| Modifier and Type | Method and Description |
|---|---|
static ComplexValueChange |
SimuObjectFactory.creteComplexValueChange(ValueChangeType ctype,
org.apache.commons.math3.complex.Complex value,
Unit.UnitType unit)
create a complex value change object
|
static ComplexValueChange |
SimuObjectFactory.creteComplexValueChangePercent(ValueChangeType ctype,
double percent,
Unit.UnitType unit)
create a complex value change in percent object
|
static DoubleValueChange |
SimuObjectFactory.creteDoubleValueChange(ValueChangeType ctype,
double value,
Unit.UnitType unit)
create a double value change object
|
static DoubleValueChange |
SimuObjectFactory.creteDoubleValueChangePercent(ValueChangeType ctype,
double percent,
Unit.UnitType unit)
create a double value change in percent object
|
| Modifier and Type | Method and Description |
|---|---|
static double |
UnitHelper.angleConversion(double ang,
Unit.UnitType fu,
Unit.UnitType tu)
Angle conversion function.
|
static LimitType |
UnitHelper.angleConversion(LimitType y,
Unit.UnitType fu,
Unit.UnitType tu)
Angle limit object conversion function.
|
static Complex3x1 |
UnitHelper.iConversion(Complex3x1 y,
double baseV,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu)
Current conversion function.
|
static org.apache.commons.math3.complex.Complex |
UnitHelper.iConversion(org.apache.commons.math3.complex.Complex y,
double baseV,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu)
Current conversion function.
|
static double |
UnitHelper.iConversion(double i,
double baseV,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu)
Current conversion function.
|
static double |
UnitHelper.iDcConversion(double i,
double baseV,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu)
Current conversion function for DC system.
|
static org.apache.commons.math3.complex.Complex |
UnitHelper.pConversion(org.apache.commons.math3.complex.Complex y,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu)
Power conversion function.
|
static double |
UnitHelper.pConversion(double x,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu)
Power conversion function.
|
static LimitType |
UnitHelper.pConversion(LimitType y,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu)
Power conversion function.
|
static double |
UnitHelper.percentConversion(double x,
Unit.UnitType fu,
Unit.UnitType tu)
Percent conversion function.
|
static double |
UnitHelper.tapConversion(double t,
Unit.UnitType fu,
Unit.UnitType tu)
Tap conversion function.
|
static Complex3x1 |
UnitHelper.vConversion(Complex3x1 y,
double baseV,
Unit.UnitType fu,
Unit.UnitType tu)
Voltage conversion function.
|
static org.apache.commons.math3.complex.Complex |
UnitHelper.vConversion(org.apache.commons.math3.complex.Complex y,
double baseV,
Unit.UnitType fu,
Unit.UnitType tu)
Voltage conversion function.
|
static double |
UnitHelper.vConversion(double v,
double baseV,
Unit.UnitType fu,
Unit.UnitType tu)
Voltage conversion function.
|
static LimitType |
UnitHelper.vConversion(LimitType y,
double baseV,
Unit.UnitType fu,
Unit.UnitType tu)
Voltage conversion function.
|
static org.apache.commons.math3.complex.Complex |
UnitHelper.yConversion(org.apache.commons.math3.complex.Complex y,
double baseV,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu)
Addmitance conversion function.
|
static double |
UnitHelper.yConversion(double y,
double baseV,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu)
Addmitance conversion function.
|
static org.apache.commons.math3.complex.Complex |
UnitHelper.zConversion(org.apache.commons.math3.complex.Complex y,
double baseV,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu)
Impedence conversion function.
|
static org.apache.commons.math3.complex.Complex |
UnitHelper.zConversion(org.apache.commons.math3.complex.Complex y,
double baseV,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu,
double freq)
Impedence conversion function.
|
static double |
UnitHelper.zConversion(double z,
double baseV,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu)
Impedence conversion function.
|
static double |
UnitHelper.zConversion(double z,
double baseV,
double baseKVA,
Unit.UnitType fu,
Unit.UnitType tu,
double freq)
Impedence conversion function.
|
| Modifier and Type | Method and Description |
|---|---|
double |
IAclfAreaZone.areaOutputPower(int number,
Unit.UnitType unit)
calculate area output power
|
void |
IAclfNetFunc.calLoadDFactor(double loadThreshhold,
Unit.UnitType unit)
calculate load distribution factor
|
double |
AclfBranch.current(Unit.UnitType unit)
Calculate branch current in the unit specified.
|
org.apache.commons.math3.complex.Complex |
BaseAclfBus.getVoltage(Unit.UnitType unit)
Get bus voltage in the specified unit in format Vre+jVim.
|
double |
BaseAclfBus.getVoltageAng(Unit.UnitType unit)
Get bus voltage angle in the unit specified
|
double |
BaseAclfBus.getVoltageMag(Unit.UnitType unit)
Get bus voltage magnitude in the specified unit.
|
org.apache.commons.math3.complex.Complex |
IAclfBranchFunc.loss(Unit.UnitType unit)
Calculate branch loss in the unit specified
|
double |
IAclfBranchFunc.mvaFlow(Unit.UnitType unit)
branch mva flow in PU
|
org.apache.commons.math3.complex.Complex |
AclfBranch.powerFrom2To(Unit.UnitType unit)
Calculate branch power flow at the from side, from->to direction in the unit specified
|
org.apache.commons.math3.complex.Complex |
AclfBranch.powerTo2From(Unit.UnitType unit)
Calculate branch power flow at the to side, to->from direction in the unit specified
|
org.apache.commons.math3.complex.Complex |
IAclfBranchFunc.pqFlow(Unit.UnitType unit)
P+jQ at the higher mva flow side
|
void |
BaseAclfBus.setVoltage(org.apache.commons.math3.complex.Complex volt,
Unit.UnitType unit)
Set bus voltage in the specified unit in Vre+jVim format.
|
double |
IAclfNetFunc.smallestLoad(Unit.UnitType unit)
Find the smallest load to assist tolerance selection
|
org.apache.commons.math3.complex.Complex |
IAclfNetFunc.totalGeneration(Unit.UnitType unit)
Find total network generation
|
org.apache.commons.math3.complex.Complex |
IAclfNetFunc.totalLoad(Unit.UnitType unit)
Find total network load
|
org.apache.commons.math3.complex.Complex |
IAclfNetFunc.totalLoss(Unit.UnitType unit)
Find total network loss
|
double |
IAclfBranchFunc.voltageDrop(Unit.UnitType unit)
Calculate branch voltage drop in the unit specified
|
| Modifier and Type | Method and Description |
|---|---|
LimitType |
PSXfrPControl.getAngLimit(Unit.UnitType unit)
Get angle limit object in the unit specified
|
double |
RemoteQBus.getMvarFlowCalculated(AclfBranch branch,
Unit.UnitType unit)
get mvar calculated of the Remote Q voltage control bus object.
|
double |
TapControl.getMvarFlowCalculated(Unit.UnitType unit,
double baseKva)
Get mvar flow calculated in the unit specified
|
double |
RemoteQBus.getMvarSpecified(Unit.UnitType unit)
get mvar specification of the Remote Q voltage control bus object.
|
double |
TapControl.getMvarSpecified(Unit.UnitType unit,
double baseKva)
Get mvar spec in the unit specified
|
double |
FunctionLoad.getPLoad(Unit.UnitType unit)
Get equivalent P load in the unit specified.
|
double |
PSXfrPControl.getPSpecified(Unit.UnitType unit,
double baseKva)
Get P control specification in the unit specified
|
LimitType |
PVBusLimit.getQLimit(Unit.UnitType unit)
get bus Q limit in the unit specified
|
double |
FunctionLoad.getQLoad(Unit.UnitType unit)
Get equivalent Q load in the unit specified.
|
double |
PQBusLimit.getQSpecified(Unit.UnitType unit)
Get the aclf bus referenced by this PV limit object.
|
LimitType |
PQBusLimit.getVLimit(Unit.UnitType unit)
Get V limit object in the unit specified
|
double |
TapControl.getVSpecified(Unit.UnitType unit)
Get voltage spec in the unit specified
|
double |
PVBusLimit.getVSpecified(Unit.UnitType unit)
Get voltage specified in the unit specified
|
void |
PSXfrPControl.setAngLimit(LimitType limit,
Unit.UnitType unit)
Set angle limit in the unit specified
|
void |
RemoteQBus.setMvarSpecified(double q,
Unit.UnitType unit)
Set mvar specification of the Remote Q voltage control bus object, which is stored
in the parent AclfBus desiredVoltage field.
