IscUnbalancedTransformer

The IscUnbalancedTransformer class provides access to the three phase unbalanced transformer to get and set data values.

Field Values

**IscUnbalancedTransformer Field Values**
Type	Field Name	Description
Integer	FromUID	Gets the unique component ID for the “From” busbar.
Integer	ToUID	Gets the unique component ID for the “To” busbar.
String	FromBusName	Gets the sending busbar name.
String	ToBusName	Gets the receiving busbar name.
String	Name	Gets the transformer name.
Integer	Type	Specifies the transformer type: 1 = Not set 2 = Ground Mounted 3 = Pole Mounted 7 = Secondary Distribution
Integer	Winding/VectorGroup	Transformer winding type connection as follows: 1 = XX 2 = YY 3 = DD 4 = XD 5 = YD where: X = Earthed star Y = Unearthed star D = Delta
Integer	Status	Line status: 0 = Switched in. -1 = Sending/From end switched out -2 = Receiving/To end switched out -3 = Both ends switched out
Float	ResistancePhasePU	Gets or sets the positive sequence resistance in all phases.
Float	ReactancePhasePU	Gets or sets the positive sequence reactance in all phases.
Float	EarthPrimaryResistancePU	Gets or sets the primary winding earth resistance in all phases.
Float	EarthPrimaryReactancePU	Gets or sets the primary winding earth reactance in all phases.
Float	EarthSecondaryResistancePU	Gets or sets the secondary winding earth resistance in all phases.
Float	EarthSecondaryReactancePU	Gets or sets the secondary winding earth reactance in all phases.
Float	TapPrimaryNominalPC	Nominal tap position on the primary winding, optionally used in a flat start.
Float	TapPrimaryPositionPC	Present tap position on the primary winding, used as a starting point for the next load flow.
Float	MinTapPrimaryPC	Minimum tap position on the primary winding, normally negative or zero.
Float	TapPrimaryStepPC	Tap step or increment on the primary winding. This defaults to 0.01 if left blank.
Float	MaxTapPrimaryPC	Maximum tap position on the primary winding, normally positive or zero.
Float	TapSecondaryNominalPC	Nominal tap position on the secondary winding, optionally used in a flat start.
Float	TapSecondaryPositionPC	Present tap position on the secondary winding, used as a starting point for the next load flow.
Float	MinTapSecondaryPC	Minimum tap position on the secondary winding, normally negative or zero.
Float	TapSecondaryStepPC	Tap step or increment on the secondary winding. This defaults to 0.01 if left blank.
Float	MaxTapSecondaryPC	Maximum tap position on the secondary winding, normally positive or zero.
String	DbType	Gets the branch database type.
Integer	DbPar	Gets the branch database number in parallel.

IscUnbalancedTransformer Class

class ipsa.IscUnbalancedTransformer

Provides access to the three phase unbalanced transformer.

SetName(strName: str) → bool

Sets the name as a string.

Parameters:: strName (str) – The selected string name.
Returns:: True if successful.
Return type:: bool

GetIValue(nFieldIndex: int) → int

Returns an integer value for the enumerated field.

Parameters:: nFieldIndex (int) – The field index.
Returns:: The integer value.
Return type:: int

GetDValue(nFieldIndex: int) → float

Returns a double value for the enumerated field.

Parameters:: nFieldIndex (int) – The field index.
Returns:: The double value.
Return type:: float

GetSValue(nFieldIndex: int) → str

Returns a string value for the enumerated field.

Parameters:: nFieldIndex (int) – The field index.
Returns:: The string value.
Return type:: str

GetBValue(nFieldIndex: int) → bool

Returns a boolean value for the enumerated field.

Parameters:: nFieldIndex (int) – The field index.
Returns:: The boolean value.
Return type:: bool

SetIValue(nFieldIndex: int, nValue: int) → bool

Sets the value for the enumerated field from an integer.

Parameters:

nFieldIndex (int) – The field index.
nValue (int) – The given integer value.

Returns:

True if successful.

Return type:

bool

SetDValue(nFieldIndex: int, dValue: float) → bool

Sets the value for the enumerated field from a double.

Parameters:

nFieldIndex (int) – The field index.
dValue (float) – The given double value.

Returns:

True if successful.

Return type:

bool

SetSValue(nFieldIndex: int, strValue: int) → bool

Sets the value for the enumerated field from a string.

