mRID. The use of UUID is strongly recommended. For CIMXML data files in RDF syntax conforming to IEC 61970-552, the mRID is mapped to rdf:ID or rdf:about attributes that identify CIM object elements."""; ; rdfs:domain ; rdfs:label "mRID"@en; ; . a rdf:Property; "No"; rdfs:comment "The bidding zone for this capacity calculation region."; rdfs:domain ; ; rdfs:label "BiddingZone"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The bidding zone border on which the capacity is calculated. "; rdfs:domain ; ; rdfs:label "BiddingZoneBorder"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Coordinated capacity calculator responsible for the capacity calculation of the region."; rdfs:domain ; ; rdfs:label "CoordinatedCapacityCalculator"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The security coordinator responsible for the capacity calculation region."; rdfs:domain ; ; rdfs:label "SecurityCoordinator"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The circuit share of the given power transfer corridor."; rdfs:domain ; ; rdfs:label "CircuitShare"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The equipment which is part of the circuit. This includes all equipment related to the circuit (e.g. If the circuit is a transformer, the equipment could be all switching and auxiliary equipments related to the transformer). A BusbarSection shall not be part of the circuit."; rdfs:domain ; ; rdfs:label "Equipment"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Terminal that identifies the circuit."; rdfs:domain ; ; rdfs:label "IdentifyingTerminal"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "True, if the positive value on the terminal shall be considered flow into the circuit. False, if the positive value on the terminal shall be considered flow out of the circuit."; ; rdfs:domain ; rdfs:label "positiveFlowIn"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The circuit that has a share of the power system corridor."; rdfs:domain ; ; rdfs:label "Circuit"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The power transfer corridor that has this circuit share."; rdfs:domain ; ; rdfs:label "PowerTransferCorridor"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """Normal contribution factor for the circuit which is part of a power transfer corridor. The allowed value range is [0,100]."""; ; rdfs:domain ; rdfs:label "normalContributionFactor"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "The Energy Resource Group Capacity that has this climate zone."; rdfs:domain ; ; rdfs:label "EnergyResourceGroupCapacity"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """The kind of climate classification scheme according to which the ClimateZone is defined. Note: The attribute identifies the classification scheme and not the code or identifier of the ClimateZone within that scheme. When the classification scheme is not explicitly represented by ClimateZoneClassificationKind, classificationKind shall be set to other and otherClassification shall identify the scheme."""; rdfs:domain ; rdfs:label "classificationKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment """The code or identifier assigned to the ClimateZone by the selected climate classification scheme. Note: The interpretation of the code depends on ClimateZone.classificationKind. The code should conform to the identification or naming convention defined by the corresponding classification scheme. Example: \"Dfb\" or \"Cfb\" for Köppen-Geiger, or a zone code defined by PECD or a national classification."""; ; rdfs:domain ; rdfs:label "code"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal total diffuse solar energy received per unit area during an annual period. Note: The orientation of the applicable reference surface is defined by the data specification or provenance information."""; ; rdfs:domain ; rdfs:label "normalAnnualDiffuseSolarIrradiation"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal total direct solar energy received per unit area during an annual period. Note: The orientation of the applicable reference surface is defined by the data specification or provenance information."""; ; rdfs:domain ; rdfs:label "normalAnnualDirectSolarIrradiation"@en; ; , "NC" . a rdf:Property; rdfs:comment "The climatological normal amount of water returned to the atmosphere through evaporation and evapotranspiration during an annual period, expressed as an equivalent depth of water."; ; rdfs:domain ; rdfs:label "normalAnnualEvaporation"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal number of days during an annual period classified as having extreme fire danger. Note: The criterion for extreme fire danger is determined by the applicable wildfire index and classification identified through the data provenance. The CIM model does not prescribe a specific threshold. Example: When the European Forest Fire Information System (EFFIS) classification is applied, extreme fire danger corresponds to an Canadian Fire Weather Index (FWI) of 50 or greater. A value of \"18.5\" therefore indicates a climatological normal of 18.5 days per year with FWI greater than or equal to 50."""; ; rdfs:domain ; rdfs:label "normalAnnualExtremeFireDangerDays"@en; ; , "NC" . a rdf:Property; rdfs:comment "The climatological normal number of days during an annual period with freezing precipitation."; ; rdfs:domain ; rdfs:label "normalAnnualFreezingPrecipitationDays"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal number of frost days during an annual period. Note: The threshold used to define a frost day is determined by the applicable meteorological specification, normally using minimum air temperature."""; ; rdfs:domain ; rdfs:label "normalAnnualFrostDays"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal total global solar energy received per unit area during an annual period. Note: Global solar irradiation includes direct and diffuse solar radiation incident on the applicable reference surface. For a horizontal reference surface it corresponds to global horizontal irradiation. Example: A value may be expressed as annual solar energy per square metre, such as MJ/m2 or an equivalent unit."""; ; rdfs:domain ; rdfs:label "normalAnnualGlobalSolarIrradiation"@en; ; , "NC" . a rdf:Property; rdfs:comment "The climatological normal number of days during an annual period on which hail occurs."; ; rdfs:domain ; rdfs:label "normalAnnualHailDays"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal number of days during an annual period occurring as part of a heatwave. Note: A heatwave represents unusually high temperature persisting for a defined minimum duration. The temperature criteria and minimum duration are specified by the applicable climate dataset or scenario."""; ; rdfs:domain ; rdfs:label "normalAnnualHeatwaveDays"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal number of days during an annual period classified as having high avalanche danger. Note: The criterion for high avalanche danger is determined by the applicable avalanche methodology and classification identified through data provenance. The CIM model does not prescribe a particular threshold. Example: \"8.5\" when high avalanche danger is defined as EAWS danger level 4 or 5."""; ; rdfs:domain ; rdfs:label "normalAnnualHighAvalancheDangerDays"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal number of hot days during an annual period. Note: A hot day is defined using the threshold specified by the applicable climate dataset or scenario. The threshold may be an absolute temperature or a percentile relative to the local climatology."""; ; rdfs:domain ; rdfs:label "normalAnnualHotDays"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal energy equivalent of natural hydro inflow associated with hydro resources in the ClimateZone during an annual period. Note: The value represents the potential energy associated with natural inflow and not generated electrical energy. This representation is intended for aggregated power-system and adequacy studies where hydro inflow is expressed as an energy quantity. Example: The value may represent the annual energy equivalent of natural inflow to reservoir hydropower resources within the ClimateZone."""; ; rdfs:domain ; rdfs:label "normalAnnualHydroInflow"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal number of days during an annual period with meteorological conditions producing significant icing. Note: The criteria defining an icing day are provided by the applicable data specification or provenance information. The attribute may be used to characterise climate-related availability risk for overhead lines, wind turbines and other exposed equipment."""; ; rdfs:domain ; rdfs:label "normalAnnualIcingDays"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal number of lightning events per unit area during an annual period. Note: The definition of a lightning event, for example a flash or ground strike, is determined by the applicable data specification. Example: 1.5 flashes/km2 indicates that an average of 1.5 lightning flashes per square kilometre occurs during a normal year."""; ; rdfs:domain ; rdfs:label "normalAnnualLightningDensity"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal of the maximum precipitation accumulated during a single day within an annual period. Note: This value provides an indication of exposure to extreme precipitation that is not represented by normalAnnualPrecipitation alone. Example: A value of 85 mm indicates that the normal annual maximum one-day precipitation is approximately 85 mm."""; ; rdfs:domain ; rdfs:label "normalAnnualMaxDailyPrecipitation"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal of the maximum significant wave height occurring during an annual period. Note: This value characterises exposure to severe sea states relevant to accessibility, equipment loading and availability of offshore resources."""; ; rdfs:domain ; rdfs:label "normalAnnualMaxSignificantWaveHeight"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal of the maximum air temperature at 2 metres above ground level occurring during an annual period. Note: This represents an annual extreme maximum rather than the normal mean of daily maximum temperatures."""; ; rdfs:domain ; rdfs:label "normalAnnualMaxTempAt2m"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal of the maximum wind gust at 10 metres above ground level occurring during an annual period. Note: This value characterises exposure to strong short-duration wind events rather than the normal wind resource. Example: A value of 31 m/s indicates that the climatological normal annual maximum gust is approximately 31 m/s."""; ; rdfs:domain ; rdfs:label "normalAnnualMaxWindGustAt10m"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal of the minimum air temperature at 2 metres above ground level occurring during an annual period. Note: This represents an annual extreme minimum rather than the normal mean of daily minimum temperatures."""; ; rdfs:domain ; rdfs:label "normalAnnualMinTempAt2m"@en; ; , "NC" . rdfs:comment """The climatological normal potential amount of water that could be returned to the atmosphere by evaporation during an annual period, expressed as an equivalent depth of water. Note: Potential evaporation represents atmospheric evaporative demand and is not limited by actual water availability."""; ; rdfs:domain ; a rdf:Property; rdfs:label "normalAnnualPotentialEvaporation"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal total precipitation received during an annual period. Note: Precipitation includes liquid and solid precipitation and is expressed as an equivalent depth of water over the area. Example: 1100 mm represents an annual precipitation volume equivalent to 1100 litres of water per square metre."""; ; rdfs:domain ; rdfs:label "normalAnnualPrecipitation"@en; ; , "NC" . a rdf:Property; rdfs:comment "The climatological normal amount of liquid precipitation received during an annual period."; ; rdfs:domain ; rdfs:label "normalAnnualRainfall"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal runoff during an annual period, expressed as an equivalent depth of water over the area. Note: Runoff represents water leaving the land surface and subsurface drainage system after precipitation, snowmelt, evaporation, infiltration and storage effects."""; ; rdfs:domain ; rdfs:label "normalAnnualRunoff"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal number of days during an annual period for which sea ice is present within the ClimateZone. Note: The minimum ice concentration or other criterion used to determine sea-ice presence is defined by the applicable data specification."""; ; rdfs:domain ; rdfs:label "normalAnnualSeaIceDays"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal amount of solid precipitation received during an annual period, expressed as its equivalent amount of liquid water. Note: The value represents water input from snowfall rather than physical snow depth. Example: 500 mm means that the annual snowfall normally contains an amount of water equivalent to a 500 mm layer of liquid water."""; ; rdfs:domain ; rdfs:label "normalAnnualSnowfall"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal amount of water released by melting snow during an annual period. Note: Snowmelt is expressed as the equivalent depth of liquid water produced from the snowpack."""; ; rdfs:domain ; rdfs:label "normalAnnualSnowmelt"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal total duration of sunshine during an annual period. Example: 1650 h represents approximately 1650 hours of sunshine during a normal year."""; ; rdfs:domain ; rdfs:label "normalAnnualSunshineDuration"@en; ; , "NC" . a rdf:Property; rdfs:comment "The climatological normal number of days during an annual period on which thunder is observed."; ; rdfs:domain ; rdfs:label "normalAnnualThunderDays"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal number of tropical nights during an annual period. Note: A tropical night is a night for which the minimum air temperature remains above the applicable threshold. A threshold of 20 degC is commonly used in European climate indicators, but the applicable threshold is defined by the dataset or scenario."""; ; rdfs:domain ; rdfs:label "normalAnnualTropicalNights"@en; ; , "NC" . a rdf:Property; rdfs:comment "The climatological normal proportion of the sky covered by cloud."; ; rdfs:domain ; rdfs:label "normalCloudCover"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal dew-point temperature at 2 metres above ground level. Note: Dew-point temperature indicates atmospheric moisture content and may be used together with air temperature to derive relative humidity and icing conditions."""; ; rdfs:domain ; rdfs:label "normalDewPointTempAt2m"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal maximum sea-current speed within the ClimateZone. Note: The value characterises strong current conditions relevant to marine-energy resource potential and equipment loading. The applicable depth and method for determining the maximum are defined by the source dataset or provenance information."""; ; rdfs:domain ; rdfs:label "normalMaxSeaCurrentSpeed"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal maximum sea-ice thickness during the seasonal cycle within a marine ClimateZone. Note: This attribute is primarily relevant for high-latitude offshore areas and may be used when assessing accessibility and availability of offshore resources. Example: 0.8 m indicates that the normal seasonal maximum sea-ice thickness is approximately 0.8 metres."""; ; rdfs:domain ; rdfs:label "normalMaxSeaIceThickness"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal of the maximum amount of water stored in the snowpack during the seasonal cycle. Note: Snow water represents the water content of the snowpack expressed as an equivalent depth of liquid water. The value characterises seasonal snow storage and is more hydrologically meaningful than physical snow depth. Example: 450 mm indicates that the normal seasonal maximum snowpack contains an