ShortCircuitShape.ttl

@base <http://iec.ch/TC57/2013/CIM-schema-cim16#> .
@prefix rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> .
@prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> .
@prefix xsd: <http://www.w3.org/2001/XMLSchema#> .
@prefix sh: <http://www.w3.org/ns/shacl#> .

<ACDCTerminalShape> rdf:type sh:NodeShape ;
	sh:targetClass <ACDCTerminal> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

<ACLineSegmentShape> rdf:type sh:NodeShape ;
	sh:targetClass <ACLineSegment> ;
	sh:property _:ACLineSegmentShape.b0ch , _:ACLineSegmentShape.g0ch , _:ACLineSegmentShape.r0 , _:ACLineSegmentShape.shortCircuitEndTemperature , _:ACLineSegmentShape.x0 , _:IdentifiedObjectShape.mRID .

_:ACLineSegmentShape.b0ch rdf:type sh:PropertyShape ;
	sh:path <ACLineSegment.b0ch> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "B0ch"@en ;
	sh:description "Zero sequence shunt (charging) susceptance, uniformly distributed, of the entire line section."^^rdf:XMLLiteral .
_:ACLineSegmentShape.g0ch rdf:type sh:PropertyShape ;
	sh:path <ACLineSegment.g0ch> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "G0ch"@en ;
	sh:description "Zero sequence shunt (charging) conductance, uniformly distributed, of the entire line section."^^rdf:XMLLiteral .
_:ACLineSegmentShape.r0 rdf:type sh:PropertyShape ;
	sh:path <ACLineSegment.r0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R0"@en ;
	sh:description "Zero sequence series resistance of the entire line section."^^rdf:XMLLiteral .
_:ACLineSegmentShape.shortCircuitEndTemperature rdf:type sh:PropertyShape ;
	sh:path <ACLineSegment.shortCircuitEndTemperature> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Short Circuit End Temperature"@en ;
	sh:description "Maximum permitted temperature at the end of SC for the calculation of minimum short-circuit currents."^^rdf:XMLLiteral .
_:ACLineSegmentShape.x0 rdf:type sh:PropertyShape ;
	sh:path <ACLineSegment.x0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X0"@en ;
	sh:description "Zero sequence series reactance of the entire line section."^^rdf:XMLLiteral .

<AsynchronousMachineShape> rdf:type sh:NodeShape ;
	sh:targetClass <AsynchronousMachine> ;
	sh:property _:AsynchronousMachineShape.converterFedDrive , _:AsynchronousMachineShape.efficiency , _:AsynchronousMachineShape.iaIrRatio , _:AsynchronousMachineShape.polePairNumber , _:AsynchronousMachineShape.ratedMechanicalPower , _:AsynchronousMachineShape.reversible , _:AsynchronousMachineShape.rxLockedRotorRatio , _:IdentifiedObjectShape.mRID .

_:AsynchronousMachineShape.converterFedDrive rdf:type sh:PropertyShape ;
	sh:path <AsynchronousMachine.converterFedDrive> ;
	sh:datatype xsd:boolean ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Converter Fed Drive"@en ;
	sh:description "Indicates whether the machine is a converter fed drive."^^rdf:XMLLiteral .
_:AsynchronousMachineShape.efficiency rdf:type sh:PropertyShape ;
	sh:path <AsynchronousMachine.efficiency> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Efficiency"@en ;
	sh:description "Efficiency of the asynchronous machine at nominal operation as a percentage."^^rdf:XMLLiteral .
_:AsynchronousMachineShape.iaIrRatio rdf:type sh:PropertyShape ;
	sh:path <AsynchronousMachine.iaIrRatio> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Ia Ir Ratio"@en ;
	sh:description "Ratio of locked-rotor current to the rated current of the motor (Ia/Ir)."^^rdf:XMLLiteral .
_:AsynchronousMachineShape.polePairNumber rdf:type sh:PropertyShape ;
	sh:path <AsynchronousMachine.polePairNumber> ;
	sh:datatype xsd:integer ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Pole Pair Number"@en ;
	sh:description "Number of pole pairs of stator."^^rdf:XMLLiteral .
_:AsynchronousMachineShape.ratedMechanicalPower rdf:type sh:PropertyShape ;
	sh:path <AsynchronousMachine.ratedMechanicalPower> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Rated Mechanical Power"@en ;
	sh:description "Rated mechanical power (Pr in IEC 60909-0)."^^rdf:XMLLiteral .
_:AsynchronousMachineShape.reversible rdf:type sh:PropertyShape ;
	sh:path <AsynchronousMachine.reversible> ;
	sh:datatype xsd:boolean ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Reversible"@en ;
	sh:description "Indicates for converter drive motors if the power can be reversible."^^rdf:XMLLiteral .
_:AsynchronousMachineShape.rxLockedRotorRatio rdf:type sh:PropertyShape ;
	sh:path <AsynchronousMachine.rxLockedRotorRatio> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Rx Locked Rotor Ratio"@en ;
	sh:description "Locked rotor ratio (R/X)."^^rdf:XMLLiteral .

<BusbarSectionShape> rdf:type sh:NodeShape ;
	sh:targetClass <BusbarSection> ;
	sh:property _:BusbarSectionShape.ipMax , _:IdentifiedObjectShape.mRID .

