@prefix rdf: . @prefix owl: . @prefix rdfs: . @prefix xml: . @prefix xsd: . a owl:Ontology; "urn:iso:std:iec:61970-401:draft:ed-1", "urn:iso:std:iec:61970-600-2:ed-1", "file://CIM17-2_CGMES31v01_PROF-20v03_NC25v25_MS10v12_DES10v01.eap", "urn:iso:std:iec:61970-301:ed-7:amd1", "urn:iso:std:iec:61970-501:draft:ed-2", "file://iec61970cim17v40_iec61968cim13v13a_iec62325cim03v17a.eap"; "ENTSO-E CIM WG NC project "@en; "This vocabulary is describing the steady state instruction profile."@en; "2f003017-b847-4315-93d7-c5f629705da7"; "SSI"; "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; "Steady state instruction Vocabulary"@en; owl:versionIRI ; owl:versionInfo "2.5.0"@en . a ; rdfs:comment "Automatic Frequency Restoration Reserve (aFRR). Automatically activated balancing reserve used to restore system frequency and scheduled interchanges under automatic generation control (AGC)."; rdfs:label "aFRR"@en; "enum" . a ; rdfs:comment "Frequency Containment Reserve (FCR). Automatically activated reserve that provides immediate frequency containment following small frequency deviations or disturbances."; rdfs:label "fcr"@en; "enum" . a ; rdfs:comment "Manual Frequency Restoration Reserve (mFRR). Manually activated balancing reserve used to restore system balance following activation by the system operator."; rdfs:label "mFRR"@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 "Alternate current Direct current (ACDC) converter action."; rdfs:label "ACDCConverterAction"@en; "NC", "Description", ; rdfs:subClassOf . 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A wire or combination of wires, with consistent electrical characteristics, building a single electrical system, used to carry alternating current between points in the power system. For symmetrical, transposed three phase lines, it is sufficient to use attributes of the line segment, which describe impedances and admittances for the entire length of the segment. Additionally impedances can be computed by using length and associated per length impedances. The BaseVoltage at the two ends of ACLineSegments in a Line shall have the same BaseVoltage.nominalVoltage. However, boundary lines may have slightly different BaseVoltage.nominalVoltages and variation is allowed. Larger voltage difference in general requires use of an equivalent branch."""; rdfs:label "ACLineSegment"@en; "Description", ; 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 "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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Measurement of angle in degrees."; rdfs:label "AngleDegrees"@en; "CIMDatatype" . 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", "Description", . a rdfs:Class; ; rdfs:comment """Assessed element is a network element for which the electrical state is evaluated in the regional or cross-regional process and which value is expected to fulfil regional rules function of the operational security limits. The measurements and limits are as defined in the steady state hypothesis."""; rdfs:label "AssessedElement"@en; "NC", "Description", . a rdfs:Class; ; rdfs:comment "Combination of an assessed element and a contingency."; rdfs:label "AssessedElementWithContingency"@en; "NC", "Description", . a rdfs:Class; ; rdfs:comment "Combination of an assessed element and a remedial action"; rdfs:label "AssessedElementWithRemedialAction"@en; "NC", "Description", . a rdfs:Class; ; rdfs:comment "A rotating machine whose shaft rotates asynchronously with the electrical field. Also known as an induction machine with no external connection to the rotor windings, e.g. squirrel-cage induction machine."; rdfs:label "AsynchronousMachine"@en; "Description", ; rdfs:subClassOf . 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", "Description" . a rdfs:Class; ; rdfs:comment """AuxiliaryEquipment describe equipment that is not performing any primary functions but support for the equipment performing the primary function. AuxiliaryEquipment is attached to primary equipment via an association with Terminal."""; rdfs:label "AuxiliaryEquipment"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Availability remedial action is a remedial action that cancels or reschedules an availability schedule."; rdfs:label "AvailabilityRemedialAction"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Classification of the balancing reserve product represented by an AreaReserveResource. The kind identifies the reserve service for which the associated resource has been qualified and made available."; rdfs:label "BalancingReserveKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "Operational limit on current applicable for base case. "; rdfs:label "BaseCaseCurrentLimit"@en; "NC", "Description", . a rdfs:Class; ; rdfs:comment "An electrochemical energy storage device."; rdfs:label "BatteryUnit"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Battery unit setpoint action."; rdfs:label "BatteryUnitAction"@en; "NC", "Description", ; 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", "Description", . a rdfs:Class; ; rdfs:comment "Bidding zone set point action."; rdfs:label "BiddingZoneAction"@en; "NC", "Description", ; 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", "Description", . a rdfs:Class; ; rdfs:comment "A type with the value space \"true\" and \"false\"."; rdfs:label "Boolean"@en; "Primitive" . a rdfs:Class; ; rdfs:comment "A mechanical switching device capable of making, carrying, and breaking currents under normal circuit conditions and also making, carrying for a specified time, and breaking currents under specified abnormal circuit conditions e.g. those of short circuit."; rdfs:label "Breaker"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A conductor, or group of conductors, with negligible impedance, that serve to connect other conducting equipment within a single substation. Voltage measurements are typically obtained from voltage transformers that are connected to busbar sections. A bus bar section may have many physical terminals but for analysis is modelled with exactly one logical terminal."""; rdfs:label "BusbarSection"@en; "Description", ; 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", "Description", . a rdfs:Class; ; rdfs:comment """A Clamp is a galvanic connection at a line segment where other equipment is connected. A Clamp does not cut the line segment. A Clamp is ConductingEquipment and has one Terminal with an associated ConnectivityNode. Any other ConductingEquipment can be connected to the Clamp ConnectivityNode."""; rdfs:label "Clamp"@en; "Description", ; 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", "Description", . a rdfs:Class; ; rdfs:comment "Kind of compensator controller mode."; rdfs:label "CompensatorControlModeKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "Compensator controller is controlling the equipment to optimize the use of the compensators. "; rdfs:label "CompensatorController"@en; "NC", "Description", ; 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 "ConformLoad represent loads that follow a daily load change pattern where the pattern can be used to scale the load with a system load."; rdfs:label "ConformLoad"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A conductor, or group of conductors, with negligible impedance, that serve to connect other conducting equipment within a single substation and are modelled with a single logical terminal."; rdfs:label "Connector"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An event threatening system reliability, consisting of one or more contingency elements."; rdfs:label "Contingency"@en . a rdfs:Class; ; rdfs:comment "Combination of a contingency and a remedial action. ContingencyWithRemedialAction shall not be instantiated for preventive RemedialAction (RemedialAction.kind equals RemedialActionKind.preventive)."; rdfs:label "ContingencyWithRemedialAction"@en; "NC", "Description", . 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 "Action for setting the control function block target values."; rdfs:label "ControlFunctionBlockAction"@en; "NC", "Description", ; 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 "Countertrade is a remedial action to relieve physical congestions where the location of activated resources within the bidding zone is not known."; rdfs:label "CountertradeRemedialAction"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Combination of an assessed element and one or more bidding zone border that are affected by the assessment."; rdfs:label "CrossBorderRelevance"@en; "NC", "Description", . 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; "Description", ; rdfs:subClassOf . 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", "Description", ; 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", "Description", ; 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", "Description", . 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 "Instrument transformer used to measure electrical qualities of the circuit that is being protected and/or monitored. Typically used as current transducer for the purpose of metering or protection. A typical secondary current rating would be 5A."; rdfs:label "CurrentTransformer"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """A cut separates a line segment into two parts. The cut appears as a switch inserted between these two parts and connects them together. As the cut is normally open there is no galvanic connection between the two line segment parts. But it is possible to close the cut to get galvanic connection. The cut terminals are oriented towards the line segment terminals with the same sequence number. Hence the cut terminal with sequence number equal to 1 is oriented to the line segment's terminal with sequence number equal to 1. The cut terminals also act as connection points for jumpers and other equipment, e.g. a mobile generator. To enable this, connectivity nodes are placed at the cut terminals. Once the connectivity nodes are in place any conducting equipment can be connected at them."""; rdfs:label "Cut"@en; "Description", ; rdfs:subClassOf . 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", "Description", ; 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", "Description", ; 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 "Kind of DC control mode."; rdfs:label "DCControlModeKind"@en; , "NC" . 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", "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", "Description", ; 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "This class represents direct current equivalent injections (generation or load). "; rdfs:label "DCEquivalentInjection"@en; "NC", "Description", ; 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", "Description", ; 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", "Description", ; 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", "Description", ; 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 "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", "Description", ; 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", "Description", ; 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", "Description", ; 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", "Description", ; 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", "Description", . 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", "Description", ; 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Arrester (IEC 60633) connected between the terminals of a smoothing reactor."; rdfs:label "DCSmoothingReactorArrester"@en; "NC", "Description", ; 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 """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", "Description", . 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", "Description", ; 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", "Description", ; 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 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", "Description", ; 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 "A circuit breaking device including disconnecting function, eliminating the need for separate disconnectors."; rdfs:label "DisconnectingCircuitBreaker"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A manually operated or motor operated mechanical switching device used for changing the connections in a circuit, or for isolating a circuit or equipment from a source of power. It is required to open or close circuits when negligible current is broken or made. "; rdfs:label "Disconnector"@en; "Description", ; 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 conducting equipment used to represent a connection to ground which is typically used to compensate earth faults. An earth fault compensator device modelled with a single terminal implies a second terminal solidly connected to ground. If two terminals are modelled, the ground is not assumed and normal connection rules apply."; rdfs:label "EarthFaultCompensator"@en; 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", "Description", ; 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", "Description", . 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 """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", "Description", . a rdfs:Class; ; rdfs:comment "A generic equivalent for an energy supplier on a transmission or distribution voltage level."; rdfs:label "EnergySource"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Energy source action."; rdfs:label "EnergySourceModification"@en; "NC", "Description", ; 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" . 