|
void |
TapControl.setMvarSpecified(double q,
Unit.UnitType unit,
double baseKva)
Set mvar specified in the unit specified
|
void |
PSXfrPControl.setPSpecified(double p,
Unit.UnitType unit,
double baseKva)
Set power adjustment specification in the unit specified
|
void |
PVBusLimit.setQLimit(LimitType limit,
Unit.UnitType unit)
Set bus Q limit in the unit specified
|
void |
PQBusLimit.setQSpecified(double q,
Unit.UnitType unit)
Set bus Q specified in the unit specified
|
void |
PQBusLimit.setVLimit(LimitType limit,
Unit.UnitType unit)
Set bus Voltage limit in the unit specified
|
void |
TapControl.setVSpecified(double v,
Unit.UnitType unit)
Set v specified in the unit specified
|
void |
PVBusLimit.setVSpecified(double v,
Unit.UnitType unit)
Set bus V specified in the unit specified
|
| Modifier and Type | Method and Description |
|---|---|
LimitType |
PSXfrPControlImpl.getAngLimit(Unit.UnitType unit) |
double |
RemoteQBusImpl.getMvarFlowCalculated(AclfBranch branch,
Unit.UnitType unit) |
double |
TapControlImpl.getMvarFlowCalculated(Unit.UnitType unit,
double baseKva) |
double |
RemoteQBusImpl.getMvarSpecified(Unit.UnitType unit) |
double |
TapControlImpl.getMvarSpecified(Unit.UnitType unit,
double baseKva) |
double |
FunctionLoadImpl.getPLoad(Unit.UnitType unit) |
double |
PSXfrPControlImpl.getPSpecified(Unit.UnitType unit,
double baseKva) |
LimitType |
PVBusLimitImpl.getQLimit(Unit.UnitType unit) |
double |
FunctionLoadImpl.getQLoad(Unit.UnitType unit) |
double |
PQBusLimitImpl.getQSpecified(Unit.UnitType unit) |
LimitType |
PQBusLimitImpl.getVLimit(Unit.UnitType unit) |
double |
TapControlImpl.getVSpecified(Unit.UnitType unit) |
double |
PVBusLimitImpl.getVSpecified(Unit.UnitType unit) |
void |
PSXfrPControlImpl.setAngLimit(LimitType limit,
Unit.UnitType unit) |
void |
RemoteQBusImpl.setMvarSpecified(double q,
Unit.UnitType unit) |
void |
TapControlImpl.setMvarSpecified(double q,
Unit.UnitType unit,
double baseKva) |
void |
PSXfrPControlImpl.setPSpecified(double p,
Unit.UnitType unit,
double baseKva) |
void |
PVBusLimitImpl.setQLimit(LimitType limit,
Unit.UnitType unit) |
void |
PQBusLimitImpl.setQSpecified(double q,
Unit.UnitType unit) |
void |
TapControlImpl.setQSpecified(double q,
Unit.UnitType unit,
double baseKva) |
void |
PQBusLimitImpl.setVLimit(LimitType limit,
Unit.UnitType unit) |
void |
TapControlImpl.setVSpecified(double v,
Unit.UnitType unit) |
void |
PVBusLimitImpl.setVSpecified(double v,
Unit.UnitType unit) |
| Modifier and Type | Method and Description |
|---|---|
double |
AclfSwingBus.getDesiredVoltAng(Unit.UnitType unit)
Get gen Swing bus voltage angle in the unit specified.
|
double |
AclfSwingBus.getDesiredVoltMag(Unit.UnitType unit)
Get gen Swing bus voltage magnitude in the unit specified.
|
double |
AclfPVGenBus.getDesiredVoltMag(Unit.UnitType unit)
Get gen PV bus voltage in the unit specified.
|
double |
AclfPSXformer.getFromAngle(Unit.UnitType unit)
Get PS Xfr angle in rad in the unit specified
|
org.apache.commons.math3.complex.Complex |
AclfBranchAdapter.getFromShuntY(Unit.UnitType unit)
Get branch from side shunt Y in the unit specified.
|
org.apache.commons.math3.complex.Complex |
AclfPQGenBus.getGen(Unit.UnitType unit)
Get PQ bus P+jQ in the unit specified.
|
double |
AclfPVGenBus.getGenP(Unit.UnitType unit)
Get gen PV bus P in the unit specified.
|
org.apache.commons.math3.complex.Complex |
AclfGenBusAdapter.getGenResults(Unit.UnitType unit)
Calculate bus gen power LF result in the unit specfied
|
org.apache.commons.math3.complex.Complex |
AclfLine.getHShuntY(Unit.UnitType unit,
double baseV)
Get branch half shunt Y of the pai equivalent circuit in the unit specified.
|
org.apache.commons.math3.complex.Complex |
AclfLoadBusAdapter.getLoad(Unit.UnitType unit)
get Load data of the bus in the unit specified
|
org.apache.commons.math3.complex.Complex |
AclfLoadBusAdapter.getLoadResults(Unit.UnitType unit)
Calculate bus load power LF result in the unit specified
|
double |
AclfCapacitorBus.getQ(Unit.UnitType unit)
Get bus capacitor Q spec at 1.0 volage in the specified unit
|
double |
AclfCapacitorBus.getQResults(Unit.UnitType unit)
Calculate bus capacitor Q at the actual bus voltage in pu.
|
org.apache.commons.math3.complex.Complex |
AclfLoadBusAdapter.getShuntY(Unit.UnitType unit)
get bus shunt Y of the bus in the unit specifed
|
double |
AclfPSXformer.getToAngle(Unit.UnitType unit)
Get PS Xfr angle in rad in the unit specified
|
org.apache.commons.math3.complex.Complex |
AclfBranchAdapter.getToShuntY(Unit.UnitType unit)
Get branch to side shunt Y in the unit specified.
|
org.apache.commons.math3.complex.Complex |
AclfBranchAdapter.getZ(Unit.UnitType unit,
double baseV)
Get branch z in the unit specified
|
double |
AclfXformer.kva(Unit.UnitType unit)
Calculate xfr kva flow = max(KVAij, KVAji) in the unit specified
|
void |
AclfSwingBus.setDesiredVoltAng(double ang,
Unit.UnitType unit)
Set Swing bus voltage angle in the specified unit.
|
void |
AclfSwingBus.setDesiredVoltMag(double mag,
Unit.UnitType unit)
Set Swing bus voltage magnitude in the specified unit.
|
void |
AclfPVGenBus.setDesiredVoltMag(double volt,
Unit.UnitType unit)
Set PV bus voltage in the specified unit.
|
void |
AclfPSXformer.setFromAngle(double ang,
Unit.UnitType unit)
Set PS Xfr angle in the unit specified
|
void |
Aclf3WPSXformer.setFromAngle(double x,
Unit.UnitType unit)
Get Xfr from side tap in pu
|
void |
AclfBranchAdapter.setFromShuntY(org.apache.commons.math3.complex.Complex y,
Unit.UnitType unit)
Set branch from side shunt Y in the unit specified.
|
void |
AclfXformer.setFromTurnRatio(double t,
Unit.UnitType unit)
Set branch from side turn ratio in the unit specified.
|
void |
Aclf3WXformer.setFromTurnRatio(double x,
Unit.UnitType unit)
Get Xfr from side tap in pu
|
void |
AclfPQGenBus.setGen(org.apache.commons.math3.complex.Complex pq,
Unit.UnitType unit)
Set PQ bus P+jQ in the unit specified.
|
void |
AclfPVGenBus.setGenP(double p,
Unit.UnitType unit)
Set PV bus generation power in the specified unit.
|
void |
AclfPQGenBus.setGenQ(double q,
Unit.UnitType unit)
Get PQ bus Q in the unit specified.
|
void |
AclfLine.setHShuntY(org.apache.commons.math3.complex.Complex y,
Unit.UnitType unit,
double baseV)
Set branch half shunt Y of the pai equivalent circuit in the unit specified.
|
void |
AclfLoadBusAdapter.setLoad(org.apache.commons.math3.complex.Complex pq,
Unit.UnitType unit)
set Load data to the bus in the unit specifed
|
void |
AclfCapacitorBus.setQ(double q,
Unit.UnitType unit)
Set bus capacitor Q in the specified unit.
|
void |
AclfLoadBusAdapter.setShuntY(org.apache.commons.math3.complex.Complex y,
Unit.UnitType unit)
set Shunt Y to the bus in the unit specified
|
void |
Aclf3WPSXformer.setTertAngle(double x,
Unit.UnitType unit)
Get Xfr from side tap in pu
|
void |
Aclf3WXformer.setTertTurnRatio(double x,
Unit.UnitType unit)
Get Xfr from side tap in pu
|
void |
AclfPSXformer.setToAngle(double ang,
Unit.UnitType unit)
Set PS Xfr angle in the unit specified
|
void |
Aclf3WPSXformer.setToAngle(double x,
Unit.UnitType unit)
Get Xfr from side tap in pu
|
void |
AclfBranchAdapter.setToShuntY(org.apache.commons.math3.complex.Complex y,
Unit.UnitType unit)
Set branch to side shunt Y in the unit specified.