Parameters:

nFieldIndex (int) – The field index.
strValue (str) – The given string value.

Returns:

True if successful.

Return type:

bool

SetBValue(nFieldIndex: int, bValue: bool) → bool

Sets the value for the enumerated field from boolean.

Parameters:

nFieldIndex (int) – The field index.
bValue (bool) – The given boolean value.

Returns:

True if successful.

Return type:

bool

GetRatingMVA(nRatingIndex: int) → float

Returns the MVA rating associated with the rating set. The same rating is used for all phases.

Parameters:: nRatingIndex (int) – Specifies which rating set the data is applied to.
Returns:: The MVA rating for the transformer.
Return type:: float

SetRatingkA(nRatingIndex: int, dRatingkA: float) → None

Sets the kA rating to given value for the rating set given by the rating index. The same rating is used for all phases.

Parameters:

nRatingIndex (int) – The rating index.
dRatingkA (float) – The kA rating value.

SetRatingMVA(nRatingIndex: int, dRatingMVA: float) → None

Sets the MVA rating to given value for the rating set given by the rating index. The same rating is used for all phases.

Parameters:

nRatingIndex (int) – The rating index.
dRatingMVA (float) – The MVA rating value.

GetRatingSendkA(nRatingIndex: int) → float

Returns the sending end kA rating associated with the rating set given by the rating index. The same rating is used for all phases.

Parameters:: nRatingIndex (int) – The rating index.
Returns:: The sending end kA rating.
Return type:: float

GetRatingReceivekA(nRatingIndex: int) → float

Returns the receiving end kA rating associated with the rating set given by the rating index. The same rating is used for all phases.

Parameters:: nRatingIndex (int) – The rating index.
Returns:: The receiving end kA rating.
Return type:: float

GetRealPowerSendAMW() → float

Returns the branch sending end real power in MW in the A phase.

Returns:: The branch sending end real power in MW in the A phase.
Return type:: float

GetRealPowerSendBMW() → float

Returns the branch sending end real power in MW in the B phase.

Returns:: The branch sending end real power in MW in the B phase.
Return type:: float

GetRealPowerSendCMW() → float

Returns the branch sending end real power in MW in the C phase.

Returns:: The branch sending end real power in MW in the C phase.
Return type:: float

GetRealPowerSendNMW() → float

Returns the branch sending end real power in MW in the N phase.

Returns:: The branch sending end real power in MW in the N phase.
Return type:: float

GetReactivePowerSendAMVAr() → float

Returns the branch sending end reactive power in MVAr in the A phase.

Returns:: The branch sending end reactive power in MVAr in the A phase.
Return type:: float

GetReactivePowerSendBMVAr() → float

Returns the branch sending end reactive power in MVAr in the B phase.

Returns:: The branch sending end reactive power in MVAr in the B phase.
Return type:: float

GetReactivePowerSendCMVAr() → float

Returns the branch sending end reactive power in MVAr in the C phase.

Returns:: The branch sending end reactive power in MVAr in the C phase.
Return type:: float

GetReactivePowerSendNMVAr() → float

Returns the branch sending end reactive power in MVAr in the N phase.

Returns:: The branch sending end reactive power in MVAr in the N phase.
Return type:: float

GetSendPowerAMVA() → float

Returns the branch sending end power in MVA in the A phase.

Returns:: The branch sending end power in MVA in the A phase.
Return type:: float

GetSendPowerBMVA() → float

Returns the branch sending end power in MVA in the B phase.

Returns:: The branch sending end power in MVA in the B phase.
Return type:: float

GetSendPowerCMVA() → float

Returns the branch sending end power in MVA in the C phase.

Returns:: The branch sending end power in MVA in the C phase.
Return type:: float

GetSendPowerNMVA() → float

Returns the branch sending end power in MVA in the N phase.

Returns:: The branch sending end power in MVA in the N phase.
Return type:: float

GetRealPowerSendAkW() → float

Returns the branch sending end real power in kW in the A phase.

Returns:: The branch sending end real power in kW in the A phase.
Return type:: float

GetRealPowerSendBkW() → float

Returns the branch sending end real power in kW in the B phase.

Returns:: The branch sending end real power in kW in the B phase.
Return type:: float

GetRealPowerSendCkW() → float

Returns the branch sending end real power in kW in the C phase.