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 "Action for setting the equipment controller action."; rdfs:label "EquipmentControllerAction"@en; "NC", "Description", ; 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The class represents equivalent branches. In cases where a transformer phase shift is modelled and the EquivalentBranch is spanning the same nodes, the impedance quantities for the EquivalentBranch shall consider the needed phase shift."; rdfs:label "EquivalentBranch"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The class represents equivalent objects that are the result of a network reduction. The class is the base for equivalent objects of different types."; rdfs:label "EquivalentEquipment"@en; 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", "Description", ; 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", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Equivalent injection action."; rdfs:label "EquivalentInjectionAction"@en; "NC", "Description", ; rdfs:subClassOf . 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "The class represents equivalent shunts."; rdfs:label "EquivalentShunt"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Exceptional contingency means the simultaneous occurrence of multiple contingencies with a common cause."; rdfs:label "ExceptionalContingency"@en; "NC", "Description", ; 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 . a rdfs:Class; ; rdfs:comment "External network injection action."; rdfs:label "ExternalNetworkInjectionAction"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Flexible Alternating Current Transmission System regulating equipment."; rdfs:label "FACTSEquipment"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A FaultIndicator is typically only an indicator (which may or may not be remotely monitored), and not a piece of equipment that actually initiates a protection event. It is used for FLISR (Fault Location, Isolation and Restoration) purposes, assisting with the dispatch of crews to \"most likely\" part of the network (i.e. assists with determining circuit section where the fault most likely happened)."; rdfs:label "FaultIndicator"@en; "Description", ; 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", "Description", ; 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 "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", "Description", ; rdfs:subClassOf . 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", "Description", . 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" . a rdfs:Class; ; rdfs:comment "An overcurrent protective device with a circuit opening fusible part that is heated and severed by the passage of overcurrent through it. A fuse is considered a switching device because it breaks current."; rdfs:label "Fuse"@en; "Description", ; 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" . 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", "Description", ; 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", "Description", ; 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", "Description", . a rdfs:Class; ; rdfs:comment "Grid state alteration is a change of values describing state (operating point) of one element in the grid model compared to the base case."; rdfs:label "GridStateAlteration"@en; "NC" . a rdfs:Class; ; rdfs:comment "Grid state alteration remedial action describes one or many grid state alterations applied to a grid model state or a particular scenario in order to resolve one or more identified constraints. "; rdfs:label "GridStateAlterationRemedialAction"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A point where the system is grounded used for connecting conducting equipment to ground. The power system model can have any number of grounds."; rdfs:label "Ground"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A manually operated or motor operated mechanical switching device used for isolating a circuit or equipment from ground."; rdfs:label "GroundDisconnector"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A fixed impedance device used for grounding."; rdfs:label "GroundingImpedance"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Time specified in hours."; rdfs:label "Hours"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "A generating unit whose prime mover is a hydraulic turbine (e.g., Francis, Pelton, Kaplan)."; rdfs:label "HydroGeneratingUnit"@en; "Description", ; rdfs:subClassOf . 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 "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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "In service action represents a change of the status of the equipment in the grid model compared to the base case."; rdfs:label "InServiceAction"@en; "NC", "Description", ; rdfs:subClassOf . 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", "Description", ; rdfs:subClassOf . ; rdfs:comment "Infeed limit set constraints fed in to the network by two or more terminals."; rdfs:label "InfeedLimit"@en; "NC", "Description", ; a rdfs:Class . a rdfs:Class; ; rdfs:comment "Kind of injection controller mode."; rdfs:label "InjectionControlModeKind"@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", "Description", ; 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", "Description", ; 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 """It represents the intertemporal range, which means that this is the maximum change of an attribute value between two time stamps or per time unit (e.g. hour). Both up and down directions are defined by the direction attribute, i.e. There are different schedules per direction. The class is not instantiated for PropertyReference which refers to Boolean type attributes. For instance the following example illustrates the approach: - A tap changer related grid state alteration having two intertemporal range schedules. - For a particular point in time, the value from up schedule is 6 and the value from down schedule is 3. - Then, the GridStateIntensity for the same point in time cannot be more than plus 6 taps from the current, or more than minus 3 taps from the current."""; rdfs:label "IntertemporalPropertyRange"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment """Power carried by electromagnetic radiation incident on a surface per unit area. Note: Intended for solar irradiance values such as global, direct and diffuse solar irradiance."""; rdfs:label "Irradiance"@en; "NC", "CIMDatatype", "new" . a rdfs:Class; ; rdfs:comment "A short section of conductor with negligible impedance which can be manually removed and replaced if the circuit is de-energized. Note that zero-impedance branches can potentially be modelled by other equipment types."; rdfs:label "Jumper"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A point where one or more conducting equipments are connected with zero resistance."; rdfs:label "Junction"@en; "Description", ; rdfs:subClassOf . 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 linear shunt compensator has banks or sections with equal admittance values."; rdfs:label "LinearShuntCompensator"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Load action."; rdfs:label "LoadAction"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A mechanical switching device capable of making, carrying, and breaking currents under normal operating conditions."; rdfs:label "LoadBreakSwitch"@en; "Description", ; 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", "Description", . 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", "Description", ; 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", "Description", ; 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", "Description", ; rdfs:subClassOf . 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Amount of money."; rdfs:label "Money"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "NonConformLoad represents loads that do not follow a daily load change pattern and whose changes are not correlated with the daily load change pattern."; rdfs:label "NonConformLoad"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A non linear shunt compensator has bank or section admittance values that differ. The attributes g, b, g0 and b0 of the associated NonlinearShuntCompensatorPoint describe the total conductance and admittance of a NonlinearShuntCompensatorPoint at a section number specified by NonlinearShuntCompensatorPoint.sectionNumber."; rdfs:label "NonlinearShuntCompensator"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A nuclear generating unit."; rdfs:label "NuclearGeneratingUnit"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Ordinary contingency means the occurrence of a contingency of a single branch or injection."; rdfs:label "OrdinaryContingency"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Out of range means the simultaneous occurrence of multiple contingencies without a common cause, or a loss of power generating modules with a total loss of generation capacity exceeding the reference incident."; rdfs:label "OutOfRangeContingency"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Defines the active power capability (support) of the scheme in relation to a PowerTransferCorridor."; rdfs:label "PTCActivePowerSupport"@en; "NC", "Description", . 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 "A variable impedance device normally used to offset line charging during single line faults in an ungrounded section of network."; rdfs:label "PetersenCoil"@en; "Description", ; rdfs:subClassOf . 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A photovoltaic device or an aggregation of such devices."; rdfs:label "PhotoVoltaicUnit"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Input pin associated with a Contingency. It is used for comparison."; rdfs:label "PinContingency"@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 "Input pin associated with an Equipment. It is used for the comparison."; rdfs:label "PinEquipment"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Input pin associated with an Equipment. It is used to determine if the equipment is tripped between two consecutive stages, i.e. the equipment is in service at pre-fault stage and it is out of service at post-fault stage."; rdfs:label "PinEquipmentTripping"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "An output from one gate represents an input to another gate."; rdfs:label "PinGate"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Input pin associated with a Measurement. It is used for comparison."; rdfs:label "PinMeasurement"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Input pin associated with the limits of a Terminal. It is used for comparison."; rdfs:label "PinOperationalLimit"@en; "NC", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Input pin associated with a PowerTransferCorridor. It is used for comparison."; rdfs:label "PinPowerTransferCorridor"@en; "NC", ; rdfs:subClassOf . 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 " A sensor used mainly in overhead distribution networks as the source of both current and voltage measurements."; rdfs:label "PostLineSensor"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Instrument transformer (also known as Voltage Transformer) used to measure electrical qualities of the circuit that is being protected and/or monitored. Typically used as voltage transducer for the purpose of metering, protection, or sometimes auxiliary substation supply. A typical secondary voltage rating would be 120V."; rdfs:label "PotentialTransformer"@en; "Description", ; rdfs:subClassOf . 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A connection to the AC network for energy production or consumption that uses power electronics rather than rotating machines."; rdfs:label "PowerElectronicsConnection"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Power electronics setpoint action. "; rdfs:label "PowerElectronicsConnectionAction"@en; "NC", "Description", ; 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", "Description", ; 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; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A wind generating unit that connects to the AC network with power electronics rather than rotating machines or an aggregation of such units."; rdfs:label "PowerElectronicsWindUnit"@en; "Description", ; 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Energy remedial action describes actions to rearrange power schedules."; rdfs:label "PowerRemedialAction"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Strategy of the power shift key."; rdfs:label "PowerShiftKeyStrategy"@en; "NC", "Description", . 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", "Description", . 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; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Pressure in pascals."; rdfs:label "Pressure"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "A ProtectedSwitch is a switching device that can be operated by ProtectionEquipment."; rdfs:label "ProtectedSwitch"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Defines the rage constraint."; rdfs:label "RangeConstraint"@en; "NC" . 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Real electrical energy."; rdfs:label "RealEnergy"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Redispatch remedial action is a remedial action that through rearranging power schedules is eliminating breaches of constraints."; rdfs:label "RedispatchRemedialAction"@en; "NC", "Description", ; 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 "Control action means the set point change of a regulating control power system resource in the grid model compared to the base case."; rdfs:label "RegulatingControlAction"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Remedial action describes one or more actions that can be performed on a given power system model situation to eliminate one or more identified breaches of constraints. The remedial action can be costly, and have a cost characteristic, or non costly. "; rdfs:label "RemedialAction"@en; "NC" . a rdfs:Class; ; rdfs:comment """Remedial action dependency is making two remedial actions depending on each other. Multiple dependency is done by multiple instances of this class. The dependency can arrive by having one of the following examples.