|
void |
AclfXformer.setToTurnRatio(double t,
Unit.UnitType unit)
Set branch to side tap ratio in the unit specified.
|
void |
Aclf3WXformer.setToTurnRatio(double x,
Unit.UnitType unit)
Get Xfr from side tap in pu
|
void |
Aclf3WXformer.setZ(org.apache.commons.math3.complex.Complex zFromTo,
org.apache.commons.math3.complex.Complex zFromTert,
org.apache.commons.math3.complex.Complex zToTert,
Unit.UnitType unit,
double baseV)
it is assumed that Y is measured and connected at high voltage side
|
void |
AclfBranchAdapter.setZ(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV)
Set branch z in the unit specified
|
| Modifier and Type | Method and Description |
|---|---|
double |
AclfSwingBusImpl.getDesiredVoltAng(Unit.UnitType unit) |
double |
AclfSwingBusImpl.getDesiredVoltMag(Unit.UnitType unit) |
double |
AclfPVGenBusImpl.getDesiredVoltMag(Unit.UnitType unit) |
double |
AclfPSXformerImpl.getFromAngle(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AclfBranchAdapterImpl.getFromShuntY(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AclfPQGenBusImpl.getGen(Unit.UnitType unit) |
double |
AclfPVGenBusImpl.getGenP(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AclfGenBusAdapterImpl.getGenResults(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AclfLineImpl.getHShuntY(Unit.UnitType unit,
double baseV) |
org.apache.commons.math3.complex.Complex |
AclfLoadBusAdapterImpl.getLoad(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AclfLoadBusAdapterImpl.getLoadResults(Unit.UnitType unit) |
double |
AclfCapacitorBusImpl.getQ(Unit.UnitType unit) |
double |
AclfCapacitorBusImpl.getQResults(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AclfLoadBusAdapterImpl.getShuntY(Unit.UnitType unit) |
double |
AclfPSXformerImpl.getToAngle(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AclfBranchAdapterImpl.getToShuntY(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AclfLineImpl.getZ(Unit.UnitType unit,
double baseV) |
org.apache.commons.math3.complex.Complex |
AclfBranchAdapterImpl.getZ(Unit.UnitType unit,
double baseV) |
double |
AclfXformerImpl.kva(Unit.UnitType unit) |
void |
AclfSwingBusImpl.setDesiredVoltAng(double ang,
Unit.UnitType unit) |
void |
AclfSwingBusImpl.setDesiredVoltMag(double mag,
Unit.UnitType unit) |
void |
AclfPVGenBusImpl.setDesiredVoltMag(double volt,
Unit.UnitType unit) |
void |
AclfPSXformerImpl.setFromAngle(double ang,
Unit.UnitType unit) |
void |
Aclf3WPSXformerImpl.setFromAngle(double x,
Unit.UnitType unit) |
void |
AclfBranchAdapterImpl.setFromShuntY(org.apache.commons.math3.complex.Complex y,
Unit.UnitType unit) |
void |
AclfXformerImpl.setFromTurnRatio(double t,
Unit.UnitType unit) |
void |
Aclf3WXformerImpl.setFromTurnRatio(double x,
Unit.UnitType unit) |
void |
AclfPQGenBusImpl.setGen(org.apache.commons.math3.complex.Complex pq,
Unit.UnitType unit) |
void |
AclfPVGenBusImpl.setGenP(double p,
Unit.UnitType unit) |
void |
AclfPQGenBusImpl.setGenQ(double q,
Unit.UnitType unit) |
void |
AclfLineImpl.setHShuntY(org.apache.commons.math3.complex.Complex y,
Unit.UnitType unit,
double baseV) |
void |
AclfLoadBusAdapterImpl.setLoad(org.apache.commons.math3.complex.Complex pq,
Unit.UnitType unit) |
void |
AclfCapacitorBusImpl.setQ(double q,
Unit.UnitType unit) |
void |
AclfLoadBusAdapterImpl.setShuntY(org.apache.commons.math3.complex.Complex y,
Unit.UnitType unit) |
void |
Aclf3WPSXformerImpl.setTertAngle(double x,
Unit.UnitType unit) |
void |
Aclf3WXformerImpl.setTertTurnRatio(double x,
Unit.UnitType unit) |
void |
AclfPSXformerImpl.setToAngle(double ang,
Unit.UnitType unit) |
void |
Aclf3WPSXformerImpl.setToAngle(double x,
Unit.UnitType unit) |
void |
AclfBranchAdapterImpl.setToShuntY(org.apache.commons.math3.complex.Complex y,
Unit.UnitType unit) |
void |
AclfXformerImpl.setToTurnRatio(double t,
Unit.UnitType unit) |
void |
Aclf3WXformerImpl.setToTurnRatio(double x,
Unit.UnitType unit) |
void |
Aclf3WXformerImpl.setZ(org.apache.commons.math3.complex.Complex zFromTo,
org.apache.commons.math3.complex.Complex zFromTert,
org.apache.commons.math3.complex.Complex zToTert,
Unit.UnitType unit,
double baseV) |
void |
AclfXformerImpl.setZ(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV) |
void |
AclfBranchAdapterImpl.setZ(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV) |
| Modifier and Type | Method and Description |
|---|---|
double |
ThyConverter.getAcRatedVoltage(Unit.UnitType unit,
double base) |
org.apache.commons.math3.complex.Complex |
ThyConverter.getCommutingZ(Unit.UnitType unit,
double base) |
double |
HvdcLine2TCCC.getCompondR(Unit.UnitType unit) |
LimitType |
ThyConverter.getFiringAngLimit(Unit.UnitType unit) |
double |
HvdcLine2TCCC.getPowerDemand(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
BaseVSCConverter.getPowerIntoNetwork(Unit.UnitType unit) |
double |
HvdcLine2TCCC.getScheduledDCVoltage(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
ThyConverter.powerIntoNet(Unit.UnitType unit,
double base) |
void |
ThyConverter.setAcRatedVoltage(double value,
Unit.UnitType unit,
double base) |
void |
ThyConverter.setCommutingZ(org.apache.commons.math3.complex.Complex value,
Unit.UnitType unit,
double base) |
void |
HvdcLine2TCCC.setCompondR(double value,
Unit.UnitType unit) |
void |
ThyConverter.setFiringAngLimit(LimitType value,
Unit.UnitType unit) |
void |
HvdcLine2TCCC.setPowerDemand(double value,
Unit.UnitType unit) |
void |
HvdcLine2TCCC.setPowerDemand2(double value,
Unit.UnitType unit) |
void |
BaseVSCConverter.setPowerIntoNetwork(org.apache.commons.math3.complex.Complex x,
Unit.UnitType unit) |
void |
HvdcLine2TCCC.setScheduledDCVoltage(double value,
Unit.UnitType unit) |
| Modifier and Type | Method and Description |
|---|---|
double |
ThyConverterImpl.getAcRatedVoltage(Unit.UnitType unit,
double base) |
org.apache.commons.math3.complex.Complex |
ThyConverterImpl.getCommutingZ(Unit.UnitType unit,
double base) |
double |
HvdcLine2TCCCImpl.getCompondR(Unit.UnitType unit) |
LimitType |
ThyConverterImpl.getFiringAngLimit(Unit.UnitType unit) |
double |
HvdcLine2TCCCImpl.getPowerDemand(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
BaseVSCConverterImpl.getPowerIntoNetwork(Unit.UnitType unit) |
double |
HvdcLine2TCCCImpl.getScheduledDCVoltage(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
ThyConverterImpl.powerIntoNet(Unit.UnitType unit,
double base) |
void |
ThyConverterImpl.setAcRatedVoltage(double value,
Unit.UnitType unit,
double base) |
void |
ThyConverterImpl.setCommutingZ(org.apache.commons.math3.complex.Complex value,
Unit.UnitType unit,
double base) |
void |
HvdcLine2TCCCImpl.setCompondR(double value,
Unit.UnitType unit) |
void |
ThyConverterImpl.setFiringAngLimit(LimitType value,
Unit.UnitType unit) |
void |
HvdcLine2TCCCImpl.setPowerDemand(double value,
Unit.UnitType unit) |
void |
HvdcLine2TCCCImpl.setPowerDemand2(double value,
Unit.UnitType unit) |
void |
BaseVSCConverterImpl.setPowerIntoNetwork(org.apache.commons.math3.complex.Complex PQinj,
Unit.UnitType unit) |
void |
HvdcLine2TCCCImpl.setScheduledDCVoltage(double value,
Unit.UnitType unit) |
| Modifier and Type | Method and Description |
|---|---|
double |
BaseAclfNetworkImpl.areaOutputPower(int number,
Unit.UnitType unit) |
void |
BaseAclfNetworkImpl.calLoadDFactor(double loadThreshhold,
Unit.UnitType unit) |
double |
AclfBranchImpl.current(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
BaseAclfBusImpl.getVoltage(Unit.UnitType unit) |
double |
BaseAclfBusImpl.getVoltageAng(Unit.UnitType unit) |
double |
BaseAclfBusImpl.getVoltageMag(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AclfBranchImpl.loss(Unit.UnitType unit) |
double |
AclfBranchImpl.mvaFlow(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AclfBranchImpl.powerFrom2To(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AclfBranchImpl.powerTo2From(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AclfBranchImpl.pqFlow(Unit.UnitType unit) |
void |
BaseAclfBusImpl.setShuntY(org.apache.commons.math3.complex.Complex y,
Unit.UnitType unit,
double baseKva) |
void |
BaseAclfBusImpl.setVoltage(org.apache.commons.math3.complex.Complex volt,
Unit.UnitType unit) |
double |
BaseAclfNetworkImpl.smallestLoad(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
BaseAclfNetworkImpl.totalGeneration(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
BaseAclfNetworkImpl.totalLoad(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
BaseAclfNetworkImpl.totalLoss(Unit.UnitType unit) |
double |
AclfBranchImpl.voltageDrop(Unit.UnitType unit) |
| Modifier and Type | Method and Description |
|---|---|
double |
AreaInterchangeControl.getPSpecOut(Unit.UnitType unit,
double baseKva)
get power specification, output direction
|
double |
AreaInterchangeControl.getTolerance(Unit.UnitType unit,
double baseKva)
get control tolerance
|
void |
AreaInterchangeControl.setPSpecOut(double p,
Unit.UnitType unit,
double baseKva)
set power specification, output direction
|
void |
AreaInterchangeControl.setTolerance(double e,
Unit.UnitType unit,
double baseKva)
set control tolerance
|
| Modifier and Type | Method and Description |
|---|---|
double |
AreaInterchangeControlImpl.getPSpecOut(Unit.UnitType unit,
double baseKva) |
double |
AreaInterchangeControlImpl.getTolerance(Unit.UnitType unit,
double baseKva) |
void |
AreaInterchangeControlImpl.setPSpecOut(double p,
Unit.UnitType unit,
double baseKva) |
void |
AreaInterchangeControlImpl.setTolerance(double e,
Unit.UnitType unit,
double baseKva) |
| Modifier and Type | Method and Description |
|---|---|
Unit.UnitType |
BusScGrounding.getUnit()
Returns the value of the 'Unit' attribute.