Returns:: The branch sending end real power in kW in the C phase.
Return type:: float

GetRealPowerSendNkW() → float

Returns the branch sending end real power in kW in the N phase.

Returns:: The branch sending end real power in kW in the N phase.
Return type:: float

GetReactivePowerSendAkVAr() → float

Returns the branch sending end reactive power in kVAr in the A phase.

Returns:: The branch sending end reactive power in kVAr in the A phase.
Return type:: float

GetReactivePowerSendBkVAr() → float

Returns the branch sending end reactive power in kVAr in the B phase.

Returns:: The branch sending end reactive power in kVAr in the B phase.
Return type:: float

GetReactivePowerSendCkVAr() → float

Returns the branch sending end reactive power in kVAr in the C phase.

Returns:: The branch sending end reactive power in kVAr in the C phase.
Return type:: float

GetReactivePowerSendNkVAr() → float

Returns the branch sending end reactive power in kVAr in the N phase.

Returns:: The branch sending end reactive power in kVAr in the N phase.
Return type:: float

GetSendPowerAkVA() → float

Returns the branch sending end power in kVA in the A phase.

Returns:: The branch sending end power in kVA in the A phase.
Return type:: float

GetSendPowerBkVA() → float

Returns the branch sending end power in kVA in the B phase.

Returns:: The branch sending end power in kVA in the B phase.
Return type:: float

GetSendPowerCkVA() → float

Returns the branch sending end power in kVA in the C phase.

Returns:: The branch sending end power in kVA in the C phase.
Return type:: float

GetSendPowerNkVA() → float

Returns the branch sending end power in kVA in the N phase.

Returns:: The branch sending end power in kVA in the N phase.
Return type:: float

GetRealPowerRecvAMW() → float

Returns the branch receive end real power in MW in the A phase.

Returns:: The branch receive end real power in MW in the A phase.
Return type:: float

GetRealPowerRecvBMW() → float

Returns the branch receive end real power in MW in the B phase.

Returns:: The branch receive end real power in MW in the B phase.
Return type:: float

GetRealPowerRecvCMW() → float

Returns the branch receive end real power in MW in the C phase.

Returns:: The branch receive end real power in MW in the C phase.
Return type:: float

GetRealPowerRecvNMW() → float

Returns the branch receive end real power in MW in the N phase.

Returns:: The branch receive end real power in MW in the N phase.
Return type:: float

GetReactivePowerRecvAMVAr() → float

Returns the branch receive end reactive power in MVAr in the A phase.

Returns:: The branch receive end reactive power in MVAr in the A phase.
Return type:: float

GetReactivePowerRecvBMVAr() → float

Returns the branch receive end reactive power in MVAr in the B phase.

Returns:: The branch receive end reactive power in MVAr in the B phase.
Return type:: float

GetReactivePowerRecvCMVAr() → float

Returns the branch receive end reactive power in MVAr in the C phase.

Returns:: The branch receive end reactive power in MVAr in the C phase.
Return type:: float

GetReactivePowerRecvNMVAr() → float

Returns the branch receive end reactive power in MVAr in the N phase.

Returns:: The branch receive end reactive power in MVAr in the N phase.
Return type:: float

GetRecvPowerAMVA() → float

Returns the branch receive end power in MVA in the A phase.

Returns:: The branch receive end power in MVA in the A phase.
Return type:: float

GetRecvPowerBMVA() → float

Returns the branch receive end power in MVA in the B phase.

Returns:: The branch receive end power in MVA in the B phase.
Return type:: float

GetRecvPowerCMVA() → float

Returns the branch receive end power in MVA in the C phase.

Returns:: The branch receive end power in MVA in the C phase.
Return type:: float

GetRecvPowerNMVA() → float

Returns the branch receive end power in MVA in the N phase.

Returns:: The branch receive end power in MVA in the N phase.
Return type:: float

GetRealPowerRecvAkW() → float

Returns the branch receive end real power in kW in the A phase.

Returns:: The branch receive end real power in kW in the A phase.
Return type:: float

GetRealPowerRecvBkW() → float

Returns the branch receive end real power in kW in the B phase.

Returns:: The branch receive end real power in kW in the B phase.
Return type:: float

GetRealPowerRecvCkW() → float

Returns the branch receive end real power in kW in the C phase.

Returns:: The branch receive end real power in kW in the C phase.
Return type:: float

GetRealPowerRecvNkW() → float

Returns the branch receive end real power in kW in the N phase.