  • The dependent remedial action is controlled by different system operator (Modeling Authority) (e.g. SIPS that goes across control area).
  • The dependent remedial action is representing two or more remedial action that represent the same grid state alteration but with different modeling resolution (e.g. detail direct current model versus a simplified model).
  • The remedial action can be combined with other remedial action without the need to create multiple remedial action with the same grid alteration for enabling dependency.
"""; rdfs:label "RemedialActionDependency"@en; "NC", "Description", . a rdfs:Class; ; rdfs:comment "Grouping of remedial actions that can be operated together."; rdfs:label "RemedialActionGroup"@en; "NC", "Description", . a rdfs:Class; ; rdfs:comment """Remedial Action Scheme (RAS), Special Protection Schemes (SPS), System Protection Schemes (SPS) or System Integrity Protection Schemes (SIPS). A Remedial Action Scheme consists of one or more stages that can trigger and execute a protection action."""; rdfs:label "RemedialActionScheme"@en; "NC", "Description", . 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; "Description", . a rdfs:Class; ; rdfs:comment "A rotating machine which may be used as a generator or motor."; rdfs:label "RotatingMachine"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Rotating machine action."; rdfs:label "RotatingMachineAction"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kind of rotating machine controller mode."; rdfs:label "RotatingMachineControlModeKind"@en; , "NC" . 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Control modes of the Static Synchronous Series Compensator (SSSC)."; rdfs:label "SSSCControlModeKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "The controller of a Static synchronous series compensator (SSSC)."; rdfs:label "SSSCController"@en; "NC", "Description", ; rdfs:subClassOf . 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", "Description", . 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", "Description", . a rdfs:Class; ; rdfs:comment "Scheme remedial action is remedial action that involves a scheme that can include conditional logic and stages of grid alteration. The primary remedial action is the arming of these schemes, that will then perform curative remedial action when the condition is met. System Integrity Protection Scheme (SIPS) and Special Protection Scheme (SPS) are example of this. "; rdfs:label "SchemeRemedialAction"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Time, in seconds."; rdfs:label "Seconds"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "This class describe devices that transform a measured quantity into signals that can be presented at displays, used in control or be recorded."; rdfs:label "Sensor"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A Series Compensator is a series capacitor or reactor or an AC transmission line without charging susceptance. It is a two terminal device."; rdfs:label "SeriesCompensator"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Setpoint action."; rdfs:label "SetPointAction"@en; "NC"; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A shunt capacitor or reactor or switchable bank of shunt capacitors or reactors. A section of a shunt compensator is an individual capacitor or reactor. A negative value for bPerSection indicates that the compensator is a reactor. ShuntCompensator is a single terminal device. Ground is implied."; rdfs:label "ShuntCompensator"@en; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Shunt compensator action."; rdfs:label "ShuntCompensatorModification"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A solar thermal generating unit, connected to the grid by means of a rotating machine. This class does not represent photovoltaic (PV) generation."; rdfs:label "SolarGeneratingUnit"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Distance per unit of time."; rdfs:label "Speed"@en; "CIMDatatype" . a rdfs:Class; ; rdfs:comment "Stage that is triggered either by TriggerCondition or by gate condition within a stage."; rdfs:label "StageTrigger"@en; "NC", "Description", . a rdfs:Class; ; rdfs:comment """Defines the static range, which means that this is the minimum and/or maximum of an attribute value. The value provided by the schedule replaces the value of the attribute to which the schedule refers to. In case that the PropertyReference refers to Boolean type attributes, RangeConstraint.direction shall be none or upAndDown and the RangeConstraint.valueKind shall be absolute. If the direction is none then optimization of the attribute referenced by the PropertyReference is not possible if the current status is already as the value in the range. Otherwise if the direction is upAndDown, the optimization can change from true to false or vice versa independently of the initial value in the operational scenario. For instance for a tap changer related grid state alteration for a particular point in time, if the range of TapChanger.step is to be restricted, the value of the schedule will represent that new TapChanger.step range."""; rdfs:label "StaticPropertyRange"@en; "NC", "Description", ; rdfs:subClassOf . 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", "Description", ; 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", "Description", ; 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Static Var compensator action."; rdfs:label "StaticVarCompensatorAction"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Station supply with load derived from the station output."; rdfs:label "StationSupply"@en; "Description", ; 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 "Substation controller is controlling the equipment to optimize the use of the controlling equipment within a substation. "; rdfs:label "SubstationController"@en; "NC", "Description", . a rdfs:Class; ; rdfs:comment "Kind of substation controller mode."; rdfs:label "SubstationControllerModeKind"@en; , "NC" . a rdfs:Class; ; rdfs:comment "Shunt device, installed on the network, usually in the proximity of electrical equipment in order to protect the said equipment against transient voltage transients caused by lightning or switching activity."; rdfs:label "SurgeArrester"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A generic device designed to close, or open, or both, one or more electric circuits. All switches are two terminal devices including grounding switches. The ACDCTerminal.connected at the two sides of the switch shall not be considered for assessing switch connectivity, i.e. only Switch.open, .normalOpen and .locked are relevant."; rdfs:label "Switch"@en; "Description", ; 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; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Kind of TCSC control mode."; rdfs:label "TCSCControlModeKind"@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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Tap position action represents a change of a tap changer position in the grid model compared to the base case."; rdfs:label "TapPositionAction"@en; "NC", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Value of temperature in degrees Celsius."; rdfs:label "Temperature"@en; "CIMDatatype" . 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; "Description", ; 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", "Description", ; 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Topology action means the connection or disconnection of a switch in the grid model compared to the base case."; rdfs:label "TopologyAction"@en; "NC", "Description", ; rdfs:subClassOf . 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 """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", "Description", ; 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", "Description", . a rdfs:Class; ; 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; "NC", "Description", ; 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", "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "DC side of the voltage source converter (VSC)."; rdfs:label "VsConverter"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "Line traps are devices that impede high frequency power line carrier signals yet present a negligible impedance at the main power frequency."; rdfs:label "WaveTrap"@en; "Description", ; rdfs:subClassOf . a rdfs:Class; ; rdfs:comment "A wind driven generating unit, connected to the grid by means of a rotating machine. May be used to represent a single turbine or an aggregation. "; rdfs:label "WindGeneratingUnit"@en; "Description", ; rdfs:subClassOf . a ; rdfs:comment "This package contains datatypes used only in the RDFS header."; rdfs:label "DocSteadyStateInstructionProfile"@en . a ; rdfs:comment "This package contains steady state instruction profile."; rdfs:label "SteadyStateInstructionProfile"@en . a ; rdfs:comment "Reactive power control."; rdfs:label "reactivePower"@en; "enum" . a ; rdfs:comment "Voltage control."; rdfs:label "voltage"@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" . rdfs:comment "Falkland Islands pound."; rdfs:label "FKP"@en; "enum"; a . 