_:BusbarSectionShape.ipMax rdf:type sh:PropertyShape ;
	sh:path <BusbarSection.ipMax> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Ip Max"@en ;
	sh:description "Maximum allowable peak short-circuit current of busbar (Ipmax in IEC 60909-0)."^^rdf:XMLLiteral .

<ConductingEquipmentShape> rdf:type sh:NodeShape ;
	sh:targetClass <ConductingEquipment> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

<ConductorShape> rdf:type sh:NodeShape ;
	sh:targetClass <Conductor> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

<ConnectorShape> rdf:type sh:NodeShape ;
	sh:targetClass <Connector> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

<EarthFaultCompensatorShape> rdf:type sh:NodeShape ;
	sh:targetClass <EarthFaultCompensator> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

_:EarthFaultCompensatorShape.r rdf:type sh:PropertyShape ;
	sh:path <EarthFaultCompensator.r> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R"@en ;
	sh:description "Nominal resistance of device."^^rdf:XMLLiteral .

<EnergyConnectionShape> rdf:type sh:NodeShape ;
	sh:targetClass <EnergyConnection> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

<EnergySourceShape> rdf:type sh:NodeShape ;
	sh:targetClass <EnergySource> ;
	sh:property _:EnergySourceShape.r , _:EnergySourceShape.r0 , _:EnergySourceShape.rn , _:EnergySourceShape.x , _:EnergySourceShape.x0 , _:EnergySourceShape.xn , _:IdentifiedObjectShape.mRID .

_:EnergySourceShape.r rdf:type sh:PropertyShape ;
	sh:path <EnergySource.r> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R"@en ;
	sh:description "Positive sequence Thevenin resistance."^^rdf:XMLLiteral .
_:EnergySourceShape.r0 rdf:type sh:PropertyShape ;
	sh:path <EnergySource.r0> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R0"@en ;
	sh:description "Zero sequence Thevenin resistance."^^rdf:XMLLiteral .
_:EnergySourceShape.rn rdf:type sh:PropertyShape ;
	sh:path <EnergySource.rn> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Rn"@en ;
	sh:description "Negative sequence Thevenin resistance."^^rdf:XMLLiteral .
_:EnergySourceShape.x rdf:type sh:PropertyShape ;
	sh:path <EnergySource.x> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X"@en ;
	sh:description "Positive sequence Thevenin reactance."^^rdf:XMLLiteral .
_:EnergySourceShape.x0 rdf:type sh:PropertyShape ;
	sh:path <EnergySource.x0> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X0"@en ;
	sh:description "Zero sequence Thevenin reactance."^^rdf:XMLLiteral .
_:EnergySourceShape.xn rdf:type sh:PropertyShape ;
	sh:path <EnergySource.xn> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Xn"@en ;
	sh:description "Negative sequence Thevenin reactance."^^rdf:XMLLiteral .

<EquipmentShape> rdf:type sh:NodeShape ;
	sh:targetClass <Equipment> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

<EquivalentBranchShape> rdf:type sh:NodeShape ;
	sh:targetClass <EquivalentBranch> ;
	sh:property _:EquivalentBranchShape.negativeR12 , _:EquivalentBranchShape.negativeR21 , _:EquivalentBranchShape.negativeX12 , _:EquivalentBranchShape.negativeX21 , _:EquivalentBranchShape.positiveR12 , _:EquivalentBranchShape.positiveR21 , _:EquivalentBranchShape.positiveX12 , _:EquivalentBranchShape.positiveX21 , _:EquivalentBranchShape.zeroR12 , _:EquivalentBranchShape.zeroR21 , _:EquivalentBranchShape.zeroX12 , _:EquivalentBranchShape.zeroX21 , _:IdentifiedObjectShape.mRID .