amount of water equivalent to a 450 mm layer of liquid water."""; ; rdfs:domain ; rdfs:label "normalMaxSnowWater"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal population-weighted air temperature at 2 metres above ground level. Note: Population-weighted temperature is a spatially aggregated temperature in which locations with a higher population are given greater weight. It provides a representative temperature for the conditions experienced by the population and is particularly relevant for energy-demand modelling. The population dataset, weighting method and other provenance information are represented separately."""; ; rdfs:domain ; rdfs:label "normalPopulationWeightedTempAt2m"@en; ; , "NC" . a rdf:Property; rdfs:comment "The climatological normal relative humidity at 2 metres above ground level."; ; rdfs:domain ; rdfs:label "normalRelativeHumidityAt2m"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal speed of the sea-water current within the ClimateZone. Note: Sea-current speed depends on depth. The applicable depth or vertical reference is defined by the source dataset or provenance information."""; ; rdfs:domain ; rdfs:label "normalSeaCurrentSpeed"@en; ; , "NC" . a rdf:Property; rdfs:comment "The climatological normal sea-surface temperature within a marine ClimateZone."; ; rdfs:domain ; rdfs:label "normalSeaSurfaceTemp"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal significant wave height within a marine ClimateZone. Note: Significant wave height is a statistical representation of sea state commonly approximated as the mean height of the highest one-third of waves. Example: A value of 2.1 m represents a climate where the normal significant wave height is approximately 2.1 metres."""; ; rdfs:domain ; rdfs:label "normalSignificantWaveHeight"@en; ; , "NC" . a rdf:Property; rdfs:comment "The climatological normal atmospheric pressure at the surface."; ; rdfs:domain ; rdfs:label "normalSurfacePressure"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal air temperature at 2 metres above ground level. Note: Two metres above ground is the standard reference height for near-surface air temperature."""; ; rdfs:domain ; rdfs:label "normalTempAt2m"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal representative wave period within a marine ClimateZone. Note: The precise wave-period statistic, such as mean or peak period, is determined by the applicable data specification."""; ; rdfs:domain ; rdfs:label "normalWavePeriod"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal wind speed at 100 metres above ground level. Note: Wind speed at 100 metres is commonly available in meteorological and energy datasets and provides a useful indication of the wind resource for electricity generation."""; ; rdfs:domain ; rdfs:label "normalWindSpeedAt100m"@en; ; , "NC" . a rdf:Property; rdfs:comment """The climatological normal wind speed at 10 metres above ground level. Note: Ten metres above ground is the conventional reference height for near-surface meteorological wind observations."""; ; rdfs:domain ; rdfs:label "normalWindSpeedAt10m"@en; ; , "NC" . a rdf:Property; rdfs:comment """The name or identifier of the climate classification scheme when ClimateZone.classificationKind equals other. Note: This attribute shall only be used when ClimateZone.classificationKind is set to other. It identifies the classification scheme that is not explicitly represented by ClimateZoneClassificationKind. The value should be sufficiently descriptive to identify the scheme. Example: \"Trewartha Climate Classification\", \"Holdridge Life Zones\", \"Thornthwaite Climate Classification\", \"Company Internal Climate Zones\"."""; ; rdfs:domain ; rdfs:label "otherClassification"@en; ; , "NC" . a rdf:Property; rdfs:comment """A URI identifying the ClimateZone within the applicable climate classification scheme. Note: The URI identifies the classified zone or concept rather than the classification scheme itself. It may be used as an alternative to code when the classification is published as linked data or another URI-based controlled vocabulary. Both code and ref may be provided when the classification defines both representations. Example: \"https://example.org/climate/pecd/zone-12\" as an illustrative URI identifying a climate zone within a PECD classification."""; ; rdfs:domain ; rdfs:label "ref"@en; ; , "NC" . a rdf:Property; rdfs:comment "The configuration used to arrange and coordinate the thermal generating units of the combined cycle plant."; rdfs:domain ; rdfs:label "kind"@en; ; rdfs:range ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The ConnectivityNode that anchors this CommonResponsiblityPoint in the AC grid model."; rdfs:domain ; ; rdfs:label "ConnectivityNode"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The DCNode that anchors this CommonResponsibilityPoint in the DC grid model."; rdfs:domain ; ; rdfs:label "DCNode"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """Indicates whether the CommonResponsibilityPoint is anchored to a DC grid node. If isDirectCurrent is true, the CommonResponsibilityPoint shall be associated to a DCNode and shall not be associated to a ConnectivityNode. If isDirectCurrent is false, the CommonResponsibilityPoint shall be associated to a ConnectivityNode and shall not be associated to a DCNode."""; ; rdfs:domain ; rdfs:label "isDirectCurrent"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "The thermal generating unit that is a member of this compressed air energy storage plant."; rdfs:domain ; ; rdfs:label "ThermalGeneratingUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "CommonResponsibilityPoints anchored to this ConnectivityNode, representing one or more responsibility or agreement contexts that apply at the same AC grid location."; rdfs:domain ; ; rdfs:label "CommonResponsibilityPoint"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Area interchange controller for this control area."; rdfs:domain ; ; rdfs:label "AreaInterchangeController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The control area that has these control area parts."; rdfs:domain ; ; rdfs:label "HasPart"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The outage coordination region that has this control area."; rdfs:domain ; ; rdfs:label "OutageCoordinationRegion"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The control area that is part of this control area."; rdfs:domain ; ; rdfs:label "PartOf"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Power frequency controller for this control area."; rdfs:domain ; ; rdfs:label "PowerFrequencyController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The scheduling area related to a control area."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The system operator that operates this control area."; rdfs:domain ; ; rdfs:label "SystemOperator"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Type of control area."; ; rdfs:domain ; rdfs:label "areaType"@en; ; , "NC" . a rdf:Property; rdfs:comment "True, if the control function is discrete. This applies to equipment with discrete controls, e.g. tap changers and shunt compensators."; ; rdfs:domain ; rdfs:label "isDiscrete"@en; ; , "NC" . a rdf:Property; rdfs:comment """Maximum allowed target value given by the percent of target value. The allowed value range is [0,100]."""; ; rdfs:domain ; rdfs:label "maxAllowedTargetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment """Minimum allowed target value given by the percent of target value. The allowed value range is [0,100]."""; ; rdfs:domain ; rdfs:label "minAllowedTargetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment """The deadband related to the targetValue of the control function. It is used with discrete control to avoid excessive update of controls like tap changers and shunt compensator banks while regulating. The attribute shall be a positive value or zero. If isDiscrete is set to \"false\", the targetDeadband is to be ignored. Note that for instance, if the targetValue is 100 kV and the targetValueDeadband is 2 percent the range is from 99 to 101 kV."""; ; rdfs:domain ; rdfs:label "targetValueDeadband"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Capacity calculation region in which the capacity is calculated by the coordinated capacity calculator."; rdfs:domain ; ; rdfs:label "CapacityCalculationRegion"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "countPerm2"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "Yes"; rdfs:comment "Direct current pole represented by the CrossZonalDCPole."; rdfs:domain ; ; rdfs:label "DCPole"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The AC line represented by the CrossZonalLine."; rdfs:domain ; ; rdfs:label "Line"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The directional bidding zone borders associated with the cross-zonal network element. Exactly two borders shall be referenced, representing the same bidding zone pair in opposite directions."; rdfs:domain ; ; rdfs:label "BiddingZoneBorder"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """Master resource identifier issued by a model authority. The mRID is unique within an exchange context. Global uniqueness is easily achieved by using a UUID, as specified in RFC 4122, for the mRID. The use of UUID is strongly recommended. For CIMXML data files in RDF syntax conforming to IEC 61970-552, the mRID is mapped to rdf:ID or rdf:about attributes that identify CIM object elements."""; ; rdfs:domain ; rdfs:label "mRID"@en; ; . a rdf:Property; "Yes"; rdfs:comment "Power transformer represented by the CrossZonalPowerTransformer."; rdfs:domain ; ; rdfs:label "PowerTransformer"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The ThyristorValve of this CsConverter."; rdfs:domain ; ; rdfs:label "ThyristorValve"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Droop in capacitive region. The unit is V/A."; ; rdfs:domain ; rdfs:label "droopCapacitive"@en; ; , "NC" . a rdf:Property; rdfs:comment "Droop in inductive region. The unit is V/A."; ; rdfs:domain ; rdfs:label "droopInductive"@en; ; , "NC" . a rdf:Property; rdfs:comment "Offset in capacitive region."; ; rdfs:domain ; rdfs:label "offsetCapacitive"@en; ; , "NC" . a rdf:Property; rdfs:comment "Offset in capacitive region."; ; rdfs:domain ; rdfs:label "offsetInductive"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The SSSC controller to which this CurrentDroopOverride applies to."; rdfs:domain ; ; rdfs:label "SSSCController"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Droop in capacitive region. The unit is V/A."; ; rdfs:domain ; rdfs:label "droopCapacitive"@en; ; , "NC" . a rdf:Property; rdfs:comment "Droop in inductive region. The unit is V/A."; ; rdfs:domain ; rdfs:label "droopInductive"@en; ; , "NC" . a rdf:Property; rdfs:comment """Master resource identifier issued by a model authority. The mRID is unique within an exchange context. Global uniqueness is easily achieved by using a UUID, as specified in RFC 4122, for the mRID. The use of UUID is strongly recommended. For CIMXML data files in RDF syntax conforming to IEC 61970-552, the mRID is mapped to rdf:ID or rdf:about attributes that identify CIM object elements."""; ; rdfs:domain ; rdfs:label "mRID"@en; ; , "NC" . a rdf:Property; rdfs:comment "Offset in capacitive region."; ; rdfs:domain ; rdfs:label "offsetCapacitiveI"@en; ; , "NC" . a rdf:Property; rdfs:comment "Offset in capacitive region."; ; rdfs:domain ; rdfs:label "offsetInductiveI"@en; ; , "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "A"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "No"; rdfs:comment "The point data values that define this curve."; rdfs:domain ; ; rdfs:label "CurveDatas"@en; ; rdfs:range . a rdf:Property; rdfs:comment "The style or shape of the curve."; rdfs:domain ; rdfs:label "curveStyle"@en; ; rdfs:range ; . a rdf:Property; rdfs:comment "Multiplier for X-axis."; rdfs:domain ; rdfs:label "xMultiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:comment "The X-axis units of measure."; rdfs:domain ; rdfs:label "xUnit"@en; ; rdfs:range ; . a rdf:Property; rdfs:comment "Multiplier for Y1-axis."; rdfs:domain ; rdfs:label "y1Multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:comment "The Y1-axis units of measure."; rdfs:domain ; rdfs:label "y1Unit"@en; ; rdfs:range ; . a rdf:Property; rdfs:comment "Multiplier for Y2-axis."; rdfs:domain ; rdfs:label "y2Multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:comment "The Y2-axis units of measure."; rdfs:domain ; rdfs:label "y2Unit"@en; ; rdfs:range ; . a rdf:Property; "Yes"; rdfs:comment "The curve of this curve data point."; rdfs:domain ; ; rdfs:label "Curve"@en; ; rdfs:range . a rdf:Property; rdfs:comment "The data value of the X-axis variable, depending on the X-axis units."; ; rdfs:domain ; rdfs:label "xvalue"@en; ; . a rdf:Property; rdfs:comment "The data value of the first Y-axis variable, depending on the Y-axis units."; ; rdfs:domain ; rdfs:label "y1value"@en; ; . a rdf:Property; rdfs:comment "The data value of the second Y-axis variable (if present), depending on the Y-axis units."; ; rdfs:domain ; rdfs:label "y2value"@en; ; . a rdf:Property; "Yes"; rdfs:comment "Bipolar DC system that has this DC bipole."; rdfs:domain ; ; rdfs:label "BipolarDCSystem"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "DC pole part of the DC system bipole."; rdfs:domain ; ; rdfs:label "DCPole"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """The maximum continuous current carrying capacity in amps governed by the device material and construction. The attribute shall be a positive value."""; ; rdfs:domain ; rdfs:label "ratedCurrent"@en; ; , "NC" . a rdf:Property; rdfs:comment "Rated DC device voltage. The attribute shall be a positive value. It is configuration data used in power flow."; ; rdfs:domain ; rdfs:label "ratedUdc"@en; ; . a rdf:Property; "Yes"; rdfs:comment "The DC pole that has this DC converter unit."; rdfs:domain ; ; rdfs:label "DCPole"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "DC substation that has one or more DC converter units."; rdfs:domain ; ; rdfs:label "DCSubstation"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The PointOfCommonCoupling that represents the electrical reference location where this DCConverterUnit interacts with the connected AC or DC grid."; rdfs:domain ; ; rdfs:label "PointOfCommonCoupling"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The containing substation of the DC converter unit."; rdfs:domain ; ; rdfs:label "Substation"@en; ; rdfs:range . a rdf:Property; rdfs:comment "Droop constant. The pu value is obtained as D [kV/MW] x Sb / Ubdc. The attribute shall be a positive value."; ; rdfs:domain ; rdfs:label "droop"@en; ; , "NC" . a rdf:Property; rdfs:comment "Compensation constant. Used to compensate for voltage drop when controlling voltage at a distant bus. The attribute shall be a positive value."; ; rdfs:domain ; rdfs:label "droopCompensation"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum active power limit. "; ; rdfs:domain ; rdfs:label "maxP"@en; ; , "NC" . a rdf:Property; rdfs:comment "Minimum active power limit. "; ; rdfs:domain ; rdfs:label "minP"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The DC pole that has this DC line."; rdfs:domain ; ; rdfs:label "DCPole"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "CommonResponsibilityPoints anchored to this DCNode, representing one or more responsibility or agreement contexts that apply at the same DC grid location."; rdfs:domain ; ; rdfs:label "CommonResponsibilityPoint"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Asymmetric monopolar DC system that has this DC pole."; rdfs:domain ; ; rdfs:label "AsymmetricMonopolarDCSystem"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Cross-zonal direct current pole representations associated with the direct current pole."; rdfs:domain ; ; rdfs:label "CrossZonalDCPole"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "DC system bipole that has two independently operatable DC system poles."; rdfs:domain ; ; rdfs:label "DCBiPole"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The DC converter unit that relates to this DC pole."; rdfs:domain ; ; rdfs:label "DCConverterUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The DC line that is related to this DC pole."; rdfs:domain ; ; rdfs:label "DCLine"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The DCTieCorridor that has this DC pole."; rdfs:domain ; ; rdfs:label "DCTieCorridor"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "DC pole controller that controls this DC pole."; rdfs:domain ; ; rdfs:label "DirectCurrentPoleController"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """Normal participation factor describing the entity part of the active power provided by a collection of entities (e.g. an active power forecast to a collection of entities is divided to each of the member entity according to the participation factor). Must be a positive value. In the case of a sharing strategy, the distribution is following entities value (V) equals aggregated value (T) divided by sum of participation factors (PF), i.e. V=T/sum(PF). In the case of priority strategy, the item with the lowest number gets allocated energy first."""; ; rdfs:domain ; rdfs:label "normalParticipationFactor"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "DC converter unit that belongs to this DC substation."; rdfs:domain ; ; rdfs:label "DCConverterUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "DC substation bipole which is part of the DC substation. "; rdfs:domain ; ; rdfs:label "DCSubstationBipole"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "DC substation pole which is part of the DC substation. "; rdfs:domain ; ; rdfs:label "DCSubstationPole"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Substation that contains this DC susbstation."; rdfs:domain ; ; rdfs:label "Substation"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "DC tapping substation (IEC 60633) is a DC substation, mainly used for inversion, with a rating which is a small fraction of that of the rectifier(s) in the system."; ; rdfs:domain ; rdfs:label "isTapping"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "DC substation that contains this DC substation bipole part."; rdfs:domain ; ; rdfs:label "DCSubstation"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "DC substation bipole controller controlling this DC substation bipole."; rdfs:domain ; ; rdfs:label "DirectCurrentSubstationBipoleController"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "DC substation that contains this DC substation pole part."; rdfs:domain ; ; rdfs:label "DCSubstation"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "DC substation pole controller controlling this DC substation pole."; rdfs:domain ; ; rdfs:label "DirectCurrentSubstationPoleController"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The attribute is used in cases when no Measurement for the status value is present. If the DCSwitch has a status measurement the Discrete.normalValue is expected to match with the DCSwitch.normalOpen."; ; rdfs:domain ; rdfs:label "normalOpen"@en; ; , "NC" . a rdf:Property; rdfs:comment "Direction kind of the DC system."; rdfs:domain ; rdfs:label "directionKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "Transmission kind of the DC system."; rdfs:domain ; rdfs:label "transmissionKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The ACDCConverter that has this external DCTerminal."; rdfs:domain ; ; rdfs:label "ACDCConverter"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The pin DC terminal for this DC terminal."; rdfs:domain ; ; rdfs:label "PinDCTerminal"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Represents the normal network polarity condition."; rdfs:domain ; rdfs:label "polarity"@en; ; rdfs:range ; , "NC" . a rdf:Property; "No"; rdfs:comment "The DCPole which is part of the DC corridor."; rdfs:domain ; ; rdfs:label "DCPole"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Direct current master controller for this DCTieCorridor."; rdfs:domain ; ; rdfs:label "DirectCurrentMasterController"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The scheduling area that has this DC tie corridor."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Maximum regulating reserve."; ; rdfs:domain ; rdfs:label "maxRegulatingReserve"@en; ; , "NC" . a rdf:Property; rdfs:comment "Minimum regulating reserve."; ; rdfs:domain ; rdfs:label "minRegulatingReserve"@en; ; , "NC" . rdfs:comment "Ramping principle is used to define a transition from one scheduled value to next one."; rdfs:domain ; a rdf:Property; rdfs:label "rampingKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment """Represents the threshold or on-state voltage across the valve during conduction. The value is used in conduction loss calculations for converter valves. Approximate valve conduction losses may be calculated using: P_loss ˜ U0 × I where: U0 = valve forward voltage (valveU0) I = valve current Converter-level losses may be approximated from the combined contribution of associated valves, for example: P_converter_loss ˜ N × U0 × I where: N = number of conducting valves U0 = valve forward voltage I = valve current."""; ; rdfs:domain ; rdfs:label "valveU0"@en; ; , "NC" . a rdf:Property; rdfs:comment "Equivalent internal inductance of the DC voltage source."; ; rdfs:domain ; rdfs:label "internalInductance"@en; ; , "NC" . a rdf:Property; rdfs:comment "Equivalent internal resistance of the DC voltage source."; ; rdfs:domain ; rdfs:label "internalResistance"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "Direct current master controller which has direct current bipole controllers."; rdfs:domain ; ; rdfs:label "DirectCurrentMasterController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "DC pole controller that is controlled by a DC bipole controller."; rdfs:domain ; ; rdfs:label "DirectCurrentPoleController"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "DCTieCorridor controlled by this direct current master controller."; rdfs:domain ; ; rdfs:label "DCTieCorridor"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Direct current bipole controller which belongs to a direct current master controller."; rdfs:domain ; ; rdfs:label "DirectCurrentBipoleController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "DC pole controller that is controlled by this DC master controller."; rdfs:domain ; ; rdfs:label "DirectCurrentPoleController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "DC substation controller controlled by a multiterminal control."; rdfs:domain ; ; rdfs:label "DirectCurrentSubstationController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "ACDC converter controller that is controlled by a DC pole controller."; rdfs:domain ; ; rdfs:label "ACDCConverterController"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "DC pole that is controlled by a DC pole controller."; rdfs:domain ; ; rdfs:label "DCPole"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "DC bipole controller that controls this DC pole controller."; rdfs:domain ; ; rdfs:label "DirectCurrentBipoleController"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "DC master controller that has a DC pole controller."; rdfs:domain ; ; rdfs:label "DirectCurrentMasterController"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "DC substation bipole that is controlled by a DC substation bipole controller."; rdfs:domain ; ; rdfs:label "DCSubstationBipole"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Multiterminal control that controls more than two DC substation controllers."; rdfs:domain ; ; rdfs:label "MultiterminalControl"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "DC substation pole that is controlled by a DC substation pole controller."; rdfs:domain ; ; rdfs:label "DCSubstationPole"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The operational limit type that has this temporary duration overload limit curve."; rdfs:domain ; ; rdfs:label "OperationalLimitType"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The installation that is connected to the edge scheduliung area."; rdfs:domain ; ; rdfs:label "Installation"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Mobile electrical unit that is part of the electrical charging unit."; rdfs:domain ; ; rdfs:label "MobileElectricalUnit"@en; ; rdfs:range . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "kgPerJ"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "No"; rdfs:comment "The energy coordination region that has this energy alignment coordinator."; rdfs:domain ; ; rdfs:label "EnergyCoordinationRegion"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The energy block order for this energy block component."; rdfs:domain ; ; rdfs:label "EnergyBlockOrder"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The energy block component that has this energy block order."; rdfs:domain ; ; rdfs:label "EnergyBlockComponent"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Normal participation factor."; ; rdfs:domain ; rdfs:label "normalParticipationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment """Normal sequence represents the local order of the power block order. The sequence order for a given block dispatch instruction. The sequence number need to be unique for a given block dispatch instruction, e.g. two order in the same instruction cannot have the same sequence. """; ; rdfs:domain ; rdfs:label "normalSequence"@en; ; , "NC" . a rdf:Property; rdfs:comment "Duration for the active power."; ; rdfs:domain ; rdfs:label "powerDuration"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The energy consumer that relates to this energy component."; rdfs:domain ; ; rdfs:label "EnergyConsumer"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The Energy Resource Group Capacity that has this energy component."; rdfs:domain ; ; rdfs:label "EnergyResourceGroupCapacity"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The generating unit that is part of this energy component."; rdfs:domain ; ; rdfs:label "GeneratingUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The hydro pump that relates to this energy component."; rdfs:domain ; ; rdfs:label "HydroPump"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The power electronics unit that relates to this energy component."; rdfs:domain ; ; rdfs:label "PowerElectronicsUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The installation that the energy connection is connected to."; rdfs:domain ; ; rdfs:label "Installation"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The energy component that has this energy consumer."; rdfs:domain ; ; rdfs:label "EnergyComponent"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Maximum high economic active power limit, that should not exceed the maximum operating active power limit."; ; rdfs:domain ; rdfs:label "maxEconomicP"@en; ; , "NC", "deprecated" . a rdf:Property; rdfs:comment "Low economic active power limit that shall be greater than or equal to the minimum operating active power limit."; ; rdfs:domain ; rdfs:label "minEconomicP"@en; ; , "NC", "deprecated" . a rdf:Property; rdfs:comment """Participation factor describing the entity part of the active power provided by a collection of entities (e.g. an active power forecast to a collection of entities is divided to each of the member entity according to the participation factor). Must be a positive value. In the case of a sharing strategy, the distribution is following entities value (V) equals aggregated value (T) divided by sum of participation factors (PF), i.e. V=T/sum(PF). In the case of priority strategy, the item with the lowest number gets allocated energy first."""; ; rdfs:domain ; rdfs:label "normalParticipationFactor"@en; ; , "NC", "deprecated" . a rdf:Property; "Yes"; rdfs:comment "The energy alignment coordinator that operates this energy coordination region."; rdfs:domain ; ; rdfs:label "EnergyAlignmentCoordinator"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The scheduling area that is part of this energy coordination region."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The scheduling area exchange point that is part of the scheduling area."; rdfs:domain ; ; rdfs:label "SchedulingAreaExchangePoint"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The climate zone for the energy group."; rdfs:domain ; ; rdfs:label "ClimateZone"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The energy component that is part of this energy group."; rdfs:domain ; ; rdfs:label "EnergyComponent"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The energy resource type represented by the aggregated capacity group."; rdfs:domain ; ; rdfs:label "EnergyResourceType"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The scheduling area that has this energy group."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The normal ratio (in percent) between the effective available capacity and the installed capacity over a defined time interval. For weather-dependent resources, the value reflects climate-driven availability as derived from meteorological or hydrological conditions."; ; rdfs:domain ; rdfs:label "normalAavailabilityFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "The weather or condition-dependent active power capacity that is realistically available for operation at a given time. This value reflects normal reduction due to climatic, hydrological, or operational constraints."; ; rdfs:domain ; rdfs:label "normalAvailableCapacityP"@en; ; , "NC" . a rdf:Property; rdfs:comment """The normal relative weighting used to allocate an aggregate capacity requirement to this energy resource group. Note: The value provides the default weighting for top-down capacity allocation when a more specific `capacityAllocationFactor` is not provided. The factor is relative to the factors of other applicable energy resource groups and is not required to represent a percentage or to sum to 1 across the groups. The allocation algorithm may normalize the applicable factors and take account of availability, existing capacity and other modelling constraints."""; ; rdfs:domain ; rdfs:label "normalCapacityAllocationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "The nominal installed active power capacity of the energy type, independent of weather or normal operating conditions. This is the maximum technical power rating under standard design assumptions and optimum operation condition."; ; rdfs:domain ; rdfs:label "normalInstalledCapacityP"@en; ; , "NC" . a rdf:Property; rdfs:comment "Normal participation factor for the power group in relation to scheduling area. Must be a positive value."; ; rdfs:domain ; rdfs:label "normalParticipationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "Duration for the active power."; ; rdfs:domain ; rdfs:label "powerDuration"@en; ; , "NC" . a rdf:Property; rdfs:comment "Code identifying the study, scenario, or modelling configuration from which the capacity or availability values are derived. Examples include TYNDP scenario identifiers, national estimates, or dataset versions."; ; rdfs:domain ; rdfs:label "scenarioCode"@en; ; , "NC" . a rdf:Property; rdfs:comment "Reference to the study, scenario, or modelling configuration from which the capacity or availability values are derived. Examples include TYNDP scenario identifiers, national estimates, or dataset versions."; ; rdfs:domain ; rdfs:label "scenarioRef"@en; ; , "NC" . a rdf:Property; rdfs:comment "Code identifying the external weather or climate dataset used to determine availability or effective capacity for weather-dependent resources. Examples include datasets from the Pan-European Climate Database (PECD) or similar climate data services."; ; rdfs:domain ; rdfs:label "weatherDatasetCode"@en; ; , "NC" . a rdf:Property; rdfs:comment "Reference to the external weather or climate dataset used to determine availability or effective capacity for weather-dependent resources. Examples include datasets from the Pan-European Climate Database (PECD) or similar climate data services."; ; rdfs:domain ; rdfs:label "weatherDatasetRef"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "The capacity groups classified by this energy resource type."; rdfs:domain ; ; rdfs:label "EnergyResourceGroupCapacity"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The schedule resources whose primary energy resource type is this energy resource type."; rdfs:domain ; ; rdfs:label "ScheduleResource"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """The reference carbon dioxide emission factor of the energy resource type. Note: The value represents a default factor used for modelling or reporting rather than measured emissions from an individual resource."""; ; rdfs:domain ; rdfs:label "co2EmissionFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment """The reference ratio of electrical energy output to energy input for the energy resource type. Note: The value represents a default or reference efficiency used for modelling and reporting. It is not necessarily the measured efficiency of an individual resource. Example: An energy resource type representing a combined-cycle gas turbine may have a reference electrical efficiency of 60 %."""; ; rdfs:domain ; rdfs:label "electricalEfficiency"@en; ; , "NC" . a rdf:Property; rdfs:comment """Code identifying the primary energy source. Note: The code is assigned by a controlled vocabulary. The identified energy source need not be a combustible fuel; it may represent solar radiation, wind, hydro, ambient heat, biomass or another primary energy source. Example: F01010300 identifies Renewable–Solid–Wood–Unspecified in the European Energy Certificate System (EECS) energy source classification."""; ; rdfs:domain ; rdfs:label "energySourceCode"@en; ; , "NC" . a rdf:Property; rdfs:comment """URI or URN identifying the same primary energy source classification as energySourceCode. Note:URI or URN identifying the same primary energy source as energySourceCode. The URI may be resolvable (HTTP) or non-resolvable (URN). CIM does not mandate any identification scheme. Example: https://www.aib-net.org/eecs/F01010300 to point to Renewable–Solid–Wood–Unspecified."""; ; rdfs:domain ; rdfs:label "energySourceRef"@en; ; , "NC" . a rdf:Property; rdfs:comment """The general kind of energy resource. Note: The value provides a broad functional classification suitable for aggregation and forecasting. More detailed classifications of the energy input and technology are provided by fuelCode, fuelRef, technologyCode and technologyRef."""; rdfs:domain ; rdfs:label "kind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment """Code identifying the production, conversion, storage or consumption technology. Note: The code is assigned by an external controlled vocabulary. For electricity production, the code may identify a technology defined by the European Energy Certificate System (EECS) technology classification. Example: T010102 identifies Solar–Photovoltaic–Thin Film in the European Energy Certificate System (EECS) technology classification."""; ; rdfs:domain ; rdfs:label "technologyCode"@en; ; , "NC" . a rdf:Property; rdfs:comment """URI or URN identifying the same technology classification as technologyCode. Note: URI or URN identifying the same technology as technologyCode. The URI may be resolvable (HTTP) or non-resolvable (URN). CIM does not mandate any identification scheme. Example: https://www.aib-net.org/eecs/T010102 to point to Solar–Photovoltaic–Thin Film."""; ; rdfs:domain ; rdfs:label "technologyRef"@en; ; , "NC" . a rdf:Property; rdfs:comment "The maximum amount of energy that may be stored by the energy storage plant within its defined operating limits."; ; rdfs:domain ; rdfs:label "maxCapacity"@en; ; , "NC" . a rdf:Property; rdfs:comment "The minimum amount of stored energy within the normal operating range of the energy storage plant."; ; rdfs:domain ; rdfs:label "minCapacity"@en; ; , "NC" . a rdf:Property; rdfs:comment "The reference amount of stored energy that the energy storage plant is intended to operate with under normal conditions."; ; rdfs:domain ; rdfs:label "nominalCapacity"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "An aggregated representation of the detailed equipment."; rdfs:domain ; ; rdfs:label "AggregatedEquipment"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The circuit that containts its member equipment."; rdfs:domain ; ; rdfs:label "Circuit"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "A detailed representation of the aggregated equipment."; rdfs:domain ; ; rdfs:label "DetailedEquipment"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The equipment that can trigger the power transfer corridor."; rdfs:domain ; ; rdfs:label "PTCTriggeredEquipment"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "All regulating conducting equipment that belongs to this equipment controller."; rdfs:domain ; ; rdfs:label "RegulatingCondEq"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "System control which controls this equipment controller."; rdfs:domain ; ; rdfs:label "SystemControl"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The capability curve for the equivalent AC and DC converter."; rdfs:domain ; ; rdfs:label "CapabilityCurve"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The type of the converter."; rdfs:domain ; rdfs:label "type"@en; ; rdfs:range ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "Equivalent power plant that has this equivalent generating unit."; rdfs:domain ; ; rdfs:label "EquivalentPowerPlant"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "External network injection part of the equivalent generating unit."; rdfs:domain ; ; rdfs:label "ExternalNetworkInjection"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Injection controller which controls the equivalent injection."; rdfs:domain ; ; rdfs:label "InjectionController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The reactive capability curve used by this equivalent injection."; rdfs:domain ; ; rdfs:label "ReactiveCapabilityCurve2"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Equivalent power plan that has this equivalent power electronics unit."; rdfs:domain ; ; rdfs:label "EquivalentPowerPlant"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Equivalent generating unit thatis part of the equivalent power plant."; rdfs:domain ; ; rdfs:label "EquivalentGeneratingUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Equivalent power electronics that is part of the equivalent power plant."; rdfs:domain ; ; rdfs:label "EquivalentPowerElectronicsUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The equipment that triggers this exceptional power transfer corridor."; rdfs:domain ; ; rdfs:label "PTCTriggeredEquipment"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Equivalent generating unit that has this external network injection."; rdfs:domain ; ; rdfs:label "EquivalentGeneratingUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The loss curve for the FACTS equipment."; rdfs:domain ; ; rdfs:label "LossCurve"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Capacitive reactance at maximum reactive power. Shall always be positive."; ; rdfs:domain ; rdfs:label "maxC"@en; ; , "NC" . a rdf:Property; rdfs:comment "Inductive rating at maximum inductive reactive power. Shall always be negative. "; ; rdfs:domain ; rdfs:label "maxL"@en; ; , "NC" . a rdf:Property; rdfs:comment "Capacitive reactance at minimum reactive power. Shall always be positive."; ; rdfs:domain ; rdfs:label "minC"@en; ; , "NC" . a rdf:Property; rdfs:comment "Inductive rating at minimum inductive reactive power. Shall always be negative. "; ; rdfs:domain ; rdfs:label "minL"@en; ; , "NC" . a rdf:Property; rdfs:comment "Capacitive reactance at maximum reactive power. Shall always be positive."; ; rdfs:domain ; rdfs:label "ratedC"@en; ; , "NC" . a rdf:Property; rdfs:comment "Rated current of the FACTS equipment."; ; rdfs:domain ; rdfs:label "ratedI"@en; ; , "NC" . a rdf:Property; rdfs:comment "Inductive rating at maximum inductive reactive power. Shall always be negative. "; ; rdfs:domain ; rdfs:label "ratedL"@en; ; , "NC" . a rdf:Property; rdfs:comment "Rated voltage of the FACTS equipment."; ; rdfs:domain ; rdfs:label "ratedU"@en; ; , "NC" . a rdf:Property; rdfs:comment """The characteristics slope which defines how the reactive power output changes in proportion to the difference between the regulated bus voltage and the voltage setpoint. The attribute shall be a positive value or zero."""; ; rdfs:domain ; rdfs:label "slope"@en; ; , "NC" . a rdf:Property; rdfs:comment "The active power, that has the flexibility to operate as production and/or consumption. The buffer is bound. Example are heat pump, cooling system, embedded batteries including electric vehicle. Load sign convention is used, i.e. positive sign means flow out from a node."; ; rdfs:domain ; rdfs:label "buffer"@en; ; , "NC" . a rdf:Property; rdfs:comment "The active power, that can be shifted from one pricing interval (market time unit) to another. It is expected to be a limited on the length of the shift. Example from household could be washing machine or dishwasher. Example from industry is the possible to shut down a machine for the relevant period. Load sign convention is used, i.e. positive sign means flow out from a node."; ; rdfs:domain ; rdfs:label "timeShift"@en; ; , "NC" . a rdf:Property; rdfs:comment "The active power, that has the flexibility to operate as production without any bound by a buffer. Example are alternative heating (wood, gas, diesel etc) or power generators. Load sign convention is used, i.e. positive sign means flow out from a node."; ; rdfs:domain ; rdfs:label "unconstrained"@en; ; , "NC" . a rdf:Property; rdfs:comment "The active power, that forms the base consumption for the unit. This is measured and expected consumption. Load sign convention is used, i.e. positive sign means flow out from a node."; ; rdfs:domain ; rdfs:label "uncontrollable"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "Fuel storage that store fossil fuels."; rdfs:domain ; ; rdfs:label "FuelStorage"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "Hz"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "Yes"; rdfs:comment "Power frequency controller that has this frequency monitoring terminal."; rdfs:domain ; ; rdfs:label "PowerFrequencyController"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The terminal for this frequency monitoring terminal."; rdfs:domain ; ; rdfs:label "Terminal"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """Master resource identifier issued by a model authority. The mRID is unique within an exchange context. Global uniqueness is easily achieved by using a UUID, as specified in RFC 4122, for the mRID. The use of UUID is strongly recommended. For CIMXML data files in RDF syntax conforming to IEC 61970-552, the mRID is mapped to rdf:ID or rdf:about attributes that identify CIM object elements."""; ; rdfs:domain ; rdfs:label "mRID"@en; ; , "NC" . a rdf:Property; rdfs:comment "Value 0 means ignore priority. 1 means the highest priority, 2 is the second highest priority."; ; rdfs:domain ; rdfs:label "priority"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Fossil fuel stored in a fuel storage."; rdfs:domain ; ; rdfs:label "FossilFuel"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Normal amount of energy available in the storage."; ; rdfs:domain ; rdfs:label "normalEnergyStorage"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "Automation block group which has function blocks."; rdfs:domain ; ; rdfs:label "AutomationBlockGroup"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Automation function describe automation that this function block is part of."; rdfs:domain ; ; rdfs:label "AutomationFunction"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Function output variable describe the output or codomain to the function block."; rdfs:domain ; ; rdfs:label "FunctionOutputVariable"@en; ; rdfs:range ; , "NC" . a rdf:Property; "No"; rdfs:comment "Function input variable describe the input or domain to the function block."; rdfs:domain ; ; rdfs:label "Input"@en; ; rdfs:range ; "NC", . a rdf:Property; rdfs:comment "True, if the function block is normally enabled (active). Otherwise false."; ; rdfs:domain ; rdfs:label "normalEnabled"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "Function block describe the function that function input variable provides the domain for."; rdfs:domain ; ; rdfs:label "Function"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Function block describe the function that function output variable provides the codomain for."; rdfs:domain ; ; rdfs:label "FunctionBlock"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Property reference refers to a given class and property that is populated by the function output variable."; rdfs:domain ; ; rdfs:label "PropertyReference"@en; ; rdfs:range ; "NC" . rdfs:comment "Indicates if the absolute value is used for comparison. If true, use the absolute value. If false, use the complex value (vector). "; ; rdfs:domain ; rdfs:label "absoluteValue"@en; ; , "NC"; a rdf:Property . a rdf:Property; rdfs:comment "The time duration for which the condition is satisfied before acting. Default is 0 seconds."; ; rdfs:domain ; rdfs:label "duration"@en; ; , "NC" . a rdf:Property; rdfs:comment "The logical operator kind used for comparison."; rdfs:domain ; rdfs:label "logicKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "Invert/negate the result of the comparison."; ; rdfs:domain ; rdfs:label "negate"@en; ; , "NC" . a rdf:Property; rdfs:comment "True, if the gate input pin is normally enabled (active). Otherwise false."; ; rdfs:domain ; rdfs:label "normalEnabled"@en; ; , "NC" . a rdf:Property; rdfs:comment """The threshold percentage that should be used for compare with the percentage change between input value and threshold value. The allowed value range is [0,100]."""; ; rdfs:domain ; rdfs:label "thresholdPercentage"@en; ; , "NC" . a rdf:Property; rdfs:comment "The threshold value that should be used for compare with the input value."; ; rdfs:domain ; rdfs:label "thresholdValue"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Area reserve resources representing the balancing reserve products provided by the generating unit."; rdfs:domain ; ; rdfs:label "AreaReserveResource"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The energy component that has this generating unit."; rdfs:domain ; ; rdfs:label "EnergyComponent"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The schedule resource that has this generating unit."; rdfs:domain ; ; rdfs:label "ScheduleResource"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Time it takes from a unit shutdown until it is considered cold."; ; rdfs:domain ; rdfs:label "coolDownTime"@en; ; , "NC" . a rdf:Property; rdfs:comment "Currency the cost is given in."; rdfs:domain ; rdfs:label "costCurrency"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "The normal maximum rate the generating unit active power output can be lowered by control actions."; ; rdfs:domain ; rdfs:label "lowerRampRate"@en; ; . a rdf:Property; rdfs:comment "Maximum high economic active power limit, that should not exceed the maximum operating active power limit."; ; rdfs:domain ; rdfs:label "maxEconomicP"@en; ; . a rdf:Property; rdfs:comment "Number of times the unit can do ramp down within a calendar day. One ramp down consists of a decrease of a power plant production level from a stable schedule to another regardless of how much time the power plant stays in such stable operating stage."; ; rdfs:domain ; rdfs:label "maxRampDownCountPerDay"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum consumption by the generating unit as part of the startup process."; ; rdfs:domain ; rdfs:label "maxStartupLoad"@en; ; , "NC" . a rdf:Property; rdfs:comment "Low economic active power limit that shall be greater than or equal to the minimum operating active power limit."; ; rdfs:domain ; rdfs:label "minEconomicP"@en; ; . a rdf:Property; rdfs:comment "Minimum time interval between unit shutdown and startup."; ; rdfs:domain ; rdfs:label "minimumOffTime"@en; ; . a rdf:Property; rdfs:comment "The time that a generating unit has to stay running after it has been switched on by the Remedial Action Optimizer."; ; rdfs:domain ; rdfs:label "minimumUpTime"@en; ; , "NC" . a rdf:Property; rdfs:comment "Normal minimum active power injection that is needed to meet must-run requirement. This value can be higher or equal to minimum operational limit. Load sign convention is used, i.e. positive sign means flow out from a node."; ; rdfs:domain ; rdfs:label "normalMustRunP"@en; ; , "NC" . a rdf:Property; rdfs:comment "Normal minimum reactive power injection that is needed to meet must-run requirement. This value can be higher or equal to minimum operational limit. Load sign convention is used, i.e. positive sign means flow out from a node."; ; rdfs:domain ; rdfs:label "normalMustRunQ"@en; ; , "NC" . a rdf:Property; rdfs:comment """Participation factor describing the entity part of the active power provided by a collection of entities (e.g. an active power forecast to a collection of entities is divided to each of the member entity according to the participation factor). Must be a positive value. In the case of a sharing strategy, the distribution is following entities value (V) equals aggregated value (T) divided by sum of participation factors (PF), i.e. V=T/sum(PF). In the case of priority strategy, the item with the lowest number gets allocated energy first."""; ; rdfs:domain ; rdfs:label "normalParticipationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "The normal shutdown cost incurred for each shutdown of the GeneratingUnit."; ; rdfs:domain ; rdfs:label "normalShutdownCost"@en; ; , "NC" . a rdf:Property; rdfs:comment "The normal initial startup cost incurred for each start of the GeneratingUnit."; ; rdfs:domain ; rdfs:label "normalStartupCost"@en; ; , "NC" . a rdf:Property; rdfs:comment "The normal warm startup cost incurred for each start of the GeneratingUnit."; ; rdfs:domain ; rdfs:label "normalWarmStartupCost"@en; ; , "NC" . a rdf:Property; rdfs:comment "The normal maximum rate the generating unit active power output can be raised by control actions."; ; rdfs:domain ; rdfs:label "raiseRampRate"@en; ; . a rdf:Property; rdfs:comment "Time between end or start of ramping. If a unit has just stopped the ramping, it will need to wait this time until a new ramping can start."; ; rdfs:domain ; rdfs:label "rampLockTime"@en; ; , "NC" . a rdf:Property; rdfs:comment "Time it takes to change the schedule when the unit is operating due to technical configuration of a supporting system, e.g. gas pipeline. "; ; rdfs:domain ; rdfs:label "runningLeadTime"@en; ; , "NC" . a rdf:Property; rdfs:comment "Time it takes to shutdown the unit."; ; rdfs:domain ; rdfs:label "shutdownTime"@en; ; , "NC" . a rdf:Property; rdfs:comment """The startup ramp rate of the generating unit which describes the speed of change of active power from zero to the minimum active power. When the ramp is not provided, the optimisation process shall consider the change as an instant change of active power from zero to minimum active power."""; ; rdfs:domain ; rdfs:label "startupRampRate"@en; ; , "NC" . a rdf:Property; rdfs:comment "Time it takes to startup the unit when it is warm."; ; rdfs:domain ; rdfs:label "warmStartupTime"@en; ; , "NC" . a rdf:Property; rdfs:comment "Kind of geothermal generating unit."; rdfs:domain ; rdfs:label "kind"@en; ; rdfs:range ; , "NC" . a rdf:Property; "No"; rdfs:comment "Bidding zone which has a grid power capacity."; rdfs:domain ; ; rdfs:label "BiddingZone"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Scheduling area that has grid power capacity."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "h"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "Yes"; rdfs:comment "Generators discharge water to or pumps are supplied water from a downstream reservoir."; rdfs:domain ; ; rdfs:label "Reservoir"@en; ; rdfs:range . a rdf:Property; rdfs:comment "Number of penstocks hydraulically serving the hydro generating units and hydro pumps of the hydro power plant. When the value is one, the hydro generating units and hydro pumps are assumed to share a common penstock unless a detailed hydraulic network model specifies otherwise."; ; rdfs:domain ; rdfs:label "numberOfPenstocks"@en; ; , "NC" . a rdf:Property; rdfs:comment "Indicates whether at least one hydro pump and at least one hydro generating unit of the hydro power plant may operate simultaneously."; ; rdfs:domain ; rdfs:label "simultaneousPumpAndGeneration"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Area reserve resources representing the balancing reserve products provided by the hydro pump."; rdfs:domain ; ; rdfs:label "AreaReserveResource"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The energy component that has this hydro pump."; rdfs:domain ; ; rdfs:label "EnergyComponent"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The schedule resource that has this hydro pump."; rdfs:domain ; ; rdfs:label "ScheduleResource"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Maximum high economic active power limit, that should not exceed the maximum operating active power limit."; ; rdfs:domain ; rdfs:label "maxEconomicP"@en; ; , "NC" . a rdf:Property; rdfs:comment "This is the maximum operating active power limit the dispatcher can enter for this unit."; ; rdfs:domain ; rdfs:label "maxOperatingP"@en; ; , "NC" . a rdf:Property; rdfs:comment "Low economic active power limit that shall be greater than or equal to the minimum operating active power limit."; ; rdfs:domain ; rdfs:label "minEconomicP"@en; ; , "NC" . a rdf:Property; rdfs:comment "This is the minimum operating active power limit the dispatcher can enter for this unit."; ; rdfs:domain ; rdfs:label "minOperatingP"@en; ; , "NC" . a rdf:Property; rdfs:comment """Participation factor describing the entity part of the active power provided by a collection of entities (e.g. an active power forecast to a collection of entities is divided to each of the member entity according to the participation factor). Must be a positive value. In the case of a sharing strategy, the distribution is following entities value (V) equals aggregated value (T) divided by sum of participation factors (PF), i.e. V=T/sum(PF). In the case of priority strategy, the item with the lowest number gets allocated energy first."""; ; rdfs:domain ; rdfs:label "normalParticipationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "The description is a free human readable text describing or naming the object. It may be non unique and may not correlate to a naming hierarchy."; ; rdfs:domain ; rdfs:label "description"@en; ; . a rdf:Property; rdfs:comment "The attribute is used for an exchange of the EIC code (Energy identification Code). The length of the string is 16 characters as defined by the EIC code. For details on EIC scheme please refer to ENTSO-E web site."; ; rdfs:domain ; rdfs:label "energyIdentCodeEic"@en; ; , "European", "deprecated" . a rdf:Property; rdfs:comment """Master resource identifier issued by a model authority. The mRID is unique within an exchange context. Global uniqueness is easily achieved by using a UUID, as specified in RFC 4122, for the mRID. The use of UUID is strongly recommended. For CIMXML data files in RDF syntax conforming to IEC 61970-552, the mRID is mapped to rdf:ID or rdf:about attributes that identify CIM object elements."""; ; rdfs:domain ; rdfs:label "mRID"@en; ; . a rdf:Property; rdfs:comment "The name is any free human readable and possibly non unique text naming the object."; ; rdfs:domain ; rdfs:label "name"@en; ; . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "ohm"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "H"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "No"; rdfs:comment "Infeed terminal that has infeed constraints."; rdfs:domain ; ; rdfs:label "InfeedTerminal"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The normal current limit. The attribute shall be a positive value or zero."; ; rdfs:domain ; rdfs:label "normalValueA"@en; ; , "NC" . a rdf:Property; rdfs:comment "The normal value of active power limit. The attribute shall be a positive value or zero."; ; rdfs:domain ; rdfs:label "normalValueW"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "ACDCTerminal which is connected to an infeed terminal."; rdfs:domain ; ; rdfs:label "ACDCTerminal"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Infeed constraint which belongs to an infeed terminal."; rdfs:domain ; ; rdfs:label "InfeedConstraint"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """Master resource identifier issued by a model authority. The mRID is unique within an exchange context. Global uniqueness is easily achieved by using a UUID, as specified in RFC 4122, for the mRID. The use of UUID is strongly recommended. For CIMXML data files in RDF syntax conforming to IEC 61970-552, the mRID is mapped to rdf:ID or rdf:about attributes that identify CIM object elements."""; ; rdfs:domain ; rdfs:label "mRID"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Equivalent injection controlled by the injection controller."; rdfs:domain ; ; rdfs:label "EquivalentInjection"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The edge scheduling area for this installation."; rdfs:domain ; ; rdfs:label "EdgeSchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The energy connection that is connected to the installation."; rdfs:domain ; ; rdfs:label "EnergyConnection"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The VsConverter that has InsulatedGateBipolarTransistorValve."; rdfs:domain ; ; rdfs:label "VsConverter"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:domain ; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "JPerm2"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "m"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "Yes"; rdfs:comment "ACTieCorridor that the line is part of."; rdfs:domain ; ; rdfs:label "ACTieCorridor"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The cross-zonal line representation associated with the AC line."; rdfs:domain ; ; rdfs:label "CrossZonalLine"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The scheduling area that has this line."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The frequency control operator that operates this frequency control area."; rdfs:domain ; ; rdfs:label "FrequencyControlOperator"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The load frequency control block that has this load frequency control area."; rdfs:domain ; ; rdfs:label "LoadFrequencyControlBlock"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The scheduling area that is part of this load frequency control area."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "TieCorridor controlled by the LoadFrequencyControlArea."; rdfs:domain ; ; rdfs:label "TieCorridor"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Percentage of average dispatch target plus average regulation used to calculate Deficient Generation Limit. The value shall be a positive value between 0 and 100."; ; rdfs:domain ; rdfs:label "deficientGenerationLimit"@en; ; , "NC" . a rdf:Property; rdfs:comment "Frequency bias in MW/Hz."; ; rdfs:domain ; rdfs:label "frequencyBiasFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "FRR delay expressed in seconds. Must be a positive multiple of AGC's cycle duration."; ; rdfs:domain ; rdfs:label "frrDelay"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum authorized ramp for both FRR dispatching and ramp to zero."; ; rdfs:domain ; rdfs:label "frrMaxRamp"@en; ; , "NC" . a rdf:Property; rdfs:comment "Authorized threshold for both FRR dispatching and ramp to zero."; ; rdfs:domain ; rdfs:label "frrThreshold"@en; ; , "NC" . a rdf:Property; rdfs:comment "True means the frequency bias that is taken into consideration in the frequency bias computation."; ; rdfs:domain ; rdfs:label "includeFrequencyBias"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "The load frequency control area that is part of this load frequency control block. "; rdfs:domain ; ; rdfs:label "LoadFrequencyControlArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The synchronous area that has this load frequency control block."; rdfs:domain ; ; rdfs:label "SynchronousArea"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The required active power capacity reserved for Frequency Containment Reserves (FCR) in accordance with dimensioning rules. Represents the LFC Block obligation, independent of contracting arrangements."; ; rdfs:domain ; rdfs:label "fcrProvision"@en; ; , "NC" . a rdf:Property; rdfs:comment "The required active power capacity reserved for Frequency Restoration Reserves (FRR) as determined by dimensioning rules. Represents the obligation of an LFC Block to ensure sufficient FRR capacity for system frequency restoration."; ; rdfs:domain ; rdfs:label "frrProvision"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "The frequency control area that has this frequency control operator."; rdfs:domain ; ; rdfs:label "FrequencyControlArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The FACTS equipment which has a loss curve."; rdfs:domain ; ; rdfs:label "FACTSEquipment"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Electrical charging unit that has a mobile electrical unit."; rdfs:domain ; ; rdfs:label "ElectricalChargingUnit"@en; ; rdfs:range . a rdf:Property; "No"; rdfs:comment "The ModularMultilevelConverterValve of this ModularMultilevelConverter."; rdfs:domain ; ; rdfs:label "ModularMultilevelConverterValve"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The ModularMultilevelConverter the has ModularMultilevelConverterValve."; rdfs:domain ; ; rdfs:label "ModularMultilevelConverter"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Represents the inductive component connected in series with the MMC valve arm, typically used to: limit circulating currents, reduce fault currents, smooth arm current transitions, support converter stability. Often physically implemented as an arm reactor."; ; rdfs:domain ; rdfs:label "armInductance"@en; ; , "NC" . a rdf:Property; rdfs:comment "Represents the effective series resistance of the MMC valve arm, including contributions from: arm reactor winding resistance, conductor resistance, semiconductor conduction losses, internal connection losses. The resistance affects: converter losses, damping characteristics, circulating current behavior, transient performance."; ; rdfs:domain ; rdfs:label "armResistance"@en; ; , "NC" . a rdf:Property; rdfs:comment "Defines the MMC submodule valve topology/configuration used by the valve. It identifies how the semiconductor switches are arranged within the MMC submodule."; rdfs:domain ; rdfs:label "configurationKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "Defines the total number of modular submodule cells connected in series within the MMC valve or converter arm. The number of submodules determines: achievable valve voltage, waveform resolution, converter voltage levels, and energy storage distribution. Typical MMC implementations contain tens to hundreds of submodules per valve arm."; ; rdfs:domain ; rdfs:label "numberOfSubmodules"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Power frequency controller that applied to this monitoring area."; rdfs:domain ; ; rdfs:label "PowerFrequencyController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "DC pole part of the asymmetric DC system."; rdfs:domain ; ; rdfs:label "DCPole"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "if true, the monopolar DC system is symmetrical monopolar DC system (IEC 60633). It is a DC system with only one symmetrical monopole. A symmetrical monopole is part of an DC system consisting of all the equipment in the DC substations and the interconnecting transmission lines, if any, which during normal operation exhibits equal and opposite direct voltage polarities with respect to earth but without series connection of converters in each converter station. The term \"symmetrical monopole\" is used even