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 """An AC emulation control aims to reproduce the behaviour of an AC line by means of a function of the difference between angles in both converter stations in DC links embedded within a single synchronous AC grid. For changes in the phase angle on either station, the response of this control is to ‘emulate the behaviour of an AC line’ in both steady and transient states. The AC emulation control needs measurement signals for the angles at both ends of the DC system (at the AC points of common coupling of the DC system). In practice, the angle difference is measured by built-in devices in the converters and the synchronization of angle measurements on both stations is done by means of GPS. ACEmulationControlFunction is used by this control. The control can only be applied by a controller that have access to the two AC points of common coupling of the DC system. Therefore it cannot be applied for a ACDCConverterController."""; rdfs:label "acEmulation"@en; "enum" . a ; rdfs:comment "AC voltage control mode (IEC 60633) is a control of the AC voltage of the AC network connected to a DC substation."; rdfs:label "acVoltage"@en; "enum" . a ; rdfs:comment "Control is active power control at AC side, at point of common coupling. According to IEC 60633 the active power control mode is control of the active power flow exchanged between a DC substation and the connected AC network."; rdfs:label "activePower"@en; "enum" . a ; rdfs:comment "Damping control mode (IEC 60633) is supplementary control mode providing the damping of power oscillations in one or more connected AC networks."; rdfs:label "damping"@en; "enum" . a ; rdfs:comment "Control is DC current in a DC system (IEC 60633)."; rdfs:label "dcCurrent"@en; "enum" . a ; rdfs:comment "Control is DC voltage in a DC substation (IEC 60633)."; rdfs:label "dcVoltage"@en; "enum" . a ; rdfs:comment "Frequency control mode (IEC 60633) is a control of the frequency of the connected AC network by varying the active power exchanged between a DC substation and the connected AC network."; rdfs:label "frequency"@en; "enum" . a ; rdfs:comment "Islanded network operation mode (IEC 60633) is a control mode in which the DC substation is connected to an islanded AC network."; rdfs:label "islanded"@en; "enum" . a ; rdfs:comment "Control is active power at point of common coupling and local DC voltage, with the droop."; rdfs:label "pPccAndUdcDroop"@en; "enum" . a ; rdfs:comment "Control is active power at point of common coupling and the pilot DC voltage, with the droop. The mode is used for Multi Terminal High Voltage DC (MTDC) systems where multiple DC Substations are connected to the DC transmission lines. The pilot voltage is then used to coordinate the control the DC voltage across the DC substations."; rdfs:label "pPccAndUdcDroopPilot"@en; "enum" . a ; rdfs:comment "Control is active power at point of common coupling and compensated DC voltage, with the droop. Compensation factor is the resistance, as an approximation of the DC voltage of a common (real or virtual) node in the DC network."; rdfs:label "pPccAndUdcDroopWithCompensation"@en; "enum" . a ; rdfs:comment "Control is phase at point of common coupling."; rdfs:label "phasePcc"@en; "enum" . a ; rdfs:comment "Control is power factor at point of common coupling."; rdfs:label "powerFactorPcc"@en; "enum" . a ; rdfs:comment "No explicit control. Pulse-modulation factor is directly set in magnitude and phase."; rdfs:label "pulseWidthModulation"@en; "enum" . a ; rdfs:comment "Control is reactive power control at AC side, at point of common coupling. According to IEC 60633 reactive power control mode is a control of the reactive power exchanged between a converter unit, or DC substation and the connected AC network."; rdfs:label "reactivePower"@en; "enum" . a ; rdfs:comment "Sub-synchronous torsional interaction (SSTI) damping control mode (IEC 60633) is a supplementary control mode providing the damping of critical frequencies of an (electrical) nearby generator."; rdfs:label "sstiDamping"@en; "enum" . a ; rdfs:comment "Active power is specified."; rdfs:label "activePower"@en; "enum" . a ; rdfs:comment "Power factor is specified."; rdfs:label "powerFactor"@en; "enum" . a ; rdfs:comment "Reactive power control."; rdfs:label "reactivePower"@en; "enum" . a ; rdfs:comment "Voltage control."; rdfs:label "voltage"@en; "enum" . a rdf:Property; rdfs:comment "Control system gain in AC transmission emulation control measured in MW/deg. It plays the role of an admittance of the equivalent AC transmission line that the control is emulating the higher is the gain the higher is the active power transfer at steady state."; ; rdfs:domain ; rdfs:label "gain"@en; ; , "NC" . a rdf:Property; rdfs:comment "Existing active power setpoint used to calculate the active power setpoint of the AC emulation control."; ; rdfs:domain ; rdfs:label "referenceP"@en; ; , "NC" . a rdf:Property; rdfs:comment """Control system time constant in AC transmission emulation control. It affects the time needed to reach a new steady state equilibrium point after a network perturbation extremely important to guarantee N-1 relief related to an interconnection. The higher is time constant the slower is the DC system dynamic."""; ; rdfs:domain ; rdfs:label "timeConstant"@en; ; , "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:comment "Target value for the active power that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "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:comment "Amount of active power currently activated for the reserve product."; ; rdfs:domain ; rdfs:label "activatedP"@en; ; , "NC" . a rdf:Property; rdfs:comment "Amount of active power capability allocated from the associated resource to the area for the given reserve product."; ; rdfs:domain ; rdfs:label "allocatedP"@en; ; , "NC" . a rdf:Property; rdfs:comment "Amount of active power currently available for provision of the reserve product."; ; rdfs:domain ; rdfs:label "availableP"@en; ; , "NC" . a rdf:Property; rdfs:comment "Amount of active power contracted for the reserve product."; ; rdfs:domain ; rdfs:label "contractedP"@en; ; , "NC" . a rdf:Property; rdfs:comment "Identifies if the unit is 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 "enabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "Type of reserve product represented by the allocation."; rdfs:domain ; rdfs:label "kind"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "Relative priority for activation or selection within an area or aggregated reserve structure."; ; rdfs:domain ; rdfs:label "priority"@en; ; , "NC" . a rdf:Property; rdfs:comment """The percentage (appointed to a region) of the remaining margin obtained in the grid model to reach its current limit under normal operating conditions. The maximum percentage shall by default be 10% of the remaining margin. It is only used when an assessed element is considered conservative for a region. The allowed value range is [0,100]."""; ; rdfs:domain ; rdfs:label "appointedMargin"@en; ; , "NC" . a rdf:Property; rdfs:comment "Positive value calculated and provided by the Coordinated Capacity Calculator (CCC) for the reduction of Remaining Available Margin (RAM) in order to ensure grid security."; ; rdfs:domain ; rdfs:label "coordinatedValidationAdjustment"@en; ; , "NC" . a rdf:Property; rdfs:comment "Free text description provided by the coordinated capacity calculator (CCC) for justifying the reduction of Remaining Available Margin (RAM) by means of Coordinated Validation Adjustment (CVA). This justification is not intended for any application processing purpose, it should only be used for reporting."; ; rdfs:domain ; rdfs:label "coordinatedValidationAdjustmentJustification"@en; ; , "NC" . a rdf:Property; rdfs:comment "Free text describing the justification of critical element categorization (e.g. the use of the kind). This justification is not intended for any application processing purpose, it should only be used for reporting."; ; rdfs:domain ; rdfs:label "criticalElementJustification"@en; ; , "NC", "deprecated" . a rdf:Property; rdfs:comment "If true, the assessed element is enabled, otherwise it is disabled."; ; rdfs:domain ; rdfs:label "enabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "Positive value calculated and provided by System Operators from their individual validation process for the reduction of Remaining Available Margin (RAM) in order to ensure grid security."; ; rdfs:domain ; rdfs:label "individualValidationAdjustment"@en; ; , "NC" . a rdf:Property; rdfs:comment "Free text description provided by System Operators for justifying the reduction of Remaining Available Margin (RAM) by means of Individual Validation Adjustment (IVA). This justification is not intended for any application processing purpose, it should only be used for reporting."; ; rdfs:domain ; rdfs:label "individualValidationAdjustmentJustification"@en; ; , "NC" . a rdf:Property; rdfs:comment "Positive value expressed calculated by the Coordinated Capacity Calculator (CCC) based on the provided Individual Validation Adjustment (IVA) by System Operators in order to show the actual reduction of Remaining Available Margin (RAM). Individual Validation Adjustment Share is a positive non-zero value. It is equal or less than the Individual Validation Adjustment value. "; ; rdfs:domain ; rdfs:label "individualValidationAdjustmentShare"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum flow on a conducting equipment or a collection of conducting equipment forming a power transfer corridor. For assessed element that becomes critical due to contingency, this value represents the maximum flow with remedial action taken into consideration."; ; rdfs:domain ; rdfs:label "maxFlow"@en; ; , "NC" . a rdf:Property; rdfs:comment """Maximum adjustment, relative to maximum flow allowed for exceeding the maximum flow of this assessed element. The allowed value range is [0,100]."""; ; rdfs:domain ; rdfs:label "maxMarginAdjustment"@en; ; , "NC" . a rdf:Property; rdfs:comment """A positive margin that defines the overload allowed in a solution for the assessed element for the current situation. The margin represents influences that can be solved by the System Operators using available remedial action which is not cross-border relevant remedial action. All relevant operational limits (e.g. PATL, TATL, etc) are modified by this margin value. The attribute represents the increase. The allowed value range is [0,100]."""; ; rdfs:domain ; rdfs:label "positiveVirtualMargin"@en; ; , "NC" . a rdf:Property; rdfs:comment """Threshold percentage that a scanned element can be overloaded, on a given element, on top of any overload prior to optimisation (default= 5%). e.g. Initial loading of the element is 110%, with a 5% scanned threshold margin, the