|
| Modifier and Type | Method and Description |
|---|---|
org.apache.commons.math3.complex.Complex |
BusScGrounding.getZ(Unit.UnitType unit,
double baseV,
double baseKva)
get Bus SC grounding z
|
void |
BaseAcscBus.setScGenZ(org.apache.commons.math3.complex.Complex z1,
org.apache.commons.math3.complex.Complex z2,
org.apache.commons.math3.complex.Complex z0,
Unit.UnitType unit) |
void |
BaseAcscBus.setScGenZ(org.apache.commons.math3.complex.Complex z,
SequenceCode seq,
Unit.UnitType unit)
Set bsu Z in the unit specified
|
void |
BusScGrounding.setUnit(Unit.UnitType value)
Sets the value of the '
Unit' attribute. |
void |
BusScGrounding.setZ(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV,
double baseKva)
set Bus SC grounding z
|
| Modifier and Type | Method and Description |
|---|---|
org.apache.commons.math3.complex.Complex |
AcscXformer.getFromGroundZ(Unit.UnitType unit,
double baseV)
Get xfr from side Z in the unit specified.
|
double |
AcscLine.getHB0(Unit.UnitType unit,
double baseV)
Get branch half B0 in the unit specified.
|
org.apache.commons.math3.complex.Complex |
AcscXformer.getToGroundZ(Unit.UnitType unit,
double baseV)
Get xfr to side Z in the unit specified.
|
org.apache.commons.math3.complex.Complex |
AcscXformer.getZ0(Unit.UnitType unit,
double baseV)
Get xfr Z0 in the unit specified.
|
org.apache.commons.math3.complex.Complex |
AcscLine.getZ0(Unit.UnitType unit,
double baseV)
Get branch Z0 in the unit specified.
|
void |
AcscXformer.setFromConnectGroundZ(XfrConnectCode connect,
org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit)
Set xfr from side Z in the unit specified.
|
void |
AcscLine.setHB0(double b,
Unit.UnitType unit,
double baseV)
Set branch half B0 in the unit specified.
|
void |
AcscXformer.setToConnectGroundZ(XfrConnectCode connect,
org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit)
Set xfr to side Z in the unit specified.
|
void |
AcscXformer.setZ0(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV)
Set xfr Z0 in the unit specified.
|
void |
AcscLine.setZ0(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV)
Set branch Z0 in the unit specified.
|
| Modifier and Type | Method and Description |
|---|---|
double |
AcscPSXformerImpl.getFromAngle(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AcscXformerImpl.getFromGroundZ(Unit.UnitType unit,
double baseV) |
double |
AcscLineImpl.getHB0(Unit.UnitType unit,
double baseV) |
double |
AcscPSXformerImpl.getToAngle(Unit.UnitType unit) |
org.apache.commons.math3.complex.Complex |
AcscXformerImpl.getToGroundZ(Unit.UnitType unit,
double baseV) |
org.apache.commons.math3.complex.Complex |
AcscXformerImpl.getZ0(Unit.UnitType unit,
double baseV) |
org.apache.commons.math3.complex.Complex |
AcscLineImpl.getZ0(Unit.UnitType unit,
double baseV) |
void |
AcscPSXformerImpl.setFromAngle(double ang,
Unit.UnitType unit) |
void |
AcscXformerImpl.setFromConnectGroundZ(XfrConnectCode connect,
org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit) |
void |
AcscLineImpl.setHB0(double b,
Unit.UnitType unit,
double baseV) |
void |
AcscPSXformerImpl.setToAngle(double ang,
Unit.UnitType unit) |
void |
AcscXformerImpl.setToConnectGroundZ(XfrConnectCode connect,
org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit) |
void |
AcscXformerImpl.setZ0(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV) |
void |
AcscLineImpl.setZ0(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV) |
| Modifier and Type | Method and Description |
|---|---|
double |
AcscBranchFault.getDistance(Unit.UnitType unit)
get the distance.
|
org.apache.commons.math3.complex.Complex |
AcscBusFault.getZLGFault(Unit.UnitType unit,
double baseV,
double baseKva)
Get the line to ground fault impedence
|
org.apache.commons.math3.complex.Complex |
AcscBusFault.getZLLFault(Unit.UnitType unit,
double baseV,
double baseKva)
Get the line to line fault impedence
|
void |
AcscBranchFault.setDistance(double d,
Unit.UnitType unit)
Set the distance.