_:EquivalentBranchShape.negativeR12 rdf:type sh:PropertyShape ;
	sh:path <EquivalentBranch.negativeR12> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Negative R12"@en ;
	sh:description "Negative sequence series resistance from terminal sequence  1 to terminal sequence 2."^^rdf:XMLLiteral .
_:EquivalentBranchShape.negativeR21 rdf:type sh:PropertyShape ;
	sh:path <EquivalentBranch.negativeR21> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Negative R21"@en ;
	sh:description "Negative sequence series resistance from terminal sequence 2 to terminal sequence 1."^^rdf:XMLLiteral .
_:EquivalentBranchShape.negativeX12 rdf:type sh:PropertyShape ;
	sh:path <EquivalentBranch.negativeX12> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Negative X12"@en ;
	sh:description "Negative sequence series reactance from terminal sequence  1 to terminal sequence 2."^^rdf:XMLLiteral .
_:EquivalentBranchShape.negativeX21 rdf:type sh:PropertyShape ;
	sh:path <EquivalentBranch.negativeX21> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Negative X21"@en ;
	sh:description "Negative sequence series reactance from terminal sequence 2 to terminal sequence 1."^^rdf:XMLLiteral .
_:EquivalentBranchShape.positiveR12 rdf:type sh:PropertyShape ;
	sh:path <EquivalentBranch.positiveR12> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Positive R12"@en ;
	sh:description "Positive sequence series resistance from terminal sequence  1 to terminal sequence 2 ."^^rdf:XMLLiteral .
_:EquivalentBranchShape.positiveR21 rdf:type sh:PropertyShape ;
	sh:path <EquivalentBranch.positiveR21> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Positive R21"@en ;
	sh:description "Positive sequence series resistance from terminal sequence 2 to terminal sequence 1."^^rdf:XMLLiteral .
_:EquivalentBranchShape.positiveX12 rdf:type sh:PropertyShape ;
	sh:path <EquivalentBranch.positiveX12> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Positive X12"@en ;
	sh:description "Positive sequence series reactance from terminal sequence  1 to terminal sequence 2."^^rdf:XMLLiteral .
_:EquivalentBranchShape.positiveX21 rdf:type sh:PropertyShape ;
	sh:path <EquivalentBranch.positiveX21> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Positive X21"@en ;
	sh:description "Positive sequence series reactance from terminal sequence 2 to terminal sequence 1."^^rdf:XMLLiteral .
_:EquivalentBranchShape.zeroR12 rdf:type sh:PropertyShape ;
	sh:path <EquivalentBranch.zeroR12> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Zero R12"@en ;
	sh:description "Zero sequence series resistance from terminal sequence  1 to terminal sequence 2."^^rdf:XMLLiteral .
_:EquivalentBranchShape.zeroR21 rdf:type sh:PropertyShape ;
	sh:path <EquivalentBranch.zeroR21> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Zero R21"@en ;
	sh:description "Zero sequence series resistance from terminal sequence  2 to terminal sequence 1."^^rdf:XMLLiteral .
_:EquivalentBranchShape.zeroX12 rdf:type sh:PropertyShape ;
	sh:path <EquivalentBranch.zeroX12> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Zero X12"@en ;
	sh:description "Zero sequence series reactance from terminal sequence  1 to terminal sequence 2."^^rdf:XMLLiteral .
_:EquivalentBranchShape.zeroX21 rdf:type sh:PropertyShape ;
	sh:path <EquivalentBranch.zeroX21> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Zero X21"@en ;
	sh:description "Zero sequence series reactance from terminal sequence 2 to terminal sequence 1."^^rdf:XMLLiteral .

<EquivalentEquipmentShape> rdf:type sh:NodeShape ;
	sh:targetClass <EquivalentEquipment> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

<EquivalentInjectionShape> rdf:type sh:NodeShape ;
	sh:targetClass <EquivalentInjection> ;
	sh:property _:EquivalentInjectionShape.r , _:EquivalentInjectionShape.r0 , _:EquivalentInjectionShape.r2 , _:EquivalentInjectionShape.x , _:EquivalentInjectionShape.x0 , _:EquivalentInjectionShape.x2 , _:IdentifiedObjectShape.mRID .

_:EquivalentInjectionShape.r rdf:type sh:PropertyShape ;
	sh:path <EquivalentInjection.r> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R"@en ;
	sh:description "Positive sequence resistance."^^rdf:XMLLiteral .
_:EquivalentInjectionShape.r0 rdf:type sh:PropertyShape ;
	sh:path <EquivalentInjection.r0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R0"@en ;
	sh:description "Zero sequence resistance."^^rdf:XMLLiteral .
_:EquivalentInjectionShape.r2 rdf:type sh:PropertyShape ;
	sh:path <EquivalentInjection.r2> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R2"@en ;
	sh:description "Negative sequence resistance."^^rdf:XMLLiteral .
_:EquivalentInjectionShape.x rdf:type sh:PropertyShape ;
	sh:path <EquivalentInjection.x> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X"@en ;
	sh:description "Positive sequence reactance."^^rdf:XMLLiteral .
_:EquivalentInjectionShape.x0 rdf:type sh:PropertyShape ;
	sh:path <EquivalentInjection.x0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X0"@en ;
	sh:description "Zero sequence reactance."^^rdf:XMLLiteral .
_:EquivalentInjectionShape.x2 rdf:type sh:PropertyShape ;
	sh:path <EquivalentInjection.x2> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X2"@en ;
	sh:description "Negative sequence reactance."^^rdf:XMLLiteral .

<ExternalNetworkInjectionShape> rdf:type sh:NodeShape ;
	sh:targetClass <ExternalNetworkInjection> ;
	sh:property _:ExternalNetworkInjectionShape.ikSecond , _:ExternalNetworkInjectionShape.maxInitialSymShCCurrent , _:ExternalNetworkInjectionShape.maxR0ToX0Ratio , _:ExternalNetworkInjectionShape.maxR1ToX1Ratio , _:ExternalNetworkInjectionShape.maxZ0ToZ1Ratio , _:ExternalNetworkInjectionShape.minInitialSymShCCurrent , _:ExternalNetworkInjectionShape.minR0ToX0Ratio , _:ExternalNetworkInjectionShape.minR1ToX1Ratio , _:ExternalNetworkInjectionShape.minZ0ToZ1Ratio , _:ExternalNetworkInjectionShape.voltageFactor , _:IdentifiedObjectShape.mRID .