new maximum is 115% of the limit (e.g. PATL, TATL, etc). The allowed value range is [0,100]."""; ; rdfs:domain ; rdfs:label "scannedThresholdMargin"@en; ; , "NC" . a rdf:Property; rdfs:comment "Free text describing the justification for the target Remaining Available Margin (RAM). This justification is not intended for any application processing purpose, it should only be used for reporting."; ; rdfs:domain ; rdfs:label "targetRemainingAvailableMarginJustification"@en; ; , "NC" . a rdf:Property; rdfs:comment "If true, the assessed element with contingency is enabled, otherwise it is disabled."; ; rdfs:domain ; rdfs:label "enabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "If true, the assessed element with remedial action is enabled, otherwise it is disabled."; ; rdfs:domain ; rdfs:label "enabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "True, if the automation function is enabled (active). Otherwise false."; ; rdfs:domain ; rdfs:label "enabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "Limit on current flow. The attribute shall be a positive value or zero."; ; rdfs:domain ; rdfs:label "value"@en; ; , "NC" . a rdf:Property; rdfs:comment "Net position is the netted sum of electricity exports and imports for each market time unit for a bidding zone."; ; rdfs:domain ; rdfs:label "netPosition"@en; ; , "NC" . a rdf:Property; "No"; rdfs:comment "The DC tie corridor which includes the bidding zone border."; rdfs:domain ; ; rdfs:label "DCTieCorridor"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Already Allocated Capacity (AAC) means the total amount of allocated transmission rights i.e. transmission capacity reserved by virtue of historical long-term contracts and the previously held transmission capacity reservation auctions."; ; rdfs:domain ; rdfs:label "alreadyAllocatedCapacity"@en; ; , "NC" . a rdf:Property; rdfs:comment "The maximum allowed flow on the collection of interconnection between two bidding zones."; ; rdfs:domain ; rdfs:label "alreadyAllocatedFlow"@en; ; , "NC" . a rdf:Property; rdfs:comment "Available Transfer Capacity (ATC) means the transmission capacity that remains available, after allocation procedure, to be used under the physical conditions of the transmission system. ATC value is defined as: ATC = NTC - AAC."; ; rdfs:domain ; rdfs:label "availableTransferCapacity"@en; ; , "NC" . a rdf:Property; rdfs:comment "Net Transfer Capacity (NTC) is defined as NTC = TTC – TRM and corresponds to the maximum exchange between two areas compatible with operational security limits applicable in both areas and taking into account the technical uncertainties on future network conditions."; ; rdfs:domain ; rdfs:label "netTransferCapacity"@en; ; , "NC" . a rdf:Property; rdfs:comment "Total Transfer Capacity (TTC) is the maximum exchange program between two areas compatible with operational security standards applicable at each system if future network conditions, generation and load patterns were perfectly known in advance."; ; rdfs:domain ; rdfs:label "totalTransferCapacity"@en; ; , "NC" . a rdf:Property; rdfs:comment "Transmission Reliability Margin (TRM) is the minimum reserve that system operators must have available at their connections so that they can help other countries to which their system is directly or indirectly connected, if necessary."; ; rdfs:domain ; rdfs:label "transmissionReliabilityMargin"@en; ; , "NC" . a rdf:Property; rdfs:comment """Contribution factor for the circuit which is part of a power transfer corridor. The allowed value range is [0,100]."""; ; rdfs:domain ; rdfs:label "contributionFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment """An index representing the avalanche danger for the corresponding time interval. Note: The applicable avalanche danger methodology and classification are identified through the associated data provenance. The CIM model does not prescribe a particular avalanche danger scale. Where the index represents categorical danger levels, the numerical values shall not be assumed to form a linear scale. Example: Using the European Avalanche Danger Scale: \"1\" (Low), \"2\" (Moderate), \"3\" (Considerable), \"4\" (High), \"5\" (Very high)."""; ; rdfs:domain ; rdfs:label "avalancheDangerIndex"@en; ; , "NC" . a rdf:Property; rdfs:comment "The proportion of the sky covered by cloud for the corresponding time interval."; ; rdfs:domain ; rdfs:label "cloudCover"@en; ; , "NC" . a rdf:Property; rdfs:comment "The dew-point temperature at 2 metres above ground level for the corresponding time interval."; ; rdfs:domain ; rdfs:label "dewPointTempAt2m"@en; ; , "NC" . a rdf:Property; rdfs:comment "The diffuse solar irradiance for the corresponding time interval."; ; rdfs:domain ; rdfs:label "diffuseSolarIrradiance"@en; ; , "NC" . a rdf:Property; rdfs:comment "The direct solar irradiance for the corresponding time interval."; ; rdfs:domain ; rdfs:label "directSolarIrradiance"@en; ; , "NC" . a rdf:Property; rdfs:comment """The Drought Code for the corresponding time interval. Note: The Drought Code is a component of the Canadian Fire Weather Index System representing the moisture condition of deep, compact organic fuel layers. It is particularly useful for representing the cumulative effect of prolonged dry conditions and seasonal drought on wildfire potential. Higher values indicate drier conditions. The attribute is used when the applicable wildfire methodology provides a Drought Code. Example: Values such as \"15\", \"300\" and \"600\" represent progressively drier conditions in the Drought Code scale. No universal low, moderate or high classification is implied by these example values; interpretation is provided by the applicable methodology and provenance."""; ; rdfs:domain ; rdfs:label "droughtCode"@en; ; , "NC" . a rdf:Property; rdfs:comment """The evaporation and evapotranspiration during the corresponding time interval, expressed as an equivalent depth of water. Note: The sign convention, where relevant, is defined by the applicable data specification."""; ; rdfs:domain ; rdfs:label "evaporation"@en; ; , "NC" . a rdf:Property; rdfs:comment """A fire-weather index indicating the meteorological conditions relevant to wildfire danger for the corresponding time interval. Note: The applicable fire-weather index methodology and classification are identified through the associated data provenance. The CIM model does not prescribe a specific wildfire classification. The Canadian Fire Weather Index (FWI) System, as used by European Forest Fire Information System (EFFIS), is one example. In this system, the index combines fuel-moisture and fire-behaviour components derived from temperature, relative humidity, wind speed and precipitation. Higher values indicate conditions increasingly favourable to intense wildfire. Example: Using the EFFIS classification: \"5.0\" (Very low), \"10.0\" (Low), \"15.0\" (Moderate), \"37.77\" (High), \"40.01\" (Very high), \"55.55\" (Extreme)."""; ; rdfs:domain ; rdfs:label "fireWeatherIndex"@en; ; , "NC" . a rdf:Property; rdfs:comment "The number of days with freezing precipitation within the corresponding time interval."; ; rdfs:domain ; rdfs:label "freezingPrecipitationDays"@en; ; , "NC" . a rdf:Property; rdfs:comment "The number of frost days within the corresponding time interval."; ; rdfs:domain ; rdfs:label "frostDays"@en; ; , "NC" . a rdf:Property; rdfs:comment """The global solar irradiance for the corresponding time interval. Note: Global solar irradiance represents the total direct and diffuse solar power incident per unit area on the applicable reference surface. It may be used as an environmental input for applications such as photovoltaic production and thermal rating of overhead conductors. The orientation of the reference surface is defined by the applicable dataset or provenance information."""; ; rdfs:domain ; rdfs:label "globalSolarIrradiance"@en; ; , "NC" . a rdf:Property; rdfs:comment "The number of days on which hail occurs within the corresponding time interval."; ; rdfs:domain ; rdfs:label "hailDays"@en; ; , "NC" . a rdf:Property; rdfs:comment "The number of days occurring as part of a heatwave within the corresponding time interval."; ; rdfs:domain ; rdfs:label "heatwaveDays"@en; ; , "NC" . a rdf:Property; rdfs:comment "The number of days meeting the applicable hot-day criterion within the corresponding time interval."; ; rdfs:domain ; rdfs:label "hotDays"@en; ; , "NC" . a rdf:Property; rdfs:comment """The energy equivalent of natural hydro inflow associated with hydro resources in the ClimateZone during the corresponding time interval. Note: The value represents inflow energy for the interval. For example, a weekly TimePoint may contain the natural hydro inflow energy for that week."""; ; rdfs:domain ; rdfs:label "hydroInflow"@en; ; , "NC" . a rdf:Property; rdfs:comment "The number of days meeting the applicable icing criterion within the corresponding time interval."; ; rdfs:domain ; rdfs:label "icingDays"@en; ; , "NC" . a rdf:Property; rdfs:comment "The number of lightning events per unit area occurring during the corresponding time interval."; ; rdfs:domain ; rdfs:label "lightningDensity"@en; ; , "NC" . rdfs:comment """The maximum air temperature at 2 metres above ground level during the corresponding time interval. Note: This time series is intended for datasets providing maximum temperature directly."""; a rdf:Property; ; rdfs:domain ; rdfs:label "maxTempAt2m"@en; ; , "NC" . a rdf:Property; rdfs:comment """The minimum air temperature at 2 metres above ground level during the corresponding time interval. Note: This time series is intended for datasets providing minimum temperature directly, for example daily minimum temperature. It is not required when the minimum can appropriately be derived from tempAt2m."""; ; rdfs:domain ; rdfs:label "minTempAt2m"@en; ; , "NC" . a rdf:Property; rdfs:comment """The population-weighted air temperature at 2 metres above ground level for the corresponding time interval. Note: The value is derived