|
void |
AcscBusFault.setZLGFault(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV,
double baseKva)
Set the line to ground fault impedence
|
void |
AcscBusFault.setZLLFault(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV,
double baseKva)
Set the line to line fault impedence
|
| Modifier and Type | Method and Description |
|---|---|
Complex3x1 |
AcscFaultResultImpl.getBranchAmpsFrom2To_012(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the branch fault current in 012 from->to for the index and the unit
|
Complex3x1 |
AcscFaultResultImpl.getBranchAmpsFrom2To_abc(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the branch fault current in abc from->to for the index and the unit
|
Complex3x1 |
AcscFaultResultImpl.getBranchAmpsTo2From_012(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the branch fault current in 012 to->from for the index and the unit
|
Complex3x1 |
AcscFaultResultImpl.getBranchAmpsTo2From_abc(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the branch fault current in abc to->from for the index and the unit
|
Complex3x1 |
AcscFaultResultImpl.getBusContriAmps_012(AcscBus bus,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the bus contributing fault current in 012 for the index and unit
|
Complex3x1 |
BusFaultResultContainer.getContriAmps_012(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the bus contributing fault current in 012 for the index and unit
|
Complex3x1 |
BusFaultResultContainer.getContriAmps_abc(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the bus contributing fault current in abc for the index and unit
|
double |
AcscBranchFaultImpl.getDistance(Unit.UnitType unit) |
Complex3x1 |
BranchFaultResultContainer.getFaultAmpsFrom2To_012(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the branch fault current in 012 from->to for the index and the unit
|
Complex3x1 |
BranchFaultResultContainer.getFaultAmpsFrom2To_abc(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the branch fault current in abc from->to for the index and the unit
|
Complex3x1 |
BranchFaultResultContainer.getFaultAmpsTo2From_012(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the branch fault current in 012 to->from for the index and the unit
|
Complex3x1 |
BranchFaultResultContainer.getFaultAmpsTo2From_abc(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the branch fault current in abc to->from for the index and the unit
|
Complex3x1 |
BusFaultResultContainer.getFaultVoltage_012(int i,
Unit.UnitType unit,
double baseV)
Get the bus fault voltage in 012 for the index and the unit
|
Complex3x1 |
BusFaultResultContainer.getFaultVoltage_abc(int i,
Unit.UnitType unit,
double baseV)
Get the bus fault voltage in abc for the index and the unit
|
Complex3x1 |
AcscFaultResultImpl.getSCCurrent_012(Unit.UnitType unit,
double baseV,
double baseKVA)
Get the fault point current in 012 for the unit
|
Complex3x1 |
AcscFaultResultImpl.getSCCurrent_abc(Unit.UnitType unit,
double baseV,
double baseKVA)
Get the fault point current in abc for the unit
|
org.apache.commons.math3.complex.Complex |
AcscFaultResultImpl.getZFault(Unit.UnitType unit,
double baseV,
double baseKVA)
Get the equivalent fault impedence for the unit
|
org.apache.commons.math3.complex.Complex |
AcscBusFaultImpl.getZLGFault(Unit.UnitType unit,
double baseV,
double baseKva) |
org.apache.commons.math3.complex.Complex |
AcscBusFaultImpl.getZLLFault(Unit.UnitType unit,
double baseV,
double baseKva) |
void |
AcscBranchFaultImpl.setDistance(double d,
Unit.UnitType unit) |
void |
AcscFaultResultImpl.setFaultPointV(org.apache.commons.math3.complex.Complex v,
double baseV,
Unit.UnitType unit)
Set the fault point voltage for the unit
|
void |
AcscFaultResultImpl.setZFault(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV,
double baseKVA)
Set the equivalent fault impedence
|
void |
AcscBusFaultImpl.setZLGFault(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV,
double baseKva) |
void |
AcscBusFaultImpl.setZLLFault(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV,
double baseKva) |
| Modifier and Type | Method and Description |
|---|---|
Unit.UnitType |
BusScGroundingImpl.getUnit() |
| Modifier and Type | Method and Description |
|---|---|
org.apache.commons.math3.complex.Complex |
BaseAcscBusImpl.getGroundZ(Unit.UnitType unit,
double baseKva) |
org.apache.commons.math3.complex.Complex |
BusScGroundingImpl.getZ(Unit.UnitType unit,
double baseV,
double baseKva) |
void |
BaseAcscBusImpl.setScGenZ(org.apache.commons.math3.complex.Complex z1,
org.apache.commons.math3.complex.Complex z2,
org.apache.commons.math3.complex.Complex z0,
Unit.UnitType unit) |
void |
BaseAcscBusImpl.setScGenZ(org.apache.commons.math3.complex.Complex z,
SequenceCode seq,
Unit.UnitType unit) |
void |
BusScGroundingImpl.setUnit(Unit.UnitType newUnit) |
void |
BusScGroundingImpl.setZ(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV,
double baseKva) |
| Modifier and Type | Method and Description |
|---|---|
double |
LoadflowAlgorithm.getTolerance(Unit.UnitType unit,
double baseKva)
get tolerance in the unit specified
|
void |
LoadflowAlgorithm.setTolerance(double e,
Unit.UnitType unit,
double baseKva)
set tolerance in the unit specified
|
| Modifier and Type | Method and Description |
|---|---|
double |
LoadflowAlgorithmImpl.getTolerance(Unit.UnitType unit,
double baseKva) |
void |
LoadflowAlgorithmImpl.setTolerance(double e,
Unit.UnitType unit,
double baseKva) |
| Modifier and Type | Method and Description |
|---|---|
Unit.UnitType |
CommonDatatypeFactoryImpl.createUnitFromString(org.eclipse.emf.ecore.EDataType eDataType,
java.lang.String initialValue) |
| Modifier and Type | Method and Description |
|---|---|
void |
FuncLoadType.addLoad0(double p,
Unit.UnitType unit,
char c,
double baseKVA)
Add certain load to the existing load.
|
double |
FuncLoadType.getA(Unit.UnitType unit)
Get const P paramter in the unit specified - Units.PU and Units.Percent
|
double |
FuncLoadType.getB(Unit.UnitType unit)
Get const I paramter in the unit specified - Units.PU and Units.Percent
|
Complex3x1 |
IFaultResult.getBranchAmpsFrom2To_012(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the branch fault current in 012 from->to for the index and the unit
|
Complex3x1 |
IFaultResult.getBranchAmpsFrom2To_abc(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the branch fault current in abc from->to for the index and the unit
|
Complex3x1 |
IFaultResult.getBranchAmpsTo2From_012(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the branch fault current in 012 to->from for the index and the unit
|
Complex3x1 |
IFaultResult.getBranchAmpsTo2From_abc(int i,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the branch fault current in abc to->from for the index and the unit
|
Complex3x1 |
IFaultResult.getBusContriAmps_012(AcscBus bus,
Unit.UnitType unit,
double baseV,
double baseKVA)
Get the bus contributing fault current in 012 for the index and unit
|
double |
FuncLoadType.getC(Unit.UnitType unit)
Get const Z paramter in the unit specified - Units.PU and Units.Percent
|
double |
FuncLoadType.getLoad(double vpu,
Unit.UnitType unit,
double baseKVA)
Calculate load based on the voltage
|
double |
FuncLoadType.getLoad0(Unit.UnitType unit,
double baseKVA)
Get load in the unit specified
|
Complex3x1 |
IFaultResult.getSCCurrent_012(Unit.UnitType unit,
double baseV,
double baseKVA)
Get the fault point current in 012 for the unit
|
Complex3x1 |
IFaultResult.getSCCurrent_abc(Unit.UnitType unit,
double baseV,
double baseKVA)
Get the fault point current in abc for the unit
|
org.apache.commons.math3.complex.Complex |
ScGroundType.getZ(Unit.UnitType unit,
double baseV,
double baseKva)
get grounding z in the unit specified
|
org.apache.commons.math3.complex.Complex |
IFaultResult.getZFault(Unit.UnitType unit,
double baseV,
double baseKVA)
Get the equivalent fault impedence for the unit
|
void |
FuncLoadType.setA(double a,
Unit.UnitType unit)
Set const P paramter in the unit specified
|
void |
FuncLoadType.setB(double b,
Unit.UnitType unit)
Set const I paramter in the unit specified
|
void |
IFaultResult.setFaultPointV(org.apache.commons.math3.complex.Complex v,
double baseV,
Unit.UnitType unit)
Set the fault point voltage for the unit
|
void |
FuncLoadType.setLoad0(double x,
Unit.UnitType unit,
double baseKVA)
Set load in the unit specified
|
void |
ScGroundType.setZ(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV,
double baseKva)
set grounding z in the unit specified
|
void |
IFaultResult.setZFault(org.apache.commons.math3.complex.Complex z,
Unit.UnitType unit,
double baseV,
double baseKVA)
Set the equivalent fault impedance
|
| Modifier and Type | Method and Description |
|---|---|
double |
IBranchAngleShiftFactor.branchAngleShiftFactor(java.lang.String injectBusId,
java.lang.String withdrawBusId,
AclfBranch monitorBranch,
Unit.UnitType angUnit)
branch angle shift factor = dP(monitorBranch)/dBranchAngle(injectBus->withdrawBus)
|
double |
IDclfSolver.getBranchFlow(AclfBranch branch,
Unit.UnitType unit)
calculate branch power flow in the unit specified
|
double |
IDclfResult.getBranchFlow(AclfBranch branch,
Unit.UnitType unit)
get branch flow result after calculating DC Loadflow
|
double |
IDclfResult.getBranchFlow(java.lang.String fromBusId,
java.lang.String toBusId,
java.lang.String cirId,
Unit.UnitType unit)
get branch flow result after calculating DC Loadflow
|
double |
IDclfResult.loss(Area area,
Unit.UnitType unit)
calculate loss for the area including tie lines by applying branch loss factor.
|
double |
IBranchAngleShiftFactor.psXfrShiftFactor(AclfBranch psXfr,
AclfBranch monitorBranch,
Unit.UnitType angUnit)
branch angle shift factor = dP(monitorBranch)/dBranchAngle(injectBus->withdrawBus)
|
| Modifier and Type | Method and Description |
|---|---|
double |
DclfBranchAdapter.getPowerFlow(Unit.UnitType unit)
get cached Dclf branch flow result, direction from->to
|
| Modifier and Type | Method and Description |
|---|---|
double |
DclfBranchAdapterImpl.getPowerFlow(Unit.UnitType unit) |
| Modifier and Type | Method and Description |
|---|---|
double |
DclfAlgorithmImpl.branchAngleShiftFactor(java.lang.String injectBusId,
java.lang.String withdrawBusId,
AclfBranch monitorBranch,
Unit.UnitType angUnit) |
double |
DcLoadflowImpl.getBranchFlow(AclfBranch branch,
Unit.UnitType unit) |
double |
DclfSolver.getBranchFlow(AclfBranch branch,
Unit.UnitType unit)
calculate branch power flow in the unit specified
|
double |
DcLoadflowImpl.getBranchFlow(java.lang.String fromBusId,
java.lang.String toBusId,
java.lang.String cirId,
Unit.UnitType unit) |
double |
DcLoadflowImpl.loss(Area area,
Unit.UnitType unit) |
double |
DclfAlgorithmImpl.psXfrShiftFactor(AclfBranch psXfr,
AclfBranch monitorBranch,
Unit.UnitType angUnit) |
| Modifier and Type | Method and Description |
|---|---|
static double |
CoreUtilFunc.calQ(double p,
double pf,
Unit.UnitType unit) |
static double |
CoreUtilFunc.calRatingKVA(double rating,
Unit.UnitType ratingUnit,
double pf,
Unit.UnitType pfUnit)
Calculate the KVA rating based on input rating and pfactor.
