Objects & Fields

The esapp.components module provides the base classes for defining grid component schemas and transient stability field constants.

GObject Base Class

Defines the base components for creating structured grid object schemas.

This module provides the GObject enum, a specialized base class used to define the data model for various power system components like buses, generators, and lines. It uses a unique pattern within the Enum’s __new__ method to dynamically construct a schema, including field names, data types, and keys, from the class definition itself.

The FieldPriority flag is used to categorize these fields, for example, to distinguish primary keys from other data attributes.

class FieldPriority(value)

A Flag enumeration to define the characteristics of a GObject field.

These flags can be combined (e.g., REQUIRED | EDITABLE) to specify multiple attributes for a single field.

EDITABLE = 16

Field is user-modifiable.

OPTIONAL = 8

Field is optional.

PRIMARY = 1

Field is part of the primary key for the object.

REQUIRED = 4

Field is required for data retrieval or updates.

SECONDARY = 2

Field is part of a secondary key.

class GObject(value)

A base class for defining the schema of a power system grid object.

This class uses a custom Enum implementation to parse its own members at definition time, creating a structured schema for a grid component. Subclasses should define their members to build the schema.

The class automatically populates _FIELDS, _KEYS, and _TYPE attributes based on its member definitions. These are exposed through the fields(), keys(), and TYPE() classmethods.

Example:

class Bus(GObject):
    # The first member defines the PowerWorld object type string.
    _ = 'Bus'

    # Subsequent members define the object's fields.
    # (FieldName, DataType, Priority)
    Number = 'BusNum', int, FieldPriority.PRIMARY
    Name = 'BusName', str, FieldPriority.REQUIRED | FieldPriority.EDITABLE
    PUVolt = 'BusPUVolt', float, FieldPriority.OPTIONAL

classmethod TYPE()

classmethod editable()

classmethod fields()

classmethod identifiers()

All identifier fields: primary keys + secondary keys.

classmethod is_editable(field_name)

Check if a field is user-modifiable.

classmethod is_settable(field_name)

Check if a field can be set (either a key or editable).

classmethod keys()

classmethod secondary()

Secondary identifier fields (used with primary keys to identify records).

classmethod settable()

Fields that can be set: identifiers (primary + secondary keys) + editable fields.

Transient Stability Fields

The TS class provides IDE intellisense for transient stability result fields, organized by object type. Use these constants with TSWatch.watch() to specify which fields to record during simulation.

from esapp import TS
from esapp.components import Gen, Bus
from esapp.utils import TSWatch

tsw = TSWatch()

# Watch generator fields
tsw.watch(Gen, [TS.Gen.P, TS.Gen.W, TS.Gen.Delta])

# Watch bus fields
tsw.watch(Bus, [TS.Bus.VPU, TS.Bus.Freq])

TS Field Reference

The following tables list all available transient stability field constants by category. Access fields using TS.<Category>.<Field> syntax (e.g., TS.Gen.P, TS.Bus.VPU).

245 TS field constants across 9 categories

TS.Area

Field	PowerWorld Name	Description
ACE	TSAreaACE	TSTimePointResult_TSAreaACE
AGCAble	TSAreaAGCAble	—
AreaSchedMW	TSAreaAreaSchedMW	—
AvgFreqHz	TSAreaAvgFreqHz	Average Frequency (Hz)
Bias	TSAreaBias	—
Deadband	TSAreaDeadband	—
GICQ	TSAreaGICQ	Total GIC Mvar Losses
GenAccP	TSAreaGenAccP	Generator Accel MW Sum Area
GenMWLoss	TSAreaGenMWLoss	TSTimePointResult_TSAreaGenMWLoss
GenP	TSAreaGenP	Gen MW Sum Area
GenPMech	TSAreaGenPMech	Generator Mech Input Sum Area
GenQ	TSAreaGenQ	Gen Mvar Sum Area
IntP	TSAreaIntP	Net MW interchange leaving the area
IntQ	TSAreaIntQ	Net Mvar interchange leaving the area
LoadNPT	TSAreaLoadNPT	Load MW Nominal Tripped
LoadP	TSAreaLoadP	Load MW Sum Area
LoadQ	TSAreaLoadQ	Load Mvar Sum Area
SchedMW	TSAreaSchedMW	TSTimePointResult_TSAreaSchedMW
WeightAvgSpeed	TSAreaWeightAvgSpeed	Weighted Average Speed of online synchronous machines (weighted by generator MVA Base)

TS.Branch

Field	PowerWorld Name	Description
FromA	TSACLineFromA	Current at From End in Amps
FromAinPU	TSACLineFromAinPU	Current at From End in pu
FromAppImpR	TSACLineFromAppImpR	Apparent Impedance Resistance at From End in pu
FromAppImpROhms	TSACLineFromAppImpROhms	Apparent Impedance Resistance at From End in Ohms
FromAppImpX	TSACLineFromAppImpX	Apparent Impedance Reactance at From End in pu
FromAppImpXOhms	TSACLineFromAppImpXOhms	Apparent Impedance Reactance at From End in Ohms
FromAppImpZAng	TSACLineFromAppImpZAng	Apparent Impedance Angle at From End
FromAppImpZMag	TSACLineFromAppImpZMag	Apparent Impedance Magnitude at From End in pu
FromAppImpZMagOhms	TSACLineFromAppImpZMagOhms	Apparent Impedance Magnitude at From End in Ohms
FromGIC	TSACLineFromGIC	Per phase GIC flowing into the line/transformer at the from end, amps
FromP	TSACLineFromP	MW at From End
FromQ	TSACLineFromQ	Mvar at From End
FromS	TSACLineFromS	MVA at From End
MinProfileVpu	TSACLineMinProfileVpu	Minimum Profile