by spatially weighting the air temperature within the represented area by the population distribution. It may be used for modelling temperature-dependent energy consumption, including heating and cooling demand. The population dataset and weighting method are identified through the applicable provenance information."""; ; rdfs:domain ; rdfs:label "populationWeightedTempAt2m"@en; ; , "NC" . a rdf:Property; rdfs:comment "The potential evaporation during the corresponding time interval, expressed as an equivalent depth of water."; ; rdfs:domain ; rdfs:label "potentialEvaporation"@en; ; , "NC" . a rdf:Property; rdfs:comment """The total precipitation received during the corresponding time interval. Note: The value represents accumulated precipitation expressed as an equivalent depth of water."""; ; rdfs:domain ; rdfs:label "precipitation"@en; ; , "NC" . a rdf:Property; rdfs:comment """The amount of liquid precipitation received during the corresponding time interval. Note: The value represents accumulated rainfall expressed as an equivalent depth of water."""; ; rdfs:domain ; rdfs:label "rainfall"@en; ; , "NC" . a rdf:Property; rdfs:comment "The relative humidity at 2 metres above ground level for the corresponding time interval."; ; rdfs:domain ; rdfs:label "relativeHumidityAt2m"@en; ; , "NC" . a rdf:Property; rdfs:comment "The runoff during the corresponding time interval, expressed as an equivalent depth of water over the area."; ; rdfs:domain ; rdfs:label "runoff"@en; ; , "NC" . a rdf:Property; rdfs:comment """The direction of the sea-water current for the corresponding time interval. Note: Current direction normally identifies the direction towards which the water is moving, unlike meteorological wind direction, which identifies the direction from which the wind originates."""; ; rdfs:domain ; rdfs:label "seaCurrentDirection"@en; ; , "NC" . a rdf:Property; rdfs:comment """The speed of the sea-water current for the corresponding time interval. Note: The applicable depth or vertical reference is defined by the source dataset or provenance information."""; ; rdfs:domain ; rdfs:label "seaCurrentSpeed"@en; ; , "NC" . a rdf:Property; rdfs:comment """The proportion of the sea surface covered by sea ice for the corresponding time interval. Note: Sea-ice concentration provides the time-dependent information needed to determine sea-ice presence and extent. It replaces a simple integer seaIce value, which cannot distinguish between partial and complete ice coverage."""; ; rdfs:domain ; rdfs:label "seaIceConcentration"@en; ; , "NC" . a rdf:Property; rdfs:comment "The sea-ice thickness for the corresponding time interval."; ; rdfs:domain ; rdfs:label "seaIceThickness"@en; ; , "NC" . a rdf:Property; rdfs:comment "The sea-surface temperature for the corresponding time interval."; ; rdfs:domain ; rdfs:label "seaSurfaceTemp"@en; ; , "NC" . a rdf:Property; rdfs:comment "The significant wave height for the corresponding time interval."; ; rdfs:domain ; rdfs:label "significantWaveHeight"@en; ; , "NC" . a rdf:Property; rdfs:comment """The amount of water stored in the snowpack at the corresponding time, expressed as an equivalent depth of liquid water. Example: January = 180 mm, March = 430 mm, May = 160 mm, June = 0 mm."""; ; rdfs:domain ; rdfs:label "snowWater"@en; ; , "NC" . a rdf:Property; rdfs:comment "The solid precipitation received during the corresponding time interval, expressed as its equivalent amount of liquid water."; ; rdfs:domain ; rdfs:label "snowfall"@en; ; , "NC" . a rdf:Property; rdfs:comment "The amount of water released by melting snow during the corresponding time interval, expressed as an equivalent depth of liquid water."; ; rdfs:domain ; rdfs:label "snowmelt"@en; ; , "NC" . a rdf:Property; rdfs:comment "The duration of sunshine during the corresponding time interval."; ; rdfs:domain ; rdfs:label "sunshineDuration"@en; ; , "NC" . a rdf:Property; rdfs:comment """The atmospheric pressure at the surface for the corresponding time interval. Note: Surface pressure may be relevant when determining air density for wind-energy calculations."""; ; rdfs:domain ; rdfs:label "surfacePressure"@en; ; , "NC" . a rdf:Property; rdfs:comment "The air temperature at 2 metres above ground level for the corresponding time interval."; ; rdfs:domain ; rdfs:label "tempAt2m"@en; ; , "NC" . a rdf:Property; rdfs:comment "The number of days on which thunder is observed within the corresponding time interval."; ; rdfs:domain ; rdfs:label "thunderDays"@en; ; , "NC" . a rdf:Property; rdfs:comment "The number of nights meeting the applicable tropical-night criterion within the corresponding time interval."; ; rdfs:domain ; rdfs:label "tropicalNights"@en; ; , "NC" . a rdf:Property; rdfs:comment """The direction from which waves propagate for the corresponding time interval. Note: No corresponding normal value is defined because a single average direction may not meaningfully represent a multi-directional sea state."""; ; rdfs:domain ; rdfs:label "waveDirection"@en; ; , "NC" . a rdf:Property; rdfs:comment "The representative wave period for the corresponding time interval."; ; rdfs:domain ; rdfs:label "wavePeriod"@en; ; , "NC" . a rdf:Property; rdfs:comment """The wind direction at 100 metres above ground level for the corresponding time interval. Note: Meteorological wind direction normally identifies the direction from which the wind originates."""; ; rdfs:domain ; rdfs:label "windDirectionAt100m"@en; ; , "NC" . a rdf:Property; rdfs:comment """The wind direction at 10 metres above ground level for the corresponding time interval. Note: Meteorological wind direction normally identifies the direction from which the wind originates. No corresponding normal attribute is defined because a single average direction may be misleading for multimodal wind regimes."""; ; rdfs:domain ; rdfs:label "windDirectionAt10m"@en; ; , "NC" . a rdf:Property; rdfs:comment """The maximum wind gust at 10 metres above ground level during the corresponding time interval. Note: The time interval over which the gust maximum applies is defined by the associated Schedule and TimePoint."""; ; rdfs:domain ; rdfs:label "windGustAt10m"@en; ; , "NC" . a rdf:Property; rdfs:comment "The wind speed at 100 metres above ground level for the corresponding time interval."; ; rdfs:domain ; rdfs:label "windSpeedAt100m"@en; ; , "NC" . a rdf:Property; rdfs:comment "The wind speed at 10 metres above ground level for the corresponding time interval."; ; rdfs:domain ; rdfs:label "windSpeedAt10m"@en; ; , "NC" . a rdf:Property; rdfs:comment "Mode of the compensator controller."; rdfs:domain ; rdfs:label "mode"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "Set true if must study this contingency."; ; rdfs:domain ; rdfs:label "mustStudy"@en; ; . a rdf:Property; rdfs:comment """The forecasted probability of the occurrence of the contingency based on the given operational condition, status of the equipment and the forecasted environment condition. The allowed value range is [0,100]."""; ; rdfs:domain ; rdfs:label "probability"@en; ; , "NC" . a rdf:Property; rdfs:comment "If true, the contingency with remedial action is enabled, otherwise it is disabled."; ; rdfs:domain ; rdfs:label "enabled"@en; ; , "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; rdfs:comment "If true, the cross border relevance is enabled, otherwise it is disabled."; ; rdfs:domain ; rdfs:label "enabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "Target value for the current that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment "Setpoint when control is active in capacitive region."; ; rdfs:domain ; rdfs:label "targetValueCapacitive"@en; ; , "NC" . a rdf:Property; rdfs:comment "Setpoint when control is active in inductive region."; ; rdfs:domain ; rdfs:label "targetValueInductive"@en; ; , "NC" . a rdf:Property; rdfs:comment "True, if the current droop override is enabled (active). Otherwise false."; ; rdfs:domain ; rdfs:label "enabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "Setpoint when control is active in capacitive region."; ; rdfs:domain ; rdfs:label "targetValueCapacitiveI"@en; ; , "NC" . a rdf:Property; rdfs:comment "Setpoint when control is active in inductive region."; ; rdfs:domain ; rdfs:label "targetValueInductiveI"@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; rdfs:comment "Target value for the active power that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment "Target value for the current that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment """Equivalent DC active power injection. Load sign convention is used, i.e. positive sign means flow out from a node. Starting value for steady state solutions."""; ; rdfs:domain ; rdfs:label "p"@en; ; , "NC" . a rdf:Property; rdfs:comment "Target value for the extinction angle that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment "Target value for the firing angle that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "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 "Active power flow for the pole. The attribute is a positive value. The direction is given by the DCTieCorridor association with BiddingZoneBorder."; ; rdfs:domain ; rdfs:label "p"@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 "participationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "Reactive power flow for the pole. The attribute is a positive value. The direction is given by the DCTieCorridor association with BiddingZoneBorder."; ; rdfs:domain ; rdfs:label "q"@en; ; , "NC" . a rdf:Property; rdfs:comment "Target value for the pulse width factor that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment """If true, the switch is locked. The resulting switch state is a combination of locked and DCSwitch.open attributes as follows:
  • locked=true and DCSwitch.open=true. The resulting state is open and locked;
  • locked=false and DCSwitch.open=true. The resulting state is open;
  • locked=false and DCSwitch.open=false. The resulting state is closed.