though there are two polarities with DC voltages, because with only one converter it is not possible to provide the redundancy which is normally associated with the term \"bipole\"."; ; rdfs:domain ; rdfs:label "isSymmetrical"@en; ; , "NC" . a rdf:Property; rdfs:comment "Kind of nuclear reactor."; rdfs:domain ; rdfs:label "reactorKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The limit set to which the limit values belong."; rdfs:domain ; ; rdfs:label "OperationalLimitSet"@en; ; rdfs:range . a rdf:Property; "Yes"; rdfs:comment "The limit type associated with this limit."; rdfs:domain ; ; rdfs:label "OperationalLimitType"@en; ; rdfs:range . a rdf:Property; "No"; rdfs:comment "Values of equipment limits."; rdfs:domain ; ; rdfs:label "OperationalLimitValue"@en; ; rdfs:range ; . a rdf:Property; "Yes"; rdfs:comment "The power transfer corridor that has this operational limit set."; rdfs:domain ; ; rdfs:label "PowerTransferCorridor"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The terminal where the operational limit set apply."; rdfs:domain ; ; rdfs:label "Terminal"@en; ; rdfs:range . a rdf:Property; "No"; rdfs:comment "The operational limits associated with this type of limit."; rdfs:domain ; ; rdfs:label "OperationalLimit"@en; ; rdfs:range . a rdf:Property; "Yes"; rdfs:comment "The permanent ambient temperature dependency curve for this operational limit type."; rdfs:domain ; ; rdfs:label "PermanentAmbientTemperatureDependencyCurve"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The permanent solar radiation curve for this operational limit type."; rdfs:domain ; ; rdfs:label "PermanentSolarRadiationCurve"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "This is the curve which provides the recovery time information for this limit type."; rdfs:domain ; ; rdfs:label "RecoveryOverloadLimitCurve"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The temporary base overload limit curve for this operational limit type."; rdfs:domain ; ; rdfs:label "TemporaryBaseOverloadLimitCurve"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The temporary duration overload limit curve for this operational limit type."; rdfs:domain ; ; rdfs:label "TemporaryDurationOverloadLimitCurve"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The direction of the limit."; rdfs:domain ; rdfs:label "direction"@en; ; rdfs:range ; . a rdf:Property; rdfs:comment "Defines if the operational limit type is minimum. If true, the value is a minimum value of the same kind. This applies to stability and PATL. If false, the limit has the normal behaviour. OperationalLimitType.direction attribute shall be absoluteValue."; ; rdfs:domain ; rdfs:label "isMinimum"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "All roles of this organisation."; rdfs:domain ; ; rdfs:label "Roles"@en; ; rdfs:range . a rdf:Property; "Yes"; rdfs:comment "Organisation having this role."; rdfs:domain ; ; rdfs:label "Organisation"@en; ; rdfs:range . a rdf:Property; rdfs:comment """The Global Location Number (GLN) is part of the GS1 systems of standards. GLN is a 13-digit number structured that include GS1 Company Prefix, Location Reference (N1-N12) and Check Digit (N13). GS1 is a neutral, not-for-profit, international organisation that develops and maintains standards for supply and demand chains across multiple sectors."""; ; rdfs:domain ; rdfs:label "globalLocationNumber"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "The control area that is part of this outage coordination region."; rdfs:domain ; ; rdfs:label "ControlArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The outage coordinator responsible for this outage coordination region."; rdfs:domain ; ; rdfs:label "OutageCoordinator"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Agent responsible for planning availability in this outage coordination region."; rdfs:domain ; ; rdfs:label "OutagePlanningAgent"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The security coordinator that is responsible for this outage coordination region."; rdfs:domain ; ; rdfs:label "SecurityCoordinator"@en; ; rdfs:range ; "NC" . "No"; rdfs:comment "The outage coordination region that has this outage coordinator."; rdfs:domain ; a rdf:Property; ; rdfs:label "OutageCoordinationRegion"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Outage coordination region that this agent has outage planning responsible."; rdfs:domain ; ; rdfs:label "OutageCoordinationRegion"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The region that is impacted by this overlapping zone."; rdfs:domain ; ; rdfs:label "ImpactedRegion"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The equipment which is part of power transfer corridor triggering."; rdfs:domain ; ; rdfs:label "Equipment"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The power transfer corridor which is triggered by this equipment."; rdfs:domain ; ; rdfs:label "ExceptionalPowerTransferCorridor"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "none"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; rdfs:comment """The kind of temporal or operational constraint defined between the dependee and the dependent. Note: Certain dependency constraint kinds may require or prohibit the use of temporal constraint attributes, depending on the semantics of the specialization."""; rdfs:domain ; rdfs:label "constraintKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "The duration constraining the next finish or deactivation of the dependent relative to the latest applicable finish or deactivation of the dependee."; ; rdfs:domain ; rdfs:label "finishToFinishLag"@en; ; , "NC" . a rdf:Property; rdfs:comment """Specifies whether finishToFinishLag is an exact, minimum, or maximum temporal constraint. Note: This attribute shall be specified when finishToFinishLag is provided. Example: finishToFinishLag = 2D1H30M is interpreted together with finishToFinishLagKind: - exact: the dependent finishes exactly 2 days, 1 hour and 30 minutes after the latest applicable finish of the dependee. - minimum: the dependent may finish no earlier than 2 days, 1 hour and 30 minutes after the latest applicable finish of the dependee. - maximum: the dependent shall finish no later than 2 days, 1 hour and 30 minutes after the latest applicable finish of the dependee. In all cases, the dependee finish remains applicable only while the dependee remains in the state resulting from that finish. If the dependee subsequently changes state before the dependent finishes, the applicability of the previous finish is re-evaluated."""; rdfs:domain ; rdfs:label "finishToFinishLagKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "The duration constraining the next start or activation of the dependent relative to the latest applicable finish or deactivation of the dependee."; ; rdfs:domain ; rdfs:label "finishToStartLag"@en; ; , "NC" . a rdf:Property; rdfs:comment """Specifies whether finishToStartLag is an exact, minimum, or maximum temporal constraint. Note: This attribute shall be specified when finishToStartLag is provided. Example: finishToStartLag = 20M is interpreted together with finishToStartLagKind: - exact: the dependent starts exactly 20 minutes after the latest applicable finish of the dependee. - minimum: the dependent may start no earlier than 20 minutes after the latest applicable finish of the dependee. - maximum: the dependent shall start no later than 20 minutes after the latest applicable finish of the dependee. In all cases, the dependee finish remains applicable only while the dependee remains in the state resulting from that finish. If the dependee subsequently changes state before the dependent starts, the constraint is evaluated from the next applicable finish of the dependee."""; rdfs:domain ; rdfs:label "finishToStartLagKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment """Master resource identifier issued by a model authority. The mRID is unique within an exchange context. Global uniqueness is easily achieved by using a UUID, as specified in RFC 4122, for the mRID. The use of UUID is strongly recommended. For CIMXML data files in RDF syntax conforming to IEC 61970-552, the mRID is mapped to rdf:ID or rdf:about attributes that identify CIM object elements."""; ; rdfs:domain ; rdfs:label "mRID"@en; ; , "NC" . a rdf:Property; rdfs:comment "The duration constraining the period for which the dependee and dependent are simultaneously active or effective."; ; rdfs:domain ; rdfs:label "overlap"@en; ; , "NC" . a rdf:Property; rdfs:comment """Specifies whether overlap is an exact, minimum, or maximum duration of simultaneous activity or effectiveness. Note: This attribute shall be specified when overlap is provided. Example: overlap = 1H28M45S is interpreted together with overlapKind: - exact: the dependee and dependent are simultaneously active or effective for exactly 1 hour, 28 minutes, and 45 seconds. - minimum: the dependee and dependent shall be simultaneously active or effective for at least 1 hour, 28 minutes, and 45 seconds. - maximum: the dependee and dependent shall be simultaneously active or effective for no more than 1 hour, 28 minutes, and 45 seconds. Unlike the lag attributes, overlap constrains the duration of a simultaneous state rather than the temporal separation between two state transitions."""; rdfs:domain ; rdfs:label "overlapKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "The duration constraining the next start or activation of the dependent relative to the latest applicable start or activation of the dependee."; ; rdfs:domain ; rdfs:label "startToStartLag"@en; ; , "NC" . a rdf:Property; rdfs:comment """Specifies whether startToStartLag is an exact, minimum, or maximum temporal constraint. Note: This attribute shall be specified when startToStartLag is provided. Example: startToStartLag = 2H is interpreted together with startToStartLagKind: - exact: the dependent starts exactly 2 hours after the latest applicable start of the dependee. - minimum: the dependent may start no earlier than 2 hours after the latest applicable start of the dependee. - maximum: the dependent shall start no later than 2 hours after the latest applicable start of the dependee. In all cases, the dependee start remains applicable only while the dependee remains in the state resulting from that start. If the dependee subsequently changes state before the dependent starts, the constraint is evaluated from the next applicable start of the dependee."""; rdfs:domain ; rdfs:label "startToStartLagKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "none"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; rdfs:comment "Normally 0 to 100 on a defined base."; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "Yes"; rdfs:comment "The DC terminal that has this pin DC terminal."; rdfs:domain ; ; rdfs:label "DCTerminal"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The kind of quantity which is used as an input value."; rdfs:domain ; rdfs:label "kind"@en; ; rdfs:range ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The Terminal that is used in the input pin."; rdfs:domain ; ; rdfs:label "Terminal"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The kind of quantity which is used as an input value."; rdfs:domain ; rdfs:label "kind"@en; ; rdfs:range ; , "NC" . a rdf:Property; "No"; rdfs:comment "The DCConverterUnit whose electrical interaction with the network is referenced at this PointOfCommonCoupling."; rdfs:domain ; ; rdfs:label "DCConverterUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Kind of power electrical chemical unit."; rdfs:domain ; rdfs:label "kind"@en; ; rdfs:range ; , "NC" . a rdf:Property; "No"; rdfs:comment "Power electronics unit controller that has this power electronics connection controller."; rdfs:domain ; ; rdfs:label "PowerElectronicsUnitController"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Kind of marine unit."; rdfs:domain ; rdfs:label "kind"@en; ; rdfs:range ; , "NC" . a rdf:Property; "No"; rdfs:comment "Area reserve resources representing the balancing reserve products provided by the power electronics unit."; rdfs:domain ; ; rdfs:label "AreaReserveResource"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The energy component that has this power electronics unit."; rdfs:domain ; ; rdfs:label "EnergyComponent"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Power electronics unit controller for this power electronics unit."; rdfs:domain ; ; rdfs:label "PowerElectronicsUnitController"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The schedule resource that has this power electronics unit."; rdfs:domain ; ; rdfs:label "ScheduleResource"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Maximum high economic active power limit, that should not exceed the maximum operating active power limit."; ; rdfs:domain ; rdfs:label "maxEconomicP"@en; ; , "NC" . a rdf:Property; rdfs:comment "Low economic active power limit that shall be greater than or equal to the minimum operating active power limit."; ; rdfs:domain ; rdfs:label "minEconomicP"@en; ; , "NC" . a rdf:Property; rdfs:comment """Participation factor describing the entity part of the active power provided by a collection of entities (e.g. an active power forecast to a collection of entities is divided to each of the member entity according to the participation factor). Must be a positive value. In the case of a sharing strategy, the distribution is following entities value (V) equals aggregated value (T) divided by sum of participation factors (PF), i.e. V=T/sum(PF). In the case of priority strategy, the item with the lowest number gets allocated energy first."""; ; rdfs:domain ; rdfs:label "normalParticipationFactor"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "Power electronics connection controller for the power electronics unit controller."; rdfs:domain ; ; rdfs:label "PowerElectronicsConnectionController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Power electronics unit that has this power electronics unit controller."; rdfs:domain ; ; rdfs:label "PowerElectronicsUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Control area which has a power frequency controller."; rdfs:domain ; ; rdfs:label "ControlArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Frequency monitoring terminal for this power frequency controller."; rdfs:domain ; ; rdfs:label "FrequencyMonitoringTerminal"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Monitoring area that has this power frequency controller."; rdfs:domain ; ; rdfs:label "MonitoringArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Power shift key strategy for this power frequency controller."; rdfs:domain ; ; rdfs:label "PowerShiftKeyStrategy"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Mode of the power frequency controller."; rdfs:domain ; rdfs:label "mode"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "The upper active-power boundaries of the range around zero in which continuous power-plant operation is not supported."; ; rdfs:domain ; rdfs:label "deadbandMaxP"@en; ; , "NC" . a rdf:Property; rdfs:comment "The lower active-power boundaries of the range around zero in which continuous power-plant operation is not supported."; ; rdfs:domain ; rdfs:label "deadbandMinP"@en; ; , "NC" . a rdf:Property; rdfs:comment "The maximum net active power at which the power plant is designed to operate."; ; rdfs:domain ; rdfs:label "maxOperatingP"@en; ; , "NC" . a rdf:Property; rdfs:comment "The minimum signed net active power at which the power plant is designed to operate."; ; rdfs:domain ; rdfs:label "minOperatingP"@en; ; , "NC" . a rdf:Property; rdfs:comment "The reference active power capacity of the power plant."; ; rdfs:domain ; rdfs:label "nominalP"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Power frequency controller that has power shift key strategy."; rdfs:domain ; ; rdfs:label "PowerFrequencyController"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Scheduling area associated with power shift key strategy."