_:ExternalNetworkInjectionShape.ikSecond rdf:type sh:PropertyShape ;
	sh:path <ExternalNetworkInjection.ikSecond> ;
	sh:datatype xsd:boolean ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Ik Second"@en ;
	sh:description "Indicates whether initial symmetrical short-circuit current and power have been calculated according to IEC (Ik\")."^^rdf:XMLLiteral .
_:ExternalNetworkInjectionShape.maxInitialSymShCCurrent rdf:type sh:PropertyShape ;
	sh:path <ExternalNetworkInjection.maxInitialSymShCCurrent> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Max Initial Sym Sh C Current"@en ;
	sh:description "  Maximum initial symmetrical short-circuit currents (Ik\" max) in A (Ik\" = Sk\"/(SQRT(3) Un))."^^rdf:XMLLiteral .
_:ExternalNetworkInjectionShape.maxR0ToX0Ratio rdf:type sh:PropertyShape ;
	sh:path <ExternalNetworkInjection.maxR0ToX0Ratio> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Max R0 To X0 Ratio"@en ;
	sh:description "Maximum ratio of zero sequence resistance of Network Feeder to its zero sequence reactance (R(0)/X(0) max)."^^rdf:XMLLiteral .
_:ExternalNetworkInjectionShape.maxR1ToX1Ratio rdf:type sh:PropertyShape ;
	sh:path <ExternalNetworkInjection.maxR1ToX1Ratio> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Max R1 To X1 Ratio"@en ;
	sh:description "Maximum ratio of positive sequence resistance of Network Feeder to its positive sequence reactance (R(1)/X(1) max)."^^rdf:XMLLiteral .
_:ExternalNetworkInjectionShape.maxZ0ToZ1Ratio rdf:type sh:PropertyShape ;
	sh:path <ExternalNetworkInjection.maxZ0ToZ1Ratio> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Max Z0 To Z1 Ratio"@en ;
	sh:description "Maximum ratio of zero sequence impedance to its positive sequence impedance (Z(0)/Z(1) max)."^^rdf:XMLLiteral .
_:ExternalNetworkInjectionShape.minInitialSymShCCurrent rdf:type sh:PropertyShape ;
	sh:path <ExternalNetworkInjection.minInitialSymShCCurrent> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Min Initial Sym Sh C Current"@en ;
	sh:description "Minimum initial symmetrical short-circuit currents (Ik\" min) in A (Ik\" = Sk\"/(SQRT(3) Un))."^^rdf:XMLLiteral .
_:ExternalNetworkInjectionShape.minR0ToX0Ratio rdf:type sh:PropertyShape ;
	sh:path <ExternalNetworkInjection.minR0ToX0Ratio> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Min R0 To X0 Ratio"@en ;
	sh:description "Indicates whether initial symmetrical short-circuit current and power have been calculated according to IEC (Ik\")."^^rdf:XMLLiteral .
_:ExternalNetworkInjectionShape.minR1ToX1Ratio rdf:type sh:PropertyShape ;
	sh:path <ExternalNetworkInjection.minR1ToX1Ratio> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Min R1 To X1 Ratio"@en ;
	sh:description "Minimum ratio of positive sequence resistance of Network Feeder to its positive sequence reactance (R(1)/X(1) min)."^^rdf:XMLLiteral .
_:ExternalNetworkInjectionShape.minZ0ToZ1Ratio rdf:type sh:PropertyShape ;
	sh:path <ExternalNetworkInjection.minZ0ToZ1Ratio> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Min Z0 To Z1 Ratio"@en ;
	sh:description "Minimum ratio of zero sequence impedance to its positive sequence impedance (Z(0)/Z(1) min)."^^rdf:XMLLiteral .
_:ExternalNetworkInjectionShape.voltageFactor rdf:type sh:PropertyShape ;
	sh:path <ExternalNetworkInjection.voltageFactor> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Voltage Factor"@en ;
	sh:description "Voltage factor in pu, which was used to calculate short-circuit current Ik\" and power Sk\"."^^rdf:XMLLiteral .

<GroundingImpedanceShape> rdf:type sh:NodeShape ;
	sh:targetClass <GroundingImpedance> ;
	sh:property _:GroundingImpedanceShape.x , _:EarthFaultCompensatorShape.r , _:IdentifiedObjectShape.mRID .

_:GroundingImpedanceShape.x rdf:type sh:PropertyShape ;
	sh:path <GroundingImpedance.x> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X"@en ;
	sh:description "Reactance of device."^^rdf:XMLLiteral .

<IdentifiedObjectShape> rdf:type sh:NodeShape ;
	sh:targetClass <IdentifiedObject> ;
	sh:closed "true"^^xsd:boolean .

_:IdentifiedObjectShape.mRID rdf:type sh:PropertyShape ;
	sh:path <IdentifiedObject.mRID> ;
	sh:datatype xsd:string ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "MRID"@en ;
	sh:description "Master resource identifier issued by a model authority."^^rdf:XMLLiteral .

<LinearShuntCompensatorShape> rdf:type sh:NodeShape ;
	sh:targetClass <LinearShuntCompensator> ;
	sh:property _:LinearShuntCompensatorShape.b0PerSection , _:LinearShuntCompensatorShape.g0PerSection , _:IdentifiedObjectShape.mRID .