"""; ; rdfs:domain ; rdfs:label "locked"@en; ; , "NC" . a rdf:Property; rdfs:comment "The attribute tells if the switch is considered open when used as input to topology processing."; ; rdfs:domain ; rdfs:label "open"@en; ; , "NC" . a rdf:Property; "Yes"; rdfs:comment "The source bidding zone border that is related to the DC tie corridor."; rdfs:domain ; ; rdfs:label "SourceBiddingZone"@en; ; rdfs:range ; "NC" . a rdf:Property; rdfs:comment "Target value for the voltage that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment "Target or regulated DC voltage maintained by the source."; ; rdfs:domain ; rdfs:label "voltageSetpoint"@en; ; , "NC" . a rdf:Property; rdfs:comment "Mode of the dc controller."; rdfs:domain ; rdfs:label "mode"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "The maximum active power that can be applied as part of this block order."; ; rdfs:domain ; rdfs:label "p"@en; ; , "NC" . a rdf:Property; rdfs:comment "Participation factor."; ; rdfs:domain ; rdfs:label "participationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "Sequence needs to be ordered by the scheduling area. It has to be unique by the scheduling area."; ; rdfs:domain ; rdfs:label "sequence"@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 "participationFactor"@en; ; , "NC", "deprecated" . a rdf:Property; rdfs:comment "The 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 "availabilityFactor"@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 reductions due to climatic, hydrological, or operational constraints."; ; rdfs:domain ; rdfs:label "availableCapacityP"@en; ; , "NC" . a rdf:Property; rdfs:comment """The relative weighting used to allocate an aggregate capacity requirement to this energy resource group on a time-series basis. Note: The values provide context-specific top-down capacity allocation weightings and may override normalCapacityAllocationFactor. Each value applies to the corresponding time interval represented by the time-series context. The factors are relative weights and are not required to represent percentages or to sum to 1. The allocation algorithm may normalize or otherwise adjust the applicable factors according to availability, existing capacity and other modelling constraints."""; ; rdfs:domain ; rdfs:label "capacityAllocationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "The nominal installed active power capacity of the energy type, independent of weather or operating conditions. This is the maximum technical power rating under standard design assumptions and optimum operation condition."; ; rdfs:domain ; rdfs:label "installedCapacityP"@en; ; , "NC" . a rdf:Property; rdfs:comment "The effective active power capacity for the resource at the specified time, after considering all applied deratings, outages, operational limits, or weather influences. This value represents the usable capacity that can be delivered or consumed, effective capacity."; ; rdfs:domain ; rdfs:label "p"@en; ; , "NC" . a rdf:Property; rdfs:comment "Participation factor for the power group in relation to scheduling area. Must be a positive value."; ; rdfs:domain ; rdfs:label "participationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "Specifies the availability of the equipment. True means the equipment is available for topology processing, which determines if the equipment is energized or not. False means that the equipment is treated by network applications as if it is not in the model."; ; rdfs:domain ; rdfs:label "inService"@en; ; . a rdf:Property; rdfs:comment "The equipment is enabled to participate in network analysis. If unspecified, the value is assumed to be true."; ; rdfs:domain ; rdfs:label "networkAnalysisEnabled"@en; ; . a rdf:Property; rdfs:comment """Reactive power injection. Load sign convention is used, i.e. positive sign means flow out from a node. Starting value for a steady state solution."""; ; rdfs:domain ; rdfs:label "q"@en; ; , "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; rdfs:comment "Frequency bias that the control function is using to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "frequencyBias"@en; ; , "NC" . a rdf:Property; rdfs:comment "Target value for the frequency that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment "Amount of energy available in the storage."; ; rdfs:domain ; rdfs:label "energyStorage"@en; ; , "NC" . a rdf:Property; rdfs:comment "True, if the function block is enabled (active). Otherwise false."; ; rdfs:domain ; rdfs:label "enabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "True, if the gate input pin is enabled (active). Otherwise false."; ; rdfs:domain ; rdfs:label "enabled"@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 "Identifies if the generating unit is ramping up or down. If true, the generating unit is ramping and constraints should be ignored."; ; rdfs:domain ; rdfs:label "isRamping"@en; ; , "NC" . a rdf:Property; rdfs:comment "Identifies if the generating unit is ramping up or down. If true, the generating unit is ramping and constraints should be ignored."; ; rdfs:domain ; rdfs:label "mustRun"@en; ; , "NC" . a rdf:Property; rdfs:comment "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 "mustRunP"@en; ; , "NC" . a rdf:Property; rdfs:comment "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 "mustRunQ"@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 "participationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "The shutdown cost incurred for each shutdown of the GeneratingUnit."; ; rdfs:domain ; rdfs:label "shutdownCost"@en; ; , "NC" . a rdf:Property; rdfs:comment "The initial startup cost incurred for each start of the GeneratingUnit."; ; rdfs:domain ; rdfs:label "startupCost"@en; ; . a rdf:Property; rdfs:comment "The warm startup cost incurred for each start of the GeneratingUnit."; ; rdfs:domain ; rdfs:label "warmStartupCost"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum total active power (AC and DC) that the net position for the bidding zone can have to maintain operational security. Positive sign means flow into the bidding zone."; ; rdfs:domain ; rdfs:label "maxInterchange"@en; ; , "NC" . a rdf:Property; rdfs:comment "Minimum imported active power requirement."; ; rdfs:domain ; rdfs:label "minImportP"@en; ; , "NC" . a rdf:Property; rdfs:comment "Minimum total active power (AC and DC) that the net position for the bidding zone can have to maintain operational security. Negative sign means flow out of the bidding zone."; ; rdfs:domain ; rdfs:label "minInterchange"@en; ; , "NC" . a rdf:Property; rdfs:comment "The netted aggregation of all AC external schedules of an area. Positive sign means flow into the area (Import)."; ; rdfs:domain ; rdfs:label "netACInterchange"@en; ; , "NC" . a rdf:Property; rdfs:comment "The area AC Net Position tolerance."; ; rdfs:domain ; rdfs:label "netACInterchangeTolerance"@en; ; , "NC" . a rdf:Property; rdfs:comment "The netted aggregation of all DC external schedules of an area. Positive sign means flow into the area."; ; rdfs:domain ; rdfs:label "netDCInterchange"@en; ; , "NC" . a rdf:Property; rdfs:comment "The balancing capacity allocated for regulating down, by decreasing the production, increasing the direct current export, decreasing direct current import or increasing the consumption of energy in the bidding zone. This must be a positive number."; ; rdfs:domain ; rdfs:label "regulatingDownAllocation"@en; ; , "NC" . a rdf:Property; rdfs:comment "The balancing capacity allocated for regulating up, by increasing the production, decreasing the direct current export, increasing direct current import or reducing the consumption of energy in the bidding zone. This must be a positive number."; ; rdfs:domain ; rdfs:label "regulatingUpAllocation"@en; ; , "NC" . a rdf:Property; rdfs:comment "The status of the GridStateAlteration set by an operation or by a signal resulting from a control action."; ; rdfs:domain ; rdfs:label "enabled"@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. e.g. If 0 this grid alteration does not participate. The sum of all participation factors for all grid state alterations associated with same remedial action shall be equal to 100%."""; ; rdfs:domain ; rdfs:label "participationFactor"@en; ; , "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; 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 "participationFactor"@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; rdfs:comment "Target value for the impedance that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment "Value of current limit. The attribute shall be a positive value or zero."; ; rdfs:domain ; rdfs:label "valueA"@en; ; , "NC" . a rdf:Property; rdfs:comment "Value of active power limit. The attribute shall be a positive value or zero."; ; rdfs:domain ; rdfs:label "valueW"@en; ; , "NC" . a rdf:Property; rdfs:comment "Mode of the injection controller."; rdfs:domain ; rdfs:label "mode"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; "WPerm2"; rdfs:label "unit"@en; ; rdfs:range ; . a rdf:Property; ; rdfs:domain ; rdfs:label "value"@en; ; . a rdf:Property; rdfs:domain ; 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; rdfs:comment "The real-time or in simulation active power delivered as automatic Frequency Restoration Reserves (aFRR), automatically activated by the automatic generation control (AGC) system to restore frequency and area control error (ACE). Represents the actual MW change at that instant."; ; rdfs:domain ; rdfs:label "aFRRActivated"@en; ; , "NC" . a rdf:Property; rdfs:comment "The actual available active power capacity that can deliver automatic Frequency Restoration Reserves (aFRR) at a given moment, considering online resources, Automatic Generation Control (AGC) participation, and technical limits. Reflects the true operational flexibility available to respond automatically to frequency deviations."; ; rdfs:domain ; rdfs:label "aFRRAvailable"@en; ; , "NC" . a rdf:Property; rdfs:comment "The contracted active power capacity for automatic Frequency Restoration Reserves (aFRR). Represents the portion of aFRR provision secured through procurement arrangements (market-based or bilateral), available to the Automatic Generation Control (AGC) process for activation."; ; rdfs:domain ; rdfs:label "aFRRContracted"@en; ; , "NC" . a rdf:Property; rdfs:comment "The actual available active power capacity at a given time that can deliver Frequency Containment Reserves (FCR), considering unit status, technical constraints, and system conditions. This is the calculated reserves in real-time or operation planning."; ; rdfs:domain ; rdfs:label "fcrAvailable"@en; ; , "NC" . a