|
static org.apache.commons.math3.complex.Complex |
CoreUtilFunc.calZPU(double x,
double r,
double x_r,
Unit.UnitType unit,
double baseKVA,
double rating_kva,
double baseV,
double ratedV)
Calculate PU z on the baseKva base
|
static double |
CoreUtilFunc.getMvaFlowCalculated(AclfBranch branch,
boolean onFromSide,
boolean flowFrom2To,
Unit.UnitType unit)
Calculate branch q at the specified side (onFromSide) and in specified direction (flowFrom2To)
|
| Modifier and Type | Method and Description |
|---|---|
void |
Bus.setBaseVoltage(double volt,
Unit.UnitType unit)
Set the bus base voltage in the specified unit
|
| Modifier and Type | Method and Description |
|---|---|
void |
BusImpl.setBaseVoltage(double volt,
Unit.UnitType unit) |
| Modifier and Type | Method and Description |
|---|---|
Unit.UnitType |
DistBus.getBusRatingUnit()
Returns the value of the 'Bus Rating Unit' attribute.
|
Unit.UnitType |
DistBranch.getLengthUnit()
Returns the value of the 'Length Unit' attribute.
|
Unit.UnitType |
DistBus.getMvaRatingUnit()
Returns the value of the 'Mva Rating Unit' attribute.
|
Unit.UnitType |
DistBus.getPfUnit()
Returns the value of the 'Pf Unit' attribute.
|
Unit.UnitType |
DistBus.getRatedVUnit()
Returns the value of the 'Rated VUnit' attribute.
|
Unit.UnitType |
DistBranch.getRatedVUnit()
Returns the value of the 'Rated VUnit' attribute.
|
Unit.UnitType |
DistBranch.getShuntYUnit()
Returns the value of the 'Shunt YUnit' attribute.
|
Unit.UnitType |
DistBus.getVAngUnit()
Returns the value of the 'VAng Unit' attribute.
|
Unit.UnitType |
DistBus.getVMagUnit()
Returns the value of the 'VMag Unit' attribute.
|
Unit.UnitType |
DistBranch.getXfrRatingUnit()
Returns the value of the 'Xfr Rating Unit' attribute.
|
Unit.UnitType |
DistBranch.getXfrTurnRatioUnit()
Returns the value of the 'Xfr Turn Ratio Unit' attribute.
|
Unit.UnitType |
DistBus.getZUnit()
Returns the value of the 'ZUnit' attribute.
|
Unit.UnitType |
DistBranch.getZUnit()
Returns the value of the 'ZUnit' attribute.
|
| Modifier and Type | Method and Description |
|---|---|
void |
DistBus.setBusRatingUnit(Unit.UnitType value)
Sets the value of the '
Bus Rating Unit' attribute. |
void |
DistBranch.setLengthUnit(Unit.UnitType value)
Sets the value of the '
Length Unit' attribute. |
void |
DistBus.setMvaRatingUnit(Unit.UnitType value)
Sets the value of the '
Mva Rating Unit' attribute. |
void |
DistBus.setPfUnit(Unit.UnitType value)
Sets the value of the '
Pf Unit' attribute. |
void |
DistBus.setRatedVUnit(Unit.UnitType value)
Sets the value of the '
Rated VUnit' attribute. |
void |
DistBranch.setRatedVUnit(Unit.UnitType value)
Sets the value of the '
Rated VUnit' attribute. |
void |
DistBranch.setShuntYUnit(Unit.UnitType value)
Sets the value of the '
Shunt YUnit' attribute. |
void |
DistBus.setVAngUnit(Unit.UnitType value)
Sets the value of the '
VAng Unit' attribute. |
void |
DistBus.setVMagUnit(Unit.UnitType value)
Sets the value of the '
VMag Unit' attribute. |
void |
DistBranch.setXfrRatingUnit(Unit.UnitType value)
Sets the value of the '
Xfr Rating Unit' attribute. |
void |
DistBranch.setXfrTurnRatioUnit(Unit.UnitType value)
Sets the value of the '
Xfr Turn Ratio Unit' attribute. |
void |
DistBus.setZUnit(Unit.UnitType value)
Sets the value of the '
ZUnit' attribute. |
void |
DistBranch.setZUnit(Unit.UnitType value)
Sets the value of the '
ZUnit' attribute. |
| Modifier and Type | Method and Description |
|---|---|
Unit.UnitType |
DistFeeder.getLengthUnit()
"Ft" or "M"
|
Unit.UnitType |
DistUtility.getMvaRatingUnit()
MVA | KVA | KAmps | Amps
|
Unit.UnitType |
DistRotatingMachine.getPfUnit() |
Unit.UnitType |
DistReactor.getRatedAmpUnit()
Return rated Amp unit
|
Unit.UnitType |
DistMotor.getRatedHPUnit()
HP | KW
|
Unit.UnitType |
DistGenerator.getRatedPowerUnit()
KW | MW | Kva | MVA
|
Unit.UnitType |
DistReactor.getRatedVoltUnit()
Return the rated voltage unit.
|
Unit.UnitType |
DistXformer.getRatedVUnit()
"Volt", "KV"
|
Unit.UnitType |
DistRotatingMachine.getRatedVUnit()
PU | Volt | KV
|
Unit.UnitType |
DistXformer.getRatingUnit()
"MVA", "KVA"
|
Unit.UnitType |
DistBreaker.getRUnit() |
Unit.UnitType |
DistFeeder.getShuntYUnit() |
Unit.UnitType |
DistMixedLoad.getTotalKvaUnit()
"KVA", "MVA"
|
Unit.UnitType |
DistXformer.getTurnRatioUnit() |
Unit.UnitType |
DistUtility.getVAngUnit() |
Unit.UnitType |
DistUtility.getVMagUnit() |
Unit.UnitType |
DistReactor.getXUnit()
Return reactor X unit.
|
Unit.UnitType |
DistXformer.getZUnit() |
Unit.UnitType |
DistRotatingMachine.getZUnit()
PU | Percent | Ohm | milliOhm
|
Unit.UnitType |
DistFeeder.getZUnit() |
| Modifier and Type | Method and Description |
|---|---|
void |
DistFeeder.setLength(double l,
Unit.UnitType unit)
Set feeder length in the unit specified.
|
void |
DistUtility.setMvaRating(double mva3P,
double mva1P,
Unit.UnitType unit)
Set utility mva rating in the unit specified.
|
void |
DistRotatingMachine.setPFactor(double pf,
Unit.UnitType unit)
Set power factor in the unit specified.
|
void |
DistBreaker.setR(double r,
Unit.UnitType unit)
Set the R in the unit specified.
|
void |
DistReactor.setRatedAmp(double amp,
Unit.UnitType unit)
Set reactor rated Amp in the unit specified.
|
void |
DistMotor.setRatedHP(double hp,
Unit.UnitType unit)
Set motor HP in the unit specified.
|
void |
DistGenerator.setRatedKva(double kva,
Unit.UnitType unit)
Set generator rating in the unit specified.
|
void |
DistGenerator.setRatedKW(double kw,
Unit.UnitType unit)
Set generator rating in the unit specified.
|
void |
DistReactor.setRatedVolt(double v,
Unit.UnitType unit)
Set the rated voltage in the unit specified.
|
void |
DistXformer.setRatedVoltage(double primaryV,
double secondaryV,
Unit.UnitType unit)
Set transformer rated voltage in the unit specified.
|
void |
DistRotatingMachine.setRatedVoltage(double volt,
Unit.UnitType unit) |
void |
DistXformer.setRating(double r,
Unit.UnitType unit)
Set transformer rating in the unit specified.
|
void |
DistFeeder.setShuntY(org.apache.commons.math3.complex.Complex y1,
org.apache.commons.math3.complex.Complex y0,
Unit.UnitType unit)
Set feeder Half Shunt B in the unit specified: Unit: PU, Mho and MicroMho.
|
void |
DistMixedLoad.setTotalKva(double kva,
Unit.UnitType unit)
Set tatol kva in the unit specified.