_:LinearShuntCompensatorShape.b0PerSection rdf:type sh:PropertyShape ;
	sh:path <LinearShuntCompensator.b0PerSection> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "B0 Per Section"@en ;
	sh:description "Zero sequence shunt (charging) susceptance per section."^^rdf:XMLLiteral .
_:LinearShuntCompensatorShape.g0PerSection rdf:type sh:PropertyShape ;
	sh:path <LinearShuntCompensator.g0PerSection> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "G0 Per Section"@en ;
	sh:description "Zero sequence shunt (charging) conductance per section."^^rdf:XMLLiteral .

<MutualCouplingShape> rdf:type sh:NodeShape ;
	sh:targetClass <MutualCoupling> ;
	sh:property _:MutualCouplingShape.b0ch , _:MutualCouplingShape.distance11 , _:MutualCouplingShape.distance12 , _:MutualCouplingShape.distance21 , _:MutualCouplingShape.distance22 , _:MutualCouplingShape.g0ch , _:MutualCouplingShape.r0 , _:MutualCouplingShape.x0 , _:MutualCouplingShape.First_Terminal , _:MutualCouplingShape.Second_Terminal , _:IdentifiedObjectShape.mRID .

_:MutualCouplingShape.b0ch rdf:type sh:PropertyShape ;
	sh:path <MutualCoupling.b0ch> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "B0ch"@en ;
	sh:description "Zero sequence mutual coupling shunt (charging) susceptance, uniformly distributed, of the entire line section."^^rdf:XMLLiteral .
_:MutualCouplingShape.distance11 rdf:type sh:PropertyShape ;
	sh:path <MutualCoupling.distance11> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Distance11"@en ;
	sh:description "Distance to the start of the coupled region from the first line's terminal having sequence number equal to 1."^^rdf:XMLLiteral .
_:MutualCouplingShape.distance12 rdf:type sh:PropertyShape ;
	sh:path <MutualCoupling.distance12> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Distance12"@en ;
	sh:description "Distance to the end of the coupled region from the first line's terminal with sequence number equal to 1."^^rdf:XMLLiteral .
_:MutualCouplingShape.distance21 rdf:type sh:PropertyShape ;
	sh:path <MutualCoupling.distance21> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Distance21"@en ;
	sh:description "Distance to the start of coupled region from the second line's terminal with sequence number equal to 1."^^rdf:XMLLiteral .
_:MutualCouplingShape.distance22 rdf:type sh:PropertyShape ;
	sh:path <MutualCoupling.distance22> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Distance22"@en ;
	sh:description "Distance to the end of coupled region from the second line's terminal with sequence number equal to 1."^^rdf:XMLLiteral .
_:MutualCouplingShape.g0ch rdf:type sh:PropertyShape ;
	sh:path <MutualCoupling.g0ch> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "G0ch"@en ;
	sh:description "Zero sequence mutual coupling shunt (charging) conductance, uniformly distributed, of the entire line section."^^rdf:XMLLiteral .
_:MutualCouplingShape.r0 rdf:type sh:PropertyShape ;
	sh:path <MutualCoupling.r0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R0"@en ;
	sh:description "Zero sequence branch-to-branch mutual impedance coupling, resistance."^^rdf:XMLLiteral .
_:MutualCouplingShape.x0 rdf:type sh:PropertyShape ;
	sh:path <MutualCoupling.x0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X0"@en ;
	sh:description "Zero sequence branch-to-branch mutual impedance coupling, reactance."^^rdf:XMLLiteral .

_:MutualCouplingShape.First_Terminal rdf:type sh:PropertyShape ;
	sh:path <MutualCoupling.First_Terminal> ;
	sh:class <Terminal> ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "First Terminal"@en ;
	sh:description "The starting terminal for the calculation of distances along the first branch of the mutual coupling."^^rdf:XMLLiteral .
_:MutualCouplingShape.Second_Terminal rdf:type sh:PropertyShape ;
	sh:path <MutualCoupling.Second_Terminal> ;
	sh:class <Terminal> ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Second Terminal"@en ;
	sh:description "The starting terminal for the calculation of distances along the second branch of the mutual coupling."^^rdf:XMLLiteral .

<NonlinearShuntCompensatorPointShape> rdf:type sh:NodeShape ;
	sh:targetClass <NonlinearShuntCompensatorPoint> ;
	sh:property _:NonlinearShuntCompensatorPointShape.b0 , _:NonlinearShuntCompensatorPointShape.g0 .

_:NonlinearShuntCompensatorPointShape.b0 rdf:type sh:PropertyShape ;
	sh:path <NonlinearShuntCompensatorPoint.b0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "B0"@en ;
	sh:description "Zero sequence shunt (charging) susceptance per section."^^rdf:XMLLiteral .
_:NonlinearShuntCompensatorPointShape.g0 rdf:type sh:PropertyShape ;
	sh:path <NonlinearShuntCompensatorPoint.g0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "G0"@en ;
	sh:description "Zero sequence shunt (charging) conductance per section."^^rdf:XMLLiteral .

<PetersenCoilShape> rdf:type sh:NodeShape ;
	sh:targetClass <PetersenCoil> ;
	sh:property _:PetersenCoilShape.mode , _:PetersenCoilShape.nominalU , _:PetersenCoilShape.offsetCurrent , _:PetersenCoilShape.positionCurrent , _:PetersenCoilShape.xGroundMax , _:PetersenCoilShape.xGroundMin , _:PetersenCoilShape.xGroundNominal , _:EarthFaultCompensatorShape.r , _:IdentifiedObjectShape.mRID .