rdf:Property; rdfs:comment "The contracted active power capacity for Frequency Containment Reserves (FCR). Represents the portion of FCR provision secured through contracts, tenders, or other procurement mechanisms, available for activation when needed."; ; rdfs:domain ; rdfs:label "fcrContracted"@en; ; , "NC" . a rdf:Property; rdfs:comment "The real-time or in simulation active power delivered as Frequency Restoration Reserves (mFRR), manually activated by the system operator or a central dispatch system to restore system frequency and area control error (ACE)."; ; rdfs:domain ; rdfs:label "mFRRActivated"@en; ; , "NC" . a rdf:Property; rdfs:comment "The contracted active power capacity for manual Frequency Restoration Reserves (mFRR). Represents the portion of Frequency Restoration Reserves (FRR) provision secured by the system operator through procurement mechanisms (market/bilateral) and made available for manual activation when needed."; ; rdfs:domain ; rdfs:label "mFRRContracted"@en; ; , "NC" . a rdf:Property; rdfs:domain ; "none"; rdfs:label "multiplier"@en; ; rdfs:range ; . a rdf:Property; rdfs:domain ; rdfs:label "unit"@en; ; rdfs:range ; . ; rdfs:domain ; rdfs:label "value"@en; a rdf:Property; ; . a rdf:Property; rdfs:comment "The support that a System Integrity Protection Scheme (SIPS) gives to a Power Transfer Corridor (PTC)."; ; rdfs:domain ; rdfs:label "value"@en; ; , "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; rdfs:comment "Target value for the phase that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment """Active power injection. Load sign convention is used, i.e. positive sign means flow out from a node. Starting value for a steady state solution."""; ; rdfs:domain ; rdfs:label "p"@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 "participationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "Target power-factor value that the control function aims to achieve by adjusting the operating setpoint of the controlled equipment. A positive value represents capacitive operation, while a negative value represents inductive operation."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum net amount of active power that the remedial action can regulate down."; ; rdfs:domain ; rdfs:label "maxRegulatingDown"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum net amount of active power that the remedial action can regulate up."; ; rdfs:domain ; rdfs:label "maxRegulatingUp"@en; ; , "NC" . a rdf:Property; rdfs:comment "If true, the assessed element is enabled, otherwise it is disabled."; ; rdfs:domain ; rdfs:label "enabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "Participation factor describing the entities part of the power shift strategy. Must be a positive value."; ; rdfs:domain ; rdfs:label "participationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "It enables/disables 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 "enabled"@en; ; , "NC" . a rdf:Property; rdfs:domain ; "none"; 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; rdfs:comment """The value at the time. The meaning of the value is defined by the attribute referenced by the PropertyReference. The attribute value can be integer, float or boolean. In case of boolean 1.0 equals true and 0.0 equals false. In case of integer the 0 should be included as a decimal, e.g. 2.0. If the valueKind equals incremental or incrementalPercentage, then the attribute value shall be positive (greater than zero). If the valueKind equals absolute, it does not constraint attribute value to be positive. If the valueKind equals incrementalPercentage, then the attribute value “100.0” shall represent 100%. The attribute value shall be positive float (0.0 value is not allowed) and can exceed 100.0."""; ; rdfs:domain ; rdfs:label "value"@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:comment "Target value for the reactive power that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . 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; rdfs:comment "Specifies the regulation status of the equipment. True is regulating, false is not regulating."; ; rdfs:domain ; rdfs:label "controlEnabled"@en; ; . a rdf:Property; rdfs:comment "Identifies if the remedial action can be used in further processes. True means available, False means unavailable. For instance, remedial action optimisation and coordination."; ; rdfs:domain ; rdfs:label "available"@en; ; , "NC" . a rdf:Property; rdfs:comment "If true, the remedial action dependency is enabled, otherwise it is disabled."; ; rdfs:domain ; rdfs:label "enabled"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum net amount of active power that the group of remedial actions can regulate down."; ; rdfs:domain ; rdfs:label "maxRegulatingDown"@en; ; , "NC" . a rdf:Property; rdfs:comment "Maximum net amount of active power that the group of remedial actions can regulate up."; ; rdfs:domain ; rdfs:label "maxRegulatingUp"@en; ; , "NC" . a rdf:Property; rdfs:comment "Defines the arming status of the remedial action scheme. It is set by operation or by signal."; ; rdfs:domain ; rdfs:label "armed"@en; ; , "NC" . a rdf:Property; rdfs:comment "Indicates if the remedial action scheme and related assets are active and can participate in system operation. If true, the scheme is active. If false, the scheme is treated as if it is not in the model."; ; rdfs:domain ; rdfs:label "inService"@en; ; , "NC" . a rdf:Property; rdfs:comment "Amount of energy available in the storage."; ; rdfs:domain ; rdfs:label "energyStorage"@en; ; , "NC" . a rdf:Property; rdfs:comment "Mode of the rotating machine controller."; rdfs:domain ; rdfs:label "mode"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "Mode of the Static Synchronous Series compensator controller."; rdfs:domain ; rdfs:label "mode"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "Active power injection. Load sign convention is used, i.e. positive sign means flow out from a node."; ; rdfs:domain ; rdfs:label "p"@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 "participationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "Netted active power representing production, consumption and import/export for the scheduling area. Load sign convention is used, i.e. positive value indicates flow into the area."; ; rdfs:domain ; rdfs:label "p"@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 "participationFactor"@en; ; , "NC" . a rdf:Property; rdfs:comment "Netted reactive power representing production, consumption and import/export for the scheduling area. Load sign convention is used, i.e. positive value indicates flow into the area."; ; rdfs:domain ; rdfs:label "q"@en; ; , "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; 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; rdfs:comment "The status of the class set by operation or by signal. Optional field that will override other status fields."; ; rdfs:domain ; rdfs:label "armed"@en; ; , "NC" . a rdf:Property; rdfs:comment "Indicates if the stage trigger is in service."; ; rdfs:domain ; rdfs:label "inService"@en; ; , "NC" . a rdf:Property; rdfs:comment "Mode of the substation controller."; rdfs:domain ; rdfs:label "mode"@en; ; rdfs:range ; , "NC" . a rdf:Property; rdfs:comment "Mode of the TCSC controller."; rdfs:domain ; rdfs:label "mode"@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; rdfs:comment "The actual compensation impedance provided by the compensator. The attribute value shall be positive if compensation is in the capacitive range. The attribute value shall be negative if compensation is in the inductive rating."; ; rdfs:domain ; rdfs:label "compensationZ"@en; ; , "NC" . a rdf:Property; rdfs:comment "The current section on which the TCSC is operating."; ; rdfs:domain ; rdfs:label "currentSection"@en; ; , "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; rdfs:comment "Target value for the voltage angle that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@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 "value"@en; ; , "NC" . a rdf:Property; rdfs:comment "Target value for the voltage that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . a rdf:Property; rdfs:comment "Target value for the voltage that the control function is calculating to achieve by adjusting the operational setting to the controlled equipment."; ; rdfs:domain ; rdfs:label "targetValue"@en; ; , "NC" . a ; rdfs:comment "Active power is specified."; rdfs:label "activePower"@en; "enum" . a ; rdfs:comment "Power factor is specified."; rdfs:label "powerFactor"@en; "enum" . a ; rdfs:comment "Reactive power control."; rdfs:label "reactivePower"@en; "enum" . a ; rdfs:comment "Voltage control."; rdfs:label "voltage"@en; "enum" . a ; rdfs:comment "The device injects a voltage proportional to the difference between the line current and the target value of the CurrentDroopControlFunction. There are capacitive and inductive operational regions."; rdfs:label "currentDroop"@en; "enum" . a ; rdfs:comment "The device injects a voltage proportional to the line current to achieve the specified target value defined by the ImpedanceControlFunction. The voltage will vary according to the line current level."; rdfs:label "effectiveReactance"@en; "enum" . a ; rdfs:comment "The device bypasses and a voltage injection is close to zero. In monitoring mode current is monitored."; rdfs:label "monitoring"@en; "enum" . a ; rdfs:comment "The device injects a fixed voltage that is either inductive or capacitive according to the specified target value of the VoltageInjectionControlFunction. The effective reactance varies according to the flow of the line current."; rdfs:label "voltageInjection"@en; "enum" . a ; rdfs:comment "Active power control is the primary control of the substation.."; rdfs:label "activePower"@en; "enum" . a ; rdfs:comment "Reactive power control is the primary control of the substation."; rdfs:label "reactivePower"@en; "enum" . a ; rdfs:comment "Voltage control is the primary control of the substation."; rdfs:label "voltage"@en; "enum" . a ; rdfs:comment "Control is active power."; rdfs:label "activePower"@en; "enum" . a ; rdfs:comment "Control is current."; rdfs:label "current"@en; "enum" . a ; rdfs:comment "Control is impedance."; rdfs:label "impedance"@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 "Frequency in hertz (1/s)."; rdfs:label "Hz"@en; "enum" . a ; rdfs:comment "Electric potential in volts (W/A)."; rdfs:label "V"@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 "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 "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 "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" .