Returns:: The branch receive end real power in kW in the N phase.
Return type:: float

GetReactivePowerRecvAkVAr() → float

Returns the branch receive end reactive power in kVAr in the A phase.

Returns:: The branch receive end reactive power in kVAr in the A phase.
Return type:: float

GetReactivePowerRecvBkVAr() → float

Returns the branch receive end reactive power in kVAr in the B phase.

Returns:: The branch receive end reactive power in kVAr in the B phase.
Return type:: float

GetReactivePowerRecvCkVAr() → float

Returns the branch receive end reactive power in kVAr in the C phase.

Returns:: The branch receive end reactive power in kVAr in the C phase.
Return type:: float

GetReactivePowerRecvNkVAr() → float

Returns the branch receive end reactive power in kVAr in the N phase.

Returns:: The branch receive end reactive power in kVAr in the N phase.
Return type:: float

GetRecvPowerAkVA() → float

Returns the branch receive end power in kVA in the A phase.

Returns:: The branch receive end power in kVA in the A phase.
Return type:: float

GetRecvPowerBkVA() → float

Returns the branch receive end power in kVA in the B phase.

Returns:: The branch receive end power in kVA in the B phase.
Return type:: float

GetRecvPowerCkVA() → float

Returns the branch receive end power in kVA in the C phase.

Returns:: The branch receive end power in kVA in the C phase.
Return type:: float

GetRecvPowerNkVA() → float

Returns the branch receive end power in kVA in the N phase.

Returns:: The branch receive end power in kVA in the N phase.
Return type:: float

GetRealPowerSendMeanMW() → float

Returns the real power mean in MW of the three branch phase send end powers.

Returns:: The real power mean in MW of the three branch phase send end powers.
Return type:: float

GetReactivePowerSendMeanMVAr() → float

Returns the reactive power mean in MVAr of the three branch phase send end powers.

Returns:: The real power mean in MVAr of the three branch phase send end powers.
Return type:: float

GetSendPowerMeanMVA() → float

Returns the power mean in MVA of the three branch phase send end powers.

Returns:: The power mean in MVA of the three branch phase send end powers.
Return type:: float

GetRealPowerSendMeankW() → float

Returns the real power mean in kW of the three branch phase send end powers.

Returns:: The real power mean in kW of the three branch phase send end powers.
Return type:: float

GetReactivePowerSendMeankVAr() → float

Returns the reactive power mean in kVAr of the three branch phase send end powers.

Returns:: The reactive power mean in kVAr of the three branch phase send end powers.
Return type:: float

GetSendPowerMeankVA() → float

Returns the power mean in kVA of the three branch phase send end powers.

Returns:: The power mean in kVA of the three branch phase send end powers.
Return type:: float

GetRealPowerSendMaxMW() → float

Returns the highest real power of the three branch phase send end powers in MW.

Returns:: The highest real power of the three branch phase send end powers in MW.
Return type:: float

GetReactivePowerSendMaxMVAr() → float

Returns the highest reactive power of the three branch phase send end powers in MVAr.

Returns:: The highest reactive power of the three branch phase send end powers in MVAr.
Return type:: float

GetSendPowerMaxMVA() → float

Returns the highest power of the three branch phase send end powers in MVA.

Returns:: The highest power of the three branch phase send end powers in MVA.
Return type:: float

GetRealPowerSendMaxkW() → float

Returns the highest real power of the three branch phase send end powers in kW.

Returns:: The highest real power of the three branch phase send end powers in kW.
Return type:: float

GetReactivePowerSendMaxkVAr() → float

Returns the highest reactive power of the three branch phase send end powers in kVAr.

Returns:: The highest reactive power of the three branch phase send end powers in kVAr.
Return type:: float

GetSendPowerMaxkVA() → float

Returns the highest power of the three branch phase send end powers in kVA.

Returns:: The highest power of the three branch phase send end powers in kVA.
Return type:: float

GetRealPowerRecvMeanMW() → float

Returns the mean of the three branch phase receive end real powers in MW.

Returns:: The mean of the three branch phase receive end real powers in MW.
Return type:: float

GetReactivePowerRecvMeanMVAr() → float

Returns the mean of the three branch phase receive end reactive powers in MVAr.

Returns:: The mean of the three branch phase receive end reactive powers in MVAr.
Return type:: float

GetRecvPowerMeanMVA() → float

Returns the mean of the three branch phase receive end powers in MVA.