|
void |
DistXformer.setTurnRatio(double priTap,
double secTap,
Unit.UnitType unit)
Set transformer tap in the unit specified.
|
void |
DistUtility.setVoltage(double msg,
Unit.UnitType msgUnit,
double ang,
Unit.UnitType angUnit)
Set utility voltage in the unit specified.
|
void |
DistReactor.setX(double x,
Unit.UnitType unit)
set reator X in the unit specified.
|
void |
DistXformer.setZ(org.apache.commons.math3.complex.Complex z1,
org.apache.commons.math3.complex.Complex z0,
Unit.UnitType unit)
Set transformer Z in the unit specified.
|
void |
DistFeeder.setZ(org.apache.commons.math3.complex.Complex z1,
org.apache.commons.math3.complex.Complex z0,
Unit.UnitType unit)
Set feeder Z in the unit specified.
|
void |
DistRotatingMachine.setZUnit(Unit.UnitType unit)
Set Z unit.
|
| Modifier and Type | Method and Description |
|---|---|
void |
DistFeederImpl.setLength(double l,
Unit.UnitType unit) |
void |
DistUtilityImpl.setMvaRating(double mva3P,
double mva1P,
Unit.UnitType unit) |
void |
DistRotatingMachineImpl.setPFactor(double pf,
Unit.UnitType unit) |
void |
DistBreakerImpl.setR(double r,
Unit.UnitType unit) |
void |
DistReactorImpl.setRatedAmp(double amp,
Unit.UnitType unit) |
void |
DistMotorImpl.setRatedHP(double hp,
Unit.UnitType unit) |
void |
DistGeneratorImpl.setRatedKva(double kva,
Unit.UnitType unit) |
void |
DistGeneratorImpl.setRatedKW(double kw,
Unit.UnitType unit) |
void |
DistReactorImpl.setRatedVolt(double v,
Unit.UnitType unit) |
void |
DistXformerImpl.setRatedVoltage(double primaryV,
double secondaryV,
Unit.UnitType unit) |
void |
DistRotatingMachineImpl.setRatedVoltage(double volt,
Unit.UnitType unit) |
void |
DistXformerImpl.setRating(double r,
Unit.UnitType unit) |
void |
DistFeederImpl.setShuntY(org.apache.commons.math3.complex.Complex y1,
org.apache.commons.math3.complex.Complex y0,
Unit.UnitType unit) |
void |
DistMixedLoadImpl.setTotalKva(double kva,
Unit.UnitType unit) |
void |
DistXformerImpl.setTurnRatio(double priTap,
double secTap,
Unit.UnitType unit) |
void |
DistUtilityImpl.setVoltage(double mag,
Unit.UnitType magUnit,
double ang,
Unit.UnitType angUnit) |
void |
DistReactorImpl.setX(double x,
Unit.UnitType unit) |
void |
DistXformerImpl.setZ(org.apache.commons.math3.complex.Complex z1,
org.apache.commons.math3.complex.Complex z0,
Unit.UnitType unit) |
void |
DistFeederImpl.setZ(org.apache.commons.math3.complex.Complex z1,
org.apache.commons.math3.complex.Complex z0,
Unit.UnitType unit) |
void |
DistRotatingMachineImpl.setZUnit(Unit.UnitType unit) |
| Modifier and Type | Method and Description |
|---|---|
Unit.UnitType |
DistBusImpl.getBusRatingUnit() |
Unit.UnitType |
DistBranchImpl.getLengthUnit() |
Unit.UnitType |
DistBusImpl.getMvaRatingUnit() |
Unit.UnitType |
DistBusImpl.getPfUnit() |
Unit.UnitType |
DistBusImpl.getRatedVUnit() |
Unit.UnitType |
DistBranchImpl.getRatedVUnit() |
Unit.UnitType |
DistBranchImpl.getShuntYUnit() |
Unit.UnitType |
DistBusImpl.getVAngUnit() |
Unit.UnitType |
DistBusImpl.getVMagUnit() |
Unit.UnitType |
DistBranchImpl.getXfrRatingUnit() |
Unit.UnitType |
DistBranchImpl.getXfrTurnRatioUnit() |
Unit.UnitType |
DistBusImpl.getZUnit() |
Unit.UnitType |
DistBranchImpl.getZUnit() |
| Modifier and Type | Method and Description |
|---|---|
void |
DistBusImpl.setBusRatingUnit(Unit.UnitType newBusRatingUnit) |
void |
DistBranchImpl.setLengthUnit(Unit.UnitType newLengthUnit) |
void |
DistBusImpl.setMvaRatingUnit(Unit.UnitType newMvaRatingUnit) |
void |
DistBusImpl.setPfUnit(Unit.UnitType newPfUnit) |
void |
DistBusImpl.setRatedVUnit(Unit.UnitType newRatedVUnit) |
void |
DistBranchImpl.setRatedVUnit(Unit.UnitType newRatedVUnit) |
void |
DistBranchImpl.setShuntYUnit(Unit.UnitType newShuntYUnit) |
void |
DistBusImpl.setVAngUnit(Unit.UnitType newVAngUnit) |
void |
DistBusImpl.setVMagUnit(Unit.UnitType newVMagUnit) |
void |
DistBranchImpl.setXfrRatingUnit(Unit.UnitType newXfrRatingUnit) |
void |
DistBranchImpl.setXfrTurnRatioUnit(Unit.UnitType newXfrTurnRatioUnit) |
void |
DistBusImpl.setZUnit(Unit.UnitType newZUnit) |
void |
DistBranchImpl.setZUnit(Unit.UnitType newZUnit) |
| Modifier and Type | Method and Description |
|---|---|
double |
Machine.getRatedVoltage(Unit.UnitType unit)
get Machine rated voltage in the unit specified
|
double |
Machine.getRating(Unit.UnitType unit,
double baseKva)
get machine rating in the unit specified.
|
void |
Machine.setRatedVoltage(double v,
Unit.UnitType unit)
set Machine rated voltage in the unit specified
|
void |
Machine.setRating(double r,
Unit.UnitType unit,
double baseKva)
set machine rating in the unit specified.
|
| Modifier and Type | Method and Description |
|---|---|
double |
MachineImpl.getRatedVoltage(Unit.UnitType unit) |
double |
MachineImpl.getRating(Unit.UnitType unit,
double baseKva) |
void |
MachineImpl.setRatedVoltage(double v,
Unit.UnitType unit) |
void |
MachineImpl.setRating(double r,
Unit.UnitType unit,
double baseKva) |
| Modifier and Type | Method and Description |
|---|---|
LimitType |
ConstraintImpl.getPLimit(double baseKva,
Unit.UnitType unit) |
LimitType |
ConstraintImpl.getQLimit(double baseKva,
Unit.UnitType unit) |
LimitType |
ConstraintImpl.getVLimit(double baseVoltage,
Unit.UnitType unit) |
void |
ConstraintImpl.setPLimit(double pmax,
double pmin,
double baseKva,
Unit.UnitType unit) |
void |
ConstraintImpl.setQLimit(double qmax,
double qmin,
double baseKva,
Unit.UnitType unit) |
void |
ConstraintImpl.setVLimit(double vmax,
double vmin,
double baseVoltage,
Unit.UnitType unit) |
| Modifier and Type | Method and Description |
|---|---|
Unit.UnitType |
BaseValueChange.getUnit()
Returns the value of the 'Unit' attribute.