_:PetersenCoilShape.mode rdf:type sh:PropertyShape ;
	sh:path <PetersenCoil.mode> ;
	sh:datatype xsd:string ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:in _:PetersenCoilModeKind ;
	sh:name "Mode"@en ;
	sh:description "The mode of operation of the Petersen coil."^^rdf:XMLLiteral .
_:PetersenCoilShape.nominalU rdf:type sh:PropertyShape ;
	sh:path <PetersenCoil.nominalU> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Nominal U"@en ;
	sh:description "The nominal voltage for which the coil is designed."^^rdf:XMLLiteral .
_:PetersenCoilShape.offsetCurrent rdf:type sh:PropertyShape ;
	sh:path <PetersenCoil.offsetCurrent> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Offset Current"@en ;
	sh:description "The offset current that the Petersen coil controller is operating from the resonant point."^^rdf:XMLLiteral .
_:PetersenCoilShape.positionCurrent rdf:type sh:PropertyShape ;
	sh:path <PetersenCoil.positionCurrent> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Position Current"@en ;
	sh:description "The control current used to control the Petersen coil also known as the position current."^^rdf:XMLLiteral .
_:PetersenCoilShape.xGroundMax rdf:type sh:PropertyShape ;
	sh:path <PetersenCoil.xGroundMax> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X Ground Max"@en ;
	sh:description "The maximum reactance."^^rdf:XMLLiteral .
_:PetersenCoilShape.xGroundMin rdf:type sh:PropertyShape ;
	sh:path <PetersenCoil.xGroundMin> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X Ground Min"@en ;
	sh:description "The minimum reactance."^^rdf:XMLLiteral .
_:PetersenCoilShape.xGroundNominal rdf:type sh:PropertyShape ;
	sh:path <PetersenCoil.xGroundNominal> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X Ground Nominal"@en ;
	sh:description "The nominal reactance."^^rdf:XMLLiteral .

<PowerSystemResourceShape> rdf:type sh:NodeShape ;
	sh:targetClass <PowerSystemResource> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

<PowerTransformerShape> rdf:type sh:NodeShape ;
	sh:targetClass <PowerTransformer> ;
	sh:property _:PowerTransformerShape.beforeShCircuitHighestOperatingCurrent , _:PowerTransformerShape.beforeShCircuitHighestOperatingVoltage , _:PowerTransformerShape.beforeShortCircuitAnglePf , _:PowerTransformerShape.highSideMinOperatingU , _:PowerTransformerShape.isPartOfGeneratorUnit , _:PowerTransformerShape.operationalValuesConsidered , _:IdentifiedObjectShape.mRID .

_:PowerTransformerShape.beforeShCircuitHighestOperatingCurrent rdf:type sh:PropertyShape ;
	sh:path <PowerTransformer.beforeShCircuitHighestOperatingCurrent> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Before Sh Circuit Highest Operating Current"@en .
_:PowerTransformerShape.beforeShCircuitHighestOperatingVoltage rdf:type sh:PropertyShape ;
	sh:path <PowerTransformer.beforeShCircuitHighestOperatingVoltage> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Before Sh Circuit Highest Operating Voltage"@en ;
	sh:description "The highest operating voltage (Ub in IEC 60909-0) before short circuit."^^rdf:XMLLiteral .
_:PowerTransformerShape.beforeShortCircuitAnglePf rdf:type sh:PropertyShape ;
	sh:path <PowerTransformer.beforeShortCircuitAnglePf> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Before Short Circuit Angle Pf"@en ;
	sh:description "The angle of power factor before short circuit (phib in IEC 60909-0)."^^rdf:XMLLiteral .
_:PowerTransformerShape.highSideMinOperatingU rdf:type sh:PropertyShape ;
	sh:path <PowerTransformer.highSideMinOperatingU> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "High Side Min Operating U"@en .
_:PowerTransformerShape.isPartOfGeneratorUnit rdf:type sh:PropertyShape ;
	sh:path <PowerTransformer.isPartOfGeneratorUnit> ;
	sh:datatype xsd:boolean ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Is Part Of Generator Unit"@en ;
	sh:description "Indicates whether the machine is part of a power station unit."^^rdf:XMLLiteral .
_:PowerTransformerShape.operationalValuesConsidered rdf:type sh:PropertyShape ;
	sh:path <PowerTransformer.operationalValuesConsidered> ;
	sh:datatype xsd:boolean ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Operational Values Considered"@en .

<PowerTransformerEndShape> rdf:type sh:NodeShape ;
	sh:targetClass <PowerTransformerEnd> ;
	sh:property _:PowerTransformerEndShape.b0 , _:PowerTransformerEndShape.g0 , _:PowerTransformerEndShape.phaseAngleClock , _:PowerTransformerEndShape.r0 , _:PowerTransformerEndShape.x0 , _:TransformerEndShape.grounded , _:TransformerEndShape.rground , _:TransformerEndShape.xground , _:IdentifiedObjectShape.mRID .

_:PowerTransformerEndShape.b0 rdf:type sh:PropertyShape ;
	sh:path <PowerTransformerEnd.b0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "B0"@en ;
	sh:description "Zero sequence magnetizing branch susceptance."^^rdf:XMLLiteral .
_:PowerTransformerEndShape.g0 rdf:type sh:PropertyShape ;
	sh:path <PowerTransformerEnd.g0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "G0"@en ;
	sh:description "Zero sequence magnetizing branch conductance (star-model)."^^rdf:XMLLiteral .
_:PowerTransformerEndShape.phaseAngleClock rdf:type sh:PropertyShape ;
	sh:path <PowerTransformerEnd.phaseAngleClock> ;
	sh:datatype xsd:integer ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Phase Angle Clock"@en ;
	sh:description "Terminal voltage phase angle displacement where 360 degrees are represented with clock hours."^^rdf:XMLLiteral .
_:PowerTransformerEndShape.r0 rdf:type sh:PropertyShape ;
	sh:path <PowerTransformerEnd.r0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R0"@en ;
	sh:description "Zero sequence series resistance (star-model) of the transformer end."^^rdf:XMLLiteral .
_:PowerTransformerEndShape.x0 rdf:type sh:PropertyShape ;
	sh:path <PowerTransformerEnd.x0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X0"@en ;
	sh:description "Zero sequence series reactance of the transformer end."^^rdf:XMLLiteral .

<RegulatingCondEqShape> rdf:type sh:NodeShape ;
	sh:targetClass <RegulatingCondEq> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

<RotatingMachineShape> rdf:type sh:NodeShape ;
	sh:targetClass <RotatingMachine> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

<SeriesCompensatorShape> rdf:type sh:NodeShape ;
	sh:targetClass <SeriesCompensator> ;
	sh:property _:SeriesCompensatorShape.r0 , _:SeriesCompensatorShape.varistorPresent , _:SeriesCompensatorShape.varistorRatedCurrent , _:SeriesCompensatorShape.varistorVoltageThreshold , _:SeriesCompensatorShape.x0 , _:IdentifiedObjectShape.mRID .

_:SeriesCompensatorShape.r0 rdf:type sh:PropertyShape ;
	sh:path <SeriesCompensator.r0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R0"@en ;
	sh:description "Zero sequence resistance."^^rdf:XMLLiteral .
_:SeriesCompensatorShape.varistorPresent rdf:type sh:PropertyShape ;
	sh:path <SeriesCompensator.varistorPresent> ;
	sh:datatype xsd:boolean ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Varistor Present"@en .
_:SeriesCompensatorShape.varistorRatedCurrent rdf:type sh:PropertyShape ;
	sh:path <SeriesCompensator.varistorRatedCurrent> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Varistor Rated Current"@en ;
	sh:description "The maximum current the varistor is designed to handle at specified duration."^^rdf:XMLLiteral .
_:SeriesCompensatorShape.varistorVoltageThreshold rdf:type sh:PropertyShape ;
	sh:path <SeriesCompensator.varistorVoltageThreshold> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Varistor Voltage Threshold"@en ;
	sh:description "The dc voltage at which the varistor starts conducting."^^rdf:XMLLiteral .
_:SeriesCompensatorShape.x0 rdf:type sh:PropertyShape ;
	sh:path <SeriesCompensator.x0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X0"@en ;
	sh:description "Zero sequence reactance."^^rdf:XMLLiteral .

<ShuntCompensatorShape> rdf:type sh:NodeShape ;
	sh:targetClass <ShuntCompensator> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

<SynchronousMachineShape> rdf:type sh:NodeShape ;
	sh:targetClass <SynchronousMachine> ;
	sh:property _:SynchronousMachineShape.earthing , _:SynchronousMachineShape.earthingStarPointR , _:SynchronousMachineShape.earthingStarPointX , _:SynchronousMachineShape.ikk , _:SynchronousMachineShape.mu , _:SynchronousMachineShape.r , _:SynchronousMachineShape.r0 , _:SynchronousMachineShape.r2 , _:SynchronousMachineShape.satDirectSubtransX , _:SynchronousMachineShape.satDirectSyncX , _:SynchronousMachineShape.satDirectTransX , _:SynchronousMachineShape.shortCircuitRotorType , _:SynchronousMachineShape.voltageRegulationRange , _:SynchronousMachineShape.x0 , _:SynchronousMachineShape.x2 , _:IdentifiedObjectShape.mRID .