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """If true, only dispatchable units are included in the power shift key strategy. A unit is considered dispatchable if it is associated with an area dispatchable unit that is linked to the same scheduling area as the power shift key strategy. Exceptions are done for units that are included in explicit or distributed strategies."""; ; rdfs:domain ; rdfs:label "dispatchableUnitOnly"@en; ; , "NC" . a rdf:Property; rdfs:comment "Shift method used for the power shift strategy."; rdfs:domain ; rdfs:label "method"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "If true, the assessed element shall be considered under normal operating conditions."; ; rdfs:domain ; rdfs:label "normalEnabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "Normal participation factor describing the entities part of the power shift strategy. Must be a positive value."; ; rdfs:domain ; rdfs:label "normalParticipationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "Power block kind creates block (one or more) of power shift key strategy to address increase and/or decrease of power for a given scheduling area."; rdfs:domain ; rdfs:label "powerBlockKind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "Power shift keys strategy gives instruction on how the value (Active power) is going to be distributed inside the relevant bidding zone."; rdfs:domain ; rdfs:label "powerShiftKey"@en; ; rdfs:range ; , "NC" . a rdf:Property; "No"; rdfs:comment "The circuit share for this power transfer corridor."; rdfs:domain ; ; rdfs:label "CircuitShare"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The operational limit set relevant for this power transfer corridor."; rdfs:domain ; ; rdfs:label "OperationalLimitSet"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "It is the normal enable/disable the monitoring/assessment of a power transfer corridor. True means that the monitoring of the power transfer corridor is assessed. False means the power transfer corridor is not assessed. "; ; rdfs:domain ; rdfs:label "normalEnabled"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Cross-zonal power transformer representations associated with the power transformer."; rdfs:domain ; ; rdfs:label "CrossZonalPowerTransformer"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:domain ; "k"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "Pa"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "No"; rdfs:comment "Function output variable is the function output this property reference is used in."; rdfs:domain ; ; rdfs:label "FunctionOutputVariable"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Normal participation factor."; ; rdfs:domain ; rdfs:label "normalParticipationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "Duration for the active power."; ; rdfs:domain ; rdfs:label "powerDuration"@en; ; , "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "ohm"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "Yes"; rdfs:comment "The equivalent injection using this reactive capability curve."; rdfs:domain ; ; rdfs:label "EquivalentInjection2"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Synchronous machine using this curve."; rdfs:domain ; ; rdfs:label "SynchronousMachine2"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The machine's coolant temperature (e.g., ambient air or stator circulating water)."; ; rdfs:domain ; rdfs:label "coolantTemperature"@en; ; . a rdf:Property; rdfs:comment "The hydrogen coolant pressure."; ; rdfs:domain ; rdfs:label "hydrogenPressure"@en; ; . a rdf:Property; rdfs:comment "The operating mode of synchronous machine for which the reactive capability curve is valid for. In case the attribute is not provided it is assumed that the reactive capability curve covers all possible operating modes of the synchronous machine."; rdfs:domain ; rdfs:label "operatingMode"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "The reference voltage for which the capability curve is valid."; ; rdfs:domain ; rdfs:label "referenceVoltage"@en; ; , "NC" . a rdf:Property; rdfs:domain ; "M"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "VAr"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; rdfs:domain ; "M"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "Wh"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "No"; rdfs:comment "The operational limit type which has recovery time characteristic."; rdfs:domain ; ; rdfs:label "OperationalLimitType"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The overlapping zone which is impacted by this region."; rdfs:domain ; ; rdfs:label "OverlappingZone"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The equipment controller for this regulating conducting equipment."; rdfs:domain ; ; rdfs:label "EquipmentController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Generators discharge water to or pumps are supplied water from a downstream reservoir."; rdfs:domain ; ; rdfs:label "HydroPowerPlants"@en; ; rdfs:range . a rdf:Property; rdfs:comment "Normal amount of energy available in the storage."; ; rdfs:domain ; rdfs:label "normalEnergyStorage"@en; ; , "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "ohm"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "No"; rdfs:comment "The current droop override for this SSSC controller. It is not used when the SSSC controller is in mode currentDroop."; rdfs:domain ; ; rdfs:label "CurrentDroopOverride"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The simulation setings that apply for this controller."; rdfs:domain ; ; rdfs:label "SSSCSimulationSettings"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Maximum voltage that the device can inject."; ; rdfs:domain ; rdfs:label "maxInjectionU"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum operating current limit applied for the controller and used by any of the available control functions."; ; rdfs:domain ; rdfs:label "maxLimitI"@en; ; , "NC" . a rdf:Property; rdfs:comment "Minimum voltage that the device can inject."; ; rdfs:domain ; rdfs:label "minInjectionU"@en; ; , "NC" . a rdf:Property; rdfs:comment "Minimum operating current limit applied for the controller and used by any of the available control functions."; ; rdfs:domain ; rdfs:label "minLimitI"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "The controller that uses these simulation settings."; rdfs:domain ; ; rdfs:label "SSSCController"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Reactance delta for the solution algorithm. The solution “outer-loop” algorithm is based on a secant method which needs two initial points. The second point is calculated from the first one by either adding or subtracting this “delta”. The “seed” is assumed to be 0 ohms."; ; rdfs:domain ; rdfs:label "deltaX"@en; ; , "NC" . a rdf:Property; rdfs:comment "Defines if the estimate is considering the dI/dV sensitivity (true) instead of the secant algorithm (false). "; ; rdfs:domain ; rdfs:label "isEstimateDLDVSensitive"@en; ; , "NC" . a rdf:Property; rdfs:comment """Master resource identifier issued by a model authority. The mRID is unique within an exchange context. Global uniqueness is easily achieved by using a UUID, as specified in RFC 4122, for the mRID. The use of UUID is strongly recommended. For CIMXML data files in RDF syntax conforming to IEC 61970-552, the mRID is mapped to rdf:ID or rdf:about attributes that identify CIM object elements."""; ; rdfs:domain ; rdfs:label "mRID"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum value of the reactance correction applied between Iterations of the power flow calculation algorithm for the purpose of achieving control target value."; ; rdfs:domain ; rdfs:label "maxCorrectionX"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum number of iterations before claiming an open line condition. The algorithm uses it to assess if a line is really open by making sure low-currents are observed on various consecutive iterations. "; ; rdfs:domain ; rdfs:label "maxIterations"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum mismatch tolerance of voltage target value. If mismatch is lower, convergence is claimed. It is only used for voltageInjection and currentDroop control modes. "; ; rdfs:domain ; rdfs:label "maxMismatch"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Area reserve resources representing the balancing reserve products provided through the schedule resource."; rdfs:domain ; ; rdfs:label "AreaReserveResource"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The generating unit that relates to this schedule resource."; rdfs:domain ; ; rdfs:label "GeneratingUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The hydro pump that relates to this schedule resource."; rdfs:domain ; ; rdfs:label "HydroPump"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The power electronics unit that relates to this schedule resource."; rdfs:domain ; ; rdfs:label "PowerElectronicsUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment """The primary energy resource type represented by the schedule resource. Note: Where a schedule resource represents multiple energy resource types, the detailed resource model should be used to determine the individual contributions."""; rdfs:domain ; ; rdfs:label "PrimaryEnergyResourceType"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The schedule resource that has this subschedule resource."; rdfs:domain ; ; rdfs:label "ResourceOf"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Schedule resource controller for this schedule resource."; rdfs:domain ; ; rdfs:label "ScheduleResourceController"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The scheduling area that has this schedule resource."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The subschedule resource that relates to the schedule resource."; rdfs:domain ; ; rdfs:label "SubScheduleResource"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """Participation factor describing the entity part of the active power provided by a collection of entities (e.g. an active power forecast to a collection of entities is divided to each of the member entity according to the participation factor). Must be a positive value. In the case of a sharing strategy, the distribution is following entities value (V) equals aggregated value (T) divided by sum of participation factors (PF), i.e. V=T/sum(PF). In the case of priority strategy, the item with the lowest number gets allocated energy first."""; ; rdfs:domain ; rdfs:label "normalParticipationFactor"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Schedule resource that has a schedule resource controller."; rdfs:domain ; ; rdfs:label "ScheduleResource"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Area reserve resources made available within the scheduling area for the provision of balancing reserve products."; rdfs:domain ; ; rdfs:label "AreaReserveResource"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The bidding zone related to this scheduling area."; rdfs:domain ; ; rdfs:label "BiddingZone"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The control area for this scheduling area."; rdfs:domain ; ; rdfs:label "ControlArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The DC tie corridor that is part of this scheduling area."; rdfs:domain ; ; rdfs:label "DCTieCorridor"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The energy coordination region that has this scheduling area."; rdfs:domain ; ; rdfs:label "EnergyCoordinationRegion"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The Energy Resource Group Capacity belonging to a given energy scheduling area."; rdfs:domain ; ; rdfs:label "EnergyResourceGroupCapacity"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Grid Power capacity of this shaduling area."; rdfs:domain ; ; rdfs:label "GridPowerCapacity"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The scheduling area has these scheduling area parts."; rdfs:domain ; ; rdfs:label "HasPart"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The line that is part of this scheduling area."; rdfs:domain ; ; rdfs:label "Line"@en; ; rdfs:range ; "NC" . "Yes"; rdfs:comment "The load frequency control area which has this scheduling area."; rdfs:domain ; ; a rdf:Property; rdfs:label "LoadFrequencyControlArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The scheduling area is part of this scheduling area."; rdfs:domain ; ; rdfs:label "PartOf"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Power Shift Key Strategy which has a scheduling area."; rdfs:domain ; ; rdfs:label "PowerShiftKeyStrategy"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The schedule resource that belongs to this scheduled area."; rdfs:domain ; ; rdfs:label "ScheduleResource"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The scheduling area exchange point for this scheduling area."; rdfs:domain ; ; rdfs:label "SchedulingAreaExchangePoint"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The substation that is part of this scheduling area."; rdfs:domain ; ; rdfs:label "Substation"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The synchronous are that has this scheduling area."; rdfs:domain ; ; rdfs:label "SynchronousArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The system operator for this scheduling area."; rdfs:domain ; ; rdfs:label "SystemOperator"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Identifies if the area can operate in island operation. If true, the area is enabled (capable) of operating as an electrical island. If false, the area does not have the capability or it is not enabled to operate as an electrical island."; ; rdfs:domain ; rdfs:label "isIslandingEnabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "Identifies if the area is settlement metered for all import and export to the area. If true, the area is metered area. If false, it is not."; ; rdfs:domain ; rdfs:label "isMeteringGridArea"@en; ; , "NC" . a rdf:Property; rdfs:comment """Normal participation factor describing the entity part of the active power provided by a collection of entities (e.g. an active power forecast to a collection of entities is divided to each of the member entity according to the participation factor). Must be a positive value. In the case of a sharing strategy, the distribution is following entities value (V) equals aggregated value (T) divided by sum of participation factors (PF), i.e. V=T/sum(PF). In the case of priority strategy, the item with the lowest number gets allocated energy first."""; ; rdfs:domain ; rdfs:label "normalParticipationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "Type of scheduling area."; ; rdfs:domain ; rdfs:label "type"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The energy exchange point associated with the scheduling area. "; rdfs:domain ; ; rdfs:label "EnergyExchangePoint"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The scheduling area that has a scheduling area exchange point."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment """Master resource identifier issued by a model authority. The mRID is unique within an exchange context. Global uniqueness is easily achieved by using a UUID, as specified in RFC 4122, for the mRID. The use of UUID is strongly recommended. For CIMXML data files in RDF syntax conforming to IEC 61970-552, the mRID is mapped to rdf:ID or rdf:about attributes that identify CIM object elements."""; ; rdfs:domain ; rdfs:label "mRID"@en; ; . a rdf:Property; "Yes"; rdfs:comment "The primary substation that serves the secondary substation."; rdfs:domain ; ; rdfs:label "PrimarySubstation"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The subscheduling area that has the secondary substation connected."; rdfs:domain ; ; rdfs:label "SubSchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "s"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; rdfs:comment "Time, in seconds"; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "No"; rdfs:comment "The capacity calculation region operated by this security coordinator."; rdfs:domain ; ; rdfs:label "CapacityCalculationRegion"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The outage coordination region that has this security coordinator."; rdfs:domain ; ; rdfs:label "OutageCoordinationRegion"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The operational limit type that has this permanent solar radiation curve."; rdfs:domain ; ; rdfs:label "OperationalLimitType"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "mPers"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "No"; rdfs:comment "The secondary substation that is connected to this subscheduling area."; rdfs:domain ; ; rdfs:label "SecondarySubstation"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The DC converter unit belonging of the substation."; rdfs:domain ; ; rdfs:label "DCConverterUnit"@en; ; rdfs:range . a rdf:Property; "No"; rdfs:comment "DC substation that is part of AC and DC substation."; rdfs:domain ; ; rdfs:label "DCSubstation"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The scheduling area that has this substation."