Returns:: The mean of the three branch phase receive end powers in MVA.
Return type:: float

GetRealPowerRecvMeankW() → float

Returns the mean of the three branch phase receive end real powers in kW.

Returns:: The mean of the three branch phase receive end real powers in kW.
Return type:: float

GetReactivePowerRecvMeankVAr() → float

Returns the mean of the three branch phase receive end reactive powers in kVAr.

Returns:: The mean of the three branch phase receive end reactive powers in kVAr.
Return type:: float

GetRecvPowerMeankVA() → float

Returns the mean of the three branch phase receive end powers in kVA.

Returns:: The mean of the three branch phase receive end powers in kVA.
Return type:: float

GetRealPowerRecvMaxMW() → float

Returns the highest of the three branch phase receive end real powers in MW.

Returns:: The highest of the three branch phase receive end real powers in MW.
Return type:: float

GetReactivePowerRecvMaxMVAr() → float

Returns the highest of the three branch phase receive end reactive powers in MVAr.

Returns:: The highest of the three branch phase receive end reactive powers in MVAr.
Return type:: float

GetRecvPowerMaxMVA() → float

Returns the highest of the three branch phase receive end powers in MVA.

Returns:: The highest of the three branch phase receive end powers in MVA.
Return type:: float

GetRealPowerRecvMaxkW() → float

Returns the highest of the three branch phase receive end real powers in kW.

Returns:: The highest of the three branch phase receive end real powers in kW.
Return type:: float

GetReactivePowerRecvMaxkVAr() → float

Returns the highest of the three branch phase receive end reactive powers in kVAr.

Returns:: The highest of the three branch phase receive end reactive powers in kVAr.
Return type:: float

GetRecvPowerMaxkVA() → float

Returns the highest of the three branch phase receive end powers in kVA.

Returns:: The highest of the three branch phase receive end powers in kVA.
Return type:: float

GetRealPowerSendPosMW() → float

Returns the positive branch phase sequence send end real power in MW.

Returns:: The positive branch phase sequence send end real power in MW.
Return type:: float

GetRealPowerSendNegMW() → float

Returns the negative branch phase sequence send end real power in MW.

Returns:: The negative branch phase sequence send end real power in MW.
Return type:: float

GetRealPowerSendZeroMW() → float

Returns the zero branch phase sequence send end real power in MW.

Returns:: The zero branch phase sequence send end real power in MW.
Return type:: float

GetReactivePowerSendPosMVAr() → float

Returns the positive branch phase sequence send end reactive power in MVAr.

Returns:: The positive branch phase sequence send end reactive power in MVAr.
Return type:: float

GetReactivePowerSendNegMVAr() → float

Returns the negative branch phase sequence send end reactive power in MVAr.

Returns:: The negative branch phase sequence send end reactive power in MVAr.
Return type:: float

GetReactivePowerSendZeroMVAr() → float

Returns the zero branch phase sequence send end reactive power in MVAr.

Returns:: The zero branch phase sequence send end reactive power in MVAr.
Return type:: float

GetSendPowerPosMVA() → float

Returns the positive branch phase sequence send end power in MVA.

Returns:: The positive branch phase sequence send end power in MVA.
Return type:: float

GetSendPowerNegMVA() → float

Returns the negative branch phase sequence send end power in MVA.

Returns:: The negative branch phase sequence send end power in MVA.
Return type:: float

GetSendPowerZeroMVA() → float

Returns the zero branch phase sequence send end power in MVA.

Returns:: The zero branch phase sequence send end power in MVA.
Return type:: float

GetSendPowerPoskVA() → float

Returns the positive branch phase sequence send end power in kVA.

Returns:: The positive branch phase sequence send end power in kVA.
Return type:: float

GetSendPowerNegkVA() → float

Returns the negative branch phase sequence send end power in kVA.

Returns:: The negative branch phase sequence send end power in kVA.
Return type:: float

GetSendPowerZerokVA() → float

Returns the zero branch phase sequence send end power in kVA.

Returns:: The zero branch phase sequence send end power in kVA.
Return type:: float

GetRealPowerSendPoskW() → float

Returns the positive branch phase sequence send end real power in kW.

Returns:: The positive branch phase sequence send end real power in kW.
Return type:: float

GetRealPowerSendNegkW() → float

Returns the negative branch phase sequence send end real power in kW.