_:SynchronousMachineShape.earthing rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.earthing> ;
	sh:datatype xsd:boolean ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Earthing"@en ;
	sh:description "Indicates whether or not the generator is earthed."^^rdf:XMLLiteral .
_:SynchronousMachineShape.earthingStarPointR rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.earthingStarPointR> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Earthing Star Point R"@en ;
	sh:description "Generator star point earthing resistance (Re)."^^rdf:XMLLiteral .
_:SynchronousMachineShape.earthingStarPointX rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.earthingStarPointX> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Earthing Star Point X"@en ;
	sh:description "Generator star point earthing reactance (Xe)."^^rdf:XMLLiteral .
_:SynchronousMachineShape.ikk rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.ikk> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Ikk"@en .
_:SynchronousMachineShape.mu rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.mu> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Mu"@en .
_:SynchronousMachineShape.r rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.r> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R"@en ;
	sh:description "Equivalent resistance (RG) of generator."^^rdf:XMLLiteral .
_:SynchronousMachineShape.r0 rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.r0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R0"@en ;
	sh:description "Zero sequence resistance of the synchronous machine."^^rdf:XMLLiteral .
_:SynchronousMachineShape.r2 rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.r2> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "R2"@en ;
	sh:description "Negative sequence resistance."^^rdf:XMLLiteral .
_:SynchronousMachineShape.satDirectSubtransX rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.satDirectSubtransX> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Sat Direct Subtrans X"@en ;
	sh:description "Direct-axis subtransient reactance saturated, also known as Xd\"sat."^^rdf:XMLLiteral .
_:SynchronousMachineShape.satDirectSyncX rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.satDirectSyncX> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Sat Direct Sync X"@en ;
	sh:description "Direct-axes saturated synchronous reactance (xdsat); reciprocal of short-circuit ration."^^rdf:XMLLiteral .
_:SynchronousMachineShape.satDirectTransX rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.satDirectTransX> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Sat Direct Trans X"@en ;
	sh:description "Saturated Direct-axis transient reactance."^^rdf:XMLLiteral .
_:SynchronousMachineShape.shortCircuitRotorType rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.shortCircuitRotorType> ;
	sh:datatype xsd:string ;
	sh:maxCount "1"^^xsd:integer ;
	sh:in _:ShortCircuitRotorKind ;
	sh:name "Short Circuit Rotor Type"@en ;
	sh:description "Type of rotor, used by short circuit applications, only for single fed short circuit according to IEC 60909."^^rdf:XMLLiteral .
_:SynchronousMachineShape.voltageRegulationRange rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.voltageRegulationRange> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Voltage Regulation Range"@en .
_:SynchronousMachineShape.x0 rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.x0> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X0"@en ;
	sh:description "Zero sequence reactance of the synchronous machine."^^rdf:XMLLiteral .
_:SynchronousMachineShape.x2 rdf:type sh:PropertyShape ;
	sh:path <SynchronousMachine.x2> ;
	sh:datatype xsd:double ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "X2"@en ;
	sh:description "Negative sequence reactance."^^rdf:XMLLiteral .

<TerminalShape> rdf:type sh:NodeShape ;
	sh:targetClass <Terminal> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

_:TerminalShape.HasFirstMutualCoupling rdf:type sh:PropertyShape ;
	sh:path <Terminal.HasFirstMutualCoupling> ;
	sh:class <MutualCoupling> ;
	sh:name "Has First Mutual Coupling"@en ;
	sh:description "Mutual couplings associated with the branch as the first branch."^^rdf:XMLLiteral .
_:TerminalShape.HasSecondMutualCoupling rdf:type sh:PropertyShape ;
	sh:path <Terminal.HasSecondMutualCoupling> ;
	sh:class <MutualCoupling> ;
	sh:name "Has Second Mutual Coupling"@en ;
	sh:description "Mutual couplings with the branch associated as the first branch."^^rdf:XMLLiteral .

<TransformerEndShape> rdf:type sh:NodeShape ;
	sh:targetClass <TransformerEnd> ;
	sh:closed "true"^^xsd:boolean ;
	sh:property _:IdentifiedObjectShape.mRID .

_:TransformerEndShape.grounded rdf:type sh:PropertyShape ;
	sh:path <TransformerEnd.grounded> ;
	sh:datatype xsd:boolean ;
	sh:minCount "1"^^xsd:integer ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Grounded"@en ;
	sh:description "(for Yn and Zn connections) True if the neutral is solidly grounded."^^rdf:XMLLiteral .
_:TransformerEndShape.rground rdf:type sh:PropertyShape ;
	sh:path <TransformerEnd.rground> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Rground"@en ;
	sh:description "(for Yn and Zn connections) Resistance part of neutral impedance where 'grounded' is true."^^rdf:XMLLiteral .
_:TransformerEndShape.xground rdf:type sh:PropertyShape ;
	sh:path <TransformerEnd.xground> ;
	sh:datatype xsd:double ;
	sh:maxCount "1"^^xsd:integer ;
	sh:name "Xground"@en ;
	sh:description "(for Yn and Zn connections) Reactive part of neutral impedance where 'grounded' is true."^^rdf:XMLLiteral .

_:PetersenCoilModeKind rdf:first "fixed" ;
	rdf:rest _:PetersenCoilModeKind.manual .
_:PetersenCoilModeKind.manual rdf:first "manual" ;
	rdf:rest _:PetersenCoilModeKind.automaticPositioning .
_:PetersenCoilModeKind.automaticPositioning rdf:first "automaticPositioning" ;
	rdf:rest rdf:nil .

_:ShortCircuitRotorKind rdf:first "salientPole1" ;
	rdf:rest _:ShortCircuitRotorKind.salientPole2 .
_:ShortCircuitRotorKind.salientPole2 rdf:first "salientPole2" ;
	rdf:rest _:ShortCircuitRotorKind.turboSeries1 .
_:ShortCircuitRotorKind.turboSeries1 rdf:first "turboSeries1" ;
	rdf:rest _:ShortCircuitRotorKind.turboSeries2 .
_:ShortCircuitRotorKind.turboSeries2 rdf:first "turboSeries2" ;
	rdf:rest rdf:nil .