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The secondary substation for this primary substation."; rdfs:domain ; ; rdfs:label "SecondarySubstation"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The load frequency control block that is part of this synchronous area."; rdfs:domain ; ; rdfs:label "LoadFrequencyControlBlock"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The scheduling area that is part of this synchronous area."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The nominal frequency for the Synchronous Area, e.g. 50 Hz for Europe."; ; rdfs:domain ; rdfs:label "nominalFrequency"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Reactive capability curve for this synchronous machine."; rdfs:domain ; ; rdfs:label "ReactiveCapabilityCurve2"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Equipment controller controlles by this system control"; rdfs:domain ; ; rdfs:label "EquipmentController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The control area that is related to this system operator."; rdfs:domain ; ; rdfs:label "ControlArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The scheduling area that is operated by this system operator."; rdfs:domain ; ; rdfs:label "SchedulingArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "TCSC that has different compensation points."; rdfs:domain ; ; rdfs:label "ThyristorControlledSeriesCompensator"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The compensation impedance for this compensation point."; ; rdfs:domain ; rdfs:label "compensationZ"@en; ; , "NC" . a rdf:Property; rdfs:comment """Master resource identifier issued by a model authority. The mRID is unique within an exchange context. Global uniqueness is easily achieved by using a UUID, as specified in RFC 4122, for the mRID. The use of UUID is strongly recommended. For CIMXML data files in RDF syntax conforming to IEC 61970-552, the mRID is mapped to rdf:ID or rdf:about attributes that identify CIM object elements."""; ; rdfs:domain ; rdfs:label "mRID"@en; ; , "NC" . a rdf:Property; rdfs:comment "The number of the section."; ; rdfs:domain ; rdfs:label "section"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The tap changer controller that controls this TapChanger."; rdfs:domain ; ; rdfs:label "TapChangerController"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "All tap changers controlled by this controller."; rdfs:domain ; ; rdfs:label "TapChanger"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "degC"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "No"; rdfs:comment "Circuit that is identified by the given Terminal."; rdfs:domain ; ; rdfs:label "Circuit"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Frequency monitoring terminal that has a terminal."; rdfs:domain ; ; rdfs:label "FrequencyMonitoringTerminal"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The pin that uses this input."; rdfs:domain ; ; rdfs:label "PinTerminal"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The voltage angle limit which has this reference angle terminal."; rdfs:domain ; ; rdfs:label "VoltageAngleLimit"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The compressed air energy storage plant of which this thermal generating unit is a member."; rdfs:domain ; ; rdfs:label "CompressedAirEnergyStoragePlant"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The combined-cycle unit dependency in which this thermal generating unit is the dependee."; rdfs:domain ; ; rdfs:label "DependencyAsDependee"@en; ; rdfs:range . a rdf:Property; "No"; rdfs:comment "The combined-cycle unit dependency in which this thermal generating unit is the dependent."; rdfs:domain ; ; rdfs:label "DependencyAsDependent"@en; ; rdfs:range . a rdf:Property; "Yes"; rdfs:comment "The thermal power plant that coordinates this thermal generating unit."; rdfs:domain ; ; rdfs:label "ThermalPowerPlant"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "The thermal generating unit upon which operation of the dependent generating unit depends."; rdfs:domain ; ; rdfs:label "DependeeGeneratingUnit"@en; ; rdfs:range . a rdf:Property; "Yes"; rdfs:comment "The thermal generating unit whose timing or operation is constrained by the dependee generating unit."; rdfs:domain ; ; rdfs:label "DependentGeneratingUnit"@en; ; rdfs:range . a rdf:Property; "No"; rdfs:comment "The thermal generating unit that is coordinated as part of this thermal power plant."; rdfs:domain ; ; rdfs:label "ThermalGeneratingUnit"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Compensation point for this TCSC."; rdfs:domain ; ; rdfs:label "TCSCCompensationPoint"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Flexible impedance that can be controlled by the compensator when operating in the capacitive range. Shall always be positive."; ; rdfs:domain ; rdfs:label "flexibleCapacitiveZ"@en; ; , "NC" . a rdf:Property; rdfs:comment "Flexible impedance that can be controlled by the compensator when operating in the inductive range. Shall always be negative."; ; rdfs:domain ; rdfs:label "flexibleInductiveZ"@en; ; , "NC" . a rdf:Property; rdfs:comment "Minimum current below which the device bypassed."; ; rdfs:domain ; rdfs:label "minI"@en; ; , "NC" . a rdf:Property; rdfs:comment "The current for which the TCSC returns back to operation after bypass."; ; rdfs:domain ; rdfs:label "reconnectionI"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The CsConverter that has ThyristorValve."; rdfs:domain ; ; rdfs:label "CsConverter"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Area reserve resources provided through the tie corridor for cross-area balancing support."; rdfs:domain ; ; rdfs:label "AreaReserveResource"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Bidding zone border in which the tie corridor is included.."; rdfs:domain ; ; rdfs:label "BiddingZoneBorder"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "LoadFrequencyControlArea controlling the TieCorridor."; rdfs:domain ; ; rdfs:label "LoadFrequencyControlArea"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "Tie flow which belongs to the tie corridor."; rdfs:domain ; ; rdfs:label "TieFlow"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "A positive number that is a multiple of Automatic Generation Control (AGC) run cycles that describes the delay in adapting imbalance of the tie corridor."; ; rdfs:domain ; rdfs:label "delayRegulatingReserve"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum authorized ramp for regulating reserve."; ; rdfs:domain ; rdfs:label "maxRegulatingReserveRamp"@en; ; , "NC" . a rdf:Property; rdfs:comment "Regulating reserve threshold."; ; rdfs:domain ; rdfs:label "thresholdRegulatingReserve"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "Tie corridor which has the tie flow."; rdfs:domain ; ; rdfs:label "TieCorridor"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:domain ; "k"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "V"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "Yes"; rdfs:comment "The angle reference terminal for the voltage angle limit."; rdfs:domain ; ; rdfs:label "AngleReferenceTerminal"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "True if the flow is from the operating limit terminal to the angle reference terminal. False means that the flow is the other direction. When it is not given, the limit is the same for both directions."; ; rdfs:domain ; rdfs:label "isFlowToRefTerminal"@en; ; , "NC" . a rdf:Property; rdfs:comment "The difference in angle degrees between referenced by the association end OperationalLimitSet.Terminal and the Terminal referenced by the association end VoltageAngleLimit.AngleReferenceTerminal. The value shall be positive (greater than zero)."; ; rdfs:domain ; rdfs:label "normalValue"@en; ; , "NC" . a rdf:Property; rdfs:domain ; "k"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "VPerVAr"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; "Yes"; rdfs:comment "The equivalent AC and DC converter that has a capability curve."; rdfs:domain ; ; rdfs:label "EquivalentACDCConverter"@en; ; rdfs:range ; "NC" . a rdf:Property; "Yes"; rdfs:comment "Converter with this capability curve."; rdfs:domain ; ; rdfs:label "VsConverter"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The reference voltage for which the capability curve is valid."; ; rdfs:domain ; rdfs:label "referenceVoltage"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "Capability curve of this converter."; rdfs:domain ; ; rdfs:label "CapabilityCurve2"@en; ; rdfs:range ; "NC" . a rdf:Property; "No"; rdfs:comment "The InsulatedGateBipolarTransistorValve of the VSConverter."; rdfs:domain ; ; rdfs:label "InsulatedGateBipolarTransistorValve"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "The maximum quotient between the AC converter voltage (Uc) and DC voltage (Ud). A factor typically less than 1. It is converter’s configuration data used in power flow."; ; rdfs:domain ; rdfs:label "maxModulationIndex"@en; ; . a rdf:Property; rdfs:comment "Reactive power sharing factor among parallel converters on Uac control. The attribute shall be a positive value or zero."; ; rdfs:domain ; rdfs:label "qShare"@en; ; . a ; rdfs:comment "Continuous ramping principle is applied between two scheduled time point. For instance, from 10 MW to 70 MW over one hour the change is 1 MW/min."; rdfs:label "continuous"@en; "enum" . a ; rdfs:comment "Fifteen minutes ramping principle. Ramping starts 15 minutes before the schedule time point and ends 15 minutes after. For instance, if the schedule time point is 19:30h it starts at 19:15h and ends at 19:45h. "; rdfs:label "fifteenMinutes"@en; "enum" . a ; rdfs:comment "Five minutes ramping principle. Ramping starts five minutes before the schedule time point and ends five minutes after. For instance, if the schedule time point is 19:30h it starts at 19:25h and ends at 19:35h. "; rdfs:label "fiveMinutes"@en; "enum" . a ; rdfs:comment "Maximum continuous ramping principle. The schedule is kept as long as possible and the maximum ramping rate is used to get from one point to another, symmetrically around the schedule time points. For example, there is 40 MW change in the schedule the maximum ramp rate is 20 MW/min the ramping starts 1 min before (e.g. 19:29h) and finishes 1 min after (e.g. 19:31h). "; rdfs:label "maxContinuous"@en; "enum" . a ; rdfs:comment "Ten minutes ramping principle. Ramping starts 10 minutes before the schedule time point and ends 10 minutes after. For instance, if the schedule time point is 19:30h it starts at 19:20h and ends at 19:40h. "; rdfs:label "tenMinutes"@en; "enum" . a ; rdfs:comment "The referenced value is to be met exactly."; rdfs:label "exact"@en; "enum" . a ; rdfs:comment "The referenced value establishes a upper bound."; rdfs:label "maximum"@en; "enum" . a ; rdfs:comment "The referenced value establishes a lower bound."; rdfs:label "minimum"@en; "enum" . a ; rdfs:comment "Power schedule shift (distribution) is done by a shared fraction prioritizing the unit e.g. A two unit with the participation factor 60 and 40 will distribute a 10 MW increased schedule by first filling the highest participation factor (priority) until max economy power or maximum power allowed by the unit before it starts filling the next on the list. e.g. The unit with 60 will be getting its maximum shared first. The same logic applies with reducing the schedule. e.g. The 60 participation factor unit will be reduced to its min economy factor or minimum power."; rdfs:label "priority"@en; "enum" . a ; rdfs:comment "Power schedule shift (distribution) is done by a shared fraction e.g. A two unit with the participation factor 60 and 40 will distribute a 10 MW schedule by 6 and 4 MW."; rdfs:label "shared"@en; "enum" . a ; rdfs:comment "Operating as condenser."; rdfs:label "condenser"@en; "enum" . a ; rdfs:comment "Operating as generator."; rdfs:label "generator"@en; "enum" . a ; rdfs:comment "Operating as motor."; rdfs:label "motor"@en; "enum" . a ; rdfs:comment "Mega 10**6."; rdfs:label "M"@en; "enum" . a ; rdfs:comment "Kilo 10**3."; rdfs:label "k"@en; "enum" . a ; rdfs:comment "No multiplier or equivalently multiply by 1."; rdfs:label "none"@en; "enum" . a ; rdfs:comment "Current in amperes."; rdfs:label "A"@en; "enum" . a ; rdfs:comment "Electric inductance in henrys (Wb/A)."; rdfs:label "H"@en; "enum" . a ; rdfs:comment "Frequency in hertz (1/s)."; rdfs:label "Hz"@en; "enum" . a ; rdfs:comment "Pressure in pascals (N/m²). Note: the absolute or relative measurement of pressure is implied with this entry. See below for more explicit forms."; rdfs:label "Pa"@en; "enum" . a ; rdfs:comment "Electric potential in volts (W/A)."; rdfs:label "V"@en; "enum" . a ; rdfs:comment "Apparent power in volt amperes. See also real power and reactive power."; rdfs:label "VA"@en; "enum" . a ; rdfs:comment """Reactive power in volt amperes reactive. The “reactive” or “imaginary” component of electrical power (VIsin(phi)). (See also real power and apparent power). Note: Different meter designs use different methods to arrive at their results. Some meters may compute reactive power as an arithmetic value, while others compute the value vectorially. The data consumer should determine the method in use and the suitability of the measurement for the intended purpose."""; rdfs:label "VAr"@en; "enum" . a ; rdfs:comment "Power factor, PF, the ratio of the active power to the apparent power. Note: The sign convention used for power factor will differ between IEC meters and EEI (ANSI) meters. It is assumed that the data consumers understand the type of meter being used and agree on the sign convention in use at any given utility."; rdfs:label "VPerVAr"@en; "enum" . a ; rdfs:comment "Real power in watts (J/s). Electrical power may have real and reactive components. The real portion of electrical power (I²R or VIcos(phi)), is expressed in Watts. See also apparent power and reactive power."; rdfs:label "W"@en; "enum" . a ; rdfs:comment "Heat flux density, irradiance, watts per square metre."; rdfs:label "WPerm2"@en; "enum" . a ; rdfs:comment "Ramp rate in watts per second."; rdfs:label "WPers"@en; "enum" . a ; rdfs:comment "Real energy in watt hours."; rdfs:label "Wh"@en; "enum" . a ; rdfs:comment "Plane angle in degrees."; rdfs:label "deg"@en; "enum" . a ; rdfs:comment """Relative temperature in degrees Celsius. In the SI unit system the symbol is °C. Electric charge is measured in coulomb that has the unit symbol C. To distinguish degree Celsius from coulomb the symbol used in the UML is degC. The reason for not using °C is that the special character ° is difficult to manage in software."""; rdfs:label "degC"@en; "enum" . a ; rdfs:comment "Weight per energy in kilograms per joule (kg/J). Note: multiplier “k” is included in this unit symbol for compatibility with IEC 61850-7-3."; rdfs:label "kgPerJ"@en; "enum" . a ; rdfs:comment "Dimension less quantity, e.g. count, per unit, etc."; rdfs:label "none"@en; "enum" . a ; rdfs:comment "Electric resistance in ohms (V/A)."; rdfs:label "ohm"@en; "enum" . a ; rdfs:comment "Time in seconds."; rdfs:label "s"@en; "enum" .