Returns:: The negative branch phase sequence send end real power in kW.
Return type:: float

GetRealPowerSendZerokW() → float

Returns the zero branch phase sequence send end real power in kW.

Returns:: The zero branch phase sequence send end real power in kW.
Return type:: float

GetReactivePowerSendPoskVAr() → float

Returns the positive branch phase sequence send end reactive power in kVAr.

Returns:: The positive branch phase sequence send end reactive power in kVAr.
Return type:: float

GetReactivePowerSendNegkVAr() → float

Returns the negative branch phase sequence send end reactive power in kVAr.

Returns:: The negative branch phase sequence send end reactive power in kVAr.
Return type:: float

GetReactivePowerSendZerokVAr() → float

Returns the zero branch phase sequence send end reactive power in kVAr.

Returns:: The zero branch phase sequence send end reactive power in kVAr.
Return type:: float

GetRealPowerRecvPosMW() → float

Returns the positive branch phase sequence receive end real power in MW.

Returns:: The positive branch phase sequence receive end real power in MW.
Return type:: float

GetRealPowerRecvNegMW() → float

Returns the negative branch phase sequence receive end real power in MW.

Returns:: The negative branch phase sequence receive end real power in MW.
Return type:: float

GetRealPowerRecvZeroMW() → float

Returns the zero branch phase sequence receive end real power in MW.

Returns:: The zero branch phase sequence receive end real power in MW.
Return type:: float

GetReactivePowerRecvPosMVAr() → float

Returns the positive branch phase sequence receive end reactive power in MVAr.

Returns:: The positive branch phase sequence receive end reactive power in MVAr.
Return type:: float

GetReactivePowerRecvNegMVAr() → float

Returns the negative branch phase sequence receive end reactive power in MVAr.

Returns:: The negative branch phase sequence receive end reactive power in MVAr.
Return type:: float

GetReactivePowerRecvZeroMVAr() → float

Returns the zero branch phase sequence receive end reactive power in MVAr.

Returns:: The zero branch phase sequence receive end reactive power in MVAr.
Return type:: float

GetRecvPowerPosMVA() → float

Returns the positive branch phase sequence receive end power in MVA.

Returns:: The positive branch phase sequence receive end power in MVA.
Return type:: float

GetRecvPowerNegMVA() → float

Returns the negative branch phase sequence receive end power in MVA.

Returns:: The negative branch phase sequence receive end power in MVA.
Return type:: float

GetRecvPowerZeroMVA() → float

Returns the zero branch phase sequence receive end power in MVA.

Returns:: The zero branch phase sequence receive end power in MVA.
Return type:: float

GetRealPowerRecvPoskW() → float

Returns the positive branch phase sequence receive end real power in kW.

Returns:: The positive branch phase sequence receive end real power in kW.
Return type:: float

GetRealPowerRecvNegkW() → float

Returns the negative branch phase sequence receive end real power in kW.

Returns:: The negative branch phase sequence receive end real power in kW.
Return type:: float

GetRealPowerRecvZerokW() → float

Returns the zero branch phase sequence receive end real power in kW.

Returns:: The zero branch phase sequence receive end real power in kW.
Return type:: float

GetReactivePowerRecvPoskVAr() → float

Returns the positive branch phase sequence receive end reactive power in kVAr.

Returns:: The positive branch phase sequence receive end reactive power in kVAr.
Return type:: float

GetReactivePowerRecvNegkVAr() → float

Returns the negative branch phase sequence receive end reactive power in kVAr.

Returns:: The negative branch phase sequence receive end reactive power in kVAr.
Return type:: float

GetReactivePowerRecvZerokVAr() → float

Returns the zero branch phase sequence receive end reactive power in kVAr.

Returns:: The zero branch phase sequence receive end reactive power in kVAr.
Return type:: float

GetRecvPowerPoskVA() → float

Returns the positive branch phase sequence receive end power in kVA.

Returns:: The positive branch phase sequence receive end power in kVA.
Return type:: float

GetRecvPowerNegkVA() → float

Returns the negative branch phase sequence receive end power in kVA.

Returns:: The negative branch phase sequence receive end power in kVA.
Return type:: float

GetRecvPowerZerokVA() → float

Returns the zero branch phase sequence receive end power in kVA.

Returns:: The zero branch phase sequence receive end power in kVA.
Return type:: float