|
| Modifier and Type | Method and Description |
|---|---|
void |
BaseValueChange.setUnit(Unit.UnitType value)
Sets the value of the '
Unit' attribute. |
| Modifier and Type | Method and Description |
|---|---|
Unit.UnitType |
BaseValueChangeImpl.getUnit() |
| Modifier and Type | Method and Description |
|---|---|
void |
BaseValueChangeImpl.setUnit(Unit.UnitType newUnit) |
| Modifier and Type | Method and Description |
|---|---|
static FunctionLoad |
AclfAdjInputUtilFunc.addAclfFuncLoadTo(AclfBus bus,
double baseKva,
double loadP0,
double loadQ0,
double p_a,
double p_b,
double q_a,
double q_b,
Unit.UnitType unit)
Add a FunctionLoad control to the network
|
static AcscBranch |
AcscInputUtilFunc.addAcscLineBranchTo(AcscNetwork net,
java.lang.String branchFromBusId,
java.lang.String branchToBusId,
java.lang.String name,
double r1,
double x1,
double r0,
double x0,
Unit.UnitType zUnit)
Add a line branch to the network object
|
static AcscBranch |
AcscInputUtilFunc.addAcscPSXfromerBranchTo(AcscNetwork net,
java.lang.String branchFromBusId,
java.lang.String branchToBusId,
java.lang.String name,
double r1,
double x1,
double r0,
double x0,
Unit.UnitType zUnit,
double fromAng,
double toAng,
Unit.UnitType angUnit,
XfrConnectCode fromConCode,
double fromRg,
double fromXg,
XfrConnectCode toConCode,
double toRg,
double toXg,
Unit.UnitType zgUnit)
Add a PSXfr branch to the network object
|
static AcscBranch |
AcscInputUtilFunc.addAcscXformerBranchTo(AcscNetwork net,
java.lang.String branchFromBusId,
java.lang.String branchToBusId,
java.lang.String name,
double r1,
double x1,
double r0,
double x0,
Unit.UnitType zUnit,
XfrConnectCode fromConCode,
double fromRg,
double fromXg,
XfrConnectCode toConCode,
double toRg,
double toXg,
Unit.UnitType zgUnit)
Add a xfr branch to the network object
|
static AclfBus |
AclfInputUtilFunc.addCapacitorBusTo(AclfNetwork net,
java.lang.String busId,
double baseV,
int noArea,
int noZone,
double q,
Unit.UnitType qUnit)
Add a capacitor bus to the network
|
static void |
AclfInputUtilFunc.addLineBranchTo(AclfNetwork net,
java.lang.String fid,
int fSecNo,
java.lang.String tid,
int tSecNo,
double r,
double x,
Unit.UnitType zUnit,
double hB,
Unit.UnitType bUnit) |
static void |
AclfInputUtilFunc.addLineBranchTo(AclfNetwork net,
java.lang.String fid,
java.lang.String tid,
double r,
double x,
Unit.UnitType zUnit,
double hB,
Unit.UnitType bUnit)
Add a line branch to the network
|
static AclfBus |
AclfInputUtilFunc.addLoadBusTo(AclfNetwork net,
java.lang.String id,
double baseV,
int noArea,
int noZone,
AclfLoadCode code,
double p,
double q,
Unit.UnitType pUnit)
Add a load bus to the network
|
static AclfBus |
AclfInputUtilFunc.addLoadBusTo(AclfNetwork net,
java.lang.String id,
int secNo,
double baseV,
int noArea,
int noZone,
AclfLoadCode code,
double p,
double q,
Unit.UnitType pUnit) |
static PQBusLimit |
AclfAdjInputUtilFunc.addPQBusLimitTo(AclfNetwork adjNet,
java.lang.String busId,
double qSpec,
Unit.UnitType qUnit,
double vMax,
double vMin,
Unit.UnitType vUnit)
add PQ bus control
|
static AclfBus |
AclfInputUtilFunc.addPQBusTo(AclfNetwork net,
java.lang.String id,
double baseV,
int noArea,
int noZone,
double p,
double q,
Unit.UnitType pUnit)
Add a PQ Gen bus to the network
|
static void |
AclfInputUtilFunc.addPsXfrBranchTo(AclfNetwork net,
java.lang.String fid,
java.lang.String tid,
double r,
double x,
Unit.UnitType zUnit,
double fTap,
double tTap,
Unit.UnitType ratioUnit,
double fAng,
double tAng,
Unit.UnitType angUnit)
Add a PsXfr branch to the network
|
static PSXfrPControl |
AclfAdjInputUtilFunc.addPSXfrPControlTo(AclfNetwork adjNet,
java.lang.String fromId,
java.lang.String toId,
boolean conOnFromSide,
boolean flowFrom2To,
double pSpec,
Unit.UnitType pUnit,
double angMax,
double angMin,
Unit.UnitType angUnit)
add PS Xfr control of p flow
|
static PVBusLimit |
AclfAdjInputUtilFunc.addPVBusLimitTo(AclfNetwork adjNet,
java.lang.String busId,
double vSpec,
Unit.UnitType vUnit,
double qMax,
double qMin,
Unit.UnitType qUnit)
Add PV Bus control
|
static AclfBus |
AclfInputUtilFunc.addPVBusTo(AclfNetwork net,
java.lang.String id,
double baseV,
int noArea,
int noZone,
double p,
Unit.UnitType pUnit,
double v,
Unit.UnitType vUnit)
Add a PV bus to the network object
|
static RemoteQBus |
AclfAdjInputUtilFunc.addRemoteQBusMvarFlowTo(AclfNetwork adjNet,
java.lang.String busId,
java.lang.String remoteBranchId,
double vSpec,
Unit.UnitType vUnit,
double qMax,
double qMin,
Unit.UnitType qUnit,
boolean onFromSide,
boolean flowFrom2To)
Add Bus Q control of a remote branch mvar flow
|
static RemoteQBus |
AclfAdjInputUtilFunc.addRemoteQBusVoltageTo(AclfNetwork adjNet,
java.lang.String busId,
java.lang.String remoteBusId,
double vSpec,
Unit.UnitType vUnit,
double qMax,
double qMin,
Unit.UnitType qUnit)
add bus Q control of a remote bus voltage
|
static AcscBus |
AcscInputUtilFunc.addScContributeBusTo(AcscNetwork net,
java.lang.String busId,
java.lang.String name,
double baseVolt,
int noArea,
int noZone,
double r1,
double x1,
double r2,
double x2,
double r0,
double x0,
Unit.UnitType zUnit,
java.lang.String gCode,
double rg,
double xg,
Unit.UnitType gzUnit)
Add a contributing bus to the network object
|
static AclfBus |
AclfInputUtilFunc.addSwingBusTo(AclfNetwork net,
java.lang.String id,
double baseV,
int noArea,
int noZone,
double vMag,
Unit.UnitType vUnit,
double vAng,
Unit.UnitType angUnit)
Add a swing bus into the network
|
static TapControl |
AclfAdjInputUtilFunc.addTapControlMvarFlowTo(AclfNetwork adjNet,
java.lang.String fromId,
java.lang.String toId,
boolean flowFrom2To,
boolean mvarSpecOnFromSide,
double mvaSpec,
Unit.UnitType mvaUnit,
double tapMax,
double tapMin,
boolean tapOnFromSide,
int steps)
Add Xfr Tap Control for branch mvar flow
|
static TapControl |
AclfAdjInputUtilFunc.addTapControlVoltageTo(AclfNetwork adjNet,
java.lang.String fromId,
java.lang.String toId,
java.lang.String vcBusId,
boolean vcBusOnFromSide,
double vSpec,
Unit.UnitType vUnit,
double tapMax,
double tapMin,
boolean tapOnFromSide,
int steps)
Add Xfr branch tap control for bus voltage
|
static void |
AclfInputUtilFunc.addXfrBranchTo(AclfNetwork net,
java.lang.String fid,
java.lang.String tid,
double r,
double x,
Unit.UnitType zUnit,
double fTap,
double tTap,
Unit.UnitType ratioUnit)
Add a Xfr branch to the network
|
| Modifier and Type | Field and Description |
|---|---|
static Unit.UnitType |
Unit.IUnit
default unit type
|
static Unit.UnitType |
Unit.PUnit
default unit type
|
static Unit.UnitType |
Unit.VUnit
default unit type
|
static Unit.UnitType |
Unit.YUnit
default unit type
|
static Unit.UnitType |
Unit.ZUnit
default unit type
|
| Modifier and Type | Method and Description |
|---|---|
static Unit.UnitType |
Unit.toUnit(java.lang.String unit)
Convert a unit string to a unit constant
|
static Unit.UnitType |
Unit.UnitType.valueOf(java.lang.String name)
Returns the enum constant of this type with the specified name.
|
static Unit.UnitType[] |
Unit.UnitType.values()
Returns an array containing the constants of this enum type, in
the order they are declared.
|
| Modifier and Type | Method and Description |
|---|---|
static boolean |
Unit.isAmpUnit(Unit.UnitType unit)
Check if the unit is a Amp unit (PU|Amp|KAmp)
|
static boolean |
Unit.isAngleUnit(Unit.UnitType unit)
Check if the unit is Angle unit (Rad|Deg)
|
static boolean |
Unit.isPQUnit(Unit.UnitType unit)
Check if the unit is a load or generation unit (PU|VA|Var|Watt|kW|kVA|kVar|mW|mVA|mVar)
|
static boolean |
Unit.isPUnit(Unit.UnitType unit)
Check if the unit is a P unit (PU|Watt|kW|mW)
|
static boolean |
Unit.isQUnit(Unit.UnitType unit)
Check if the unit is a Q unit (PU|Var|kVar|mVar)
|
static boolean |
Unit.isTapUnit(Unit.UnitType unit)
Check if the unit is Angle unit (PU|Percent)
|
static boolean |
Unit.isVUnit(Unit.UnitType unit)
Check if the unit is a V unit (PU|Volt|KV)
|
static boolean |
Unit.isYUnit(Unit.UnitType unit)
Check if the unit is a Y unit (PU|Mho|MicroMho)
|
static boolean |
Unit.isZUnit(Unit.UnitType unit)
Check if the unit is a Z unit (PU|Ohm|kOhm)
|
static java.lang.String |
Unit.toString(Unit.UnitType u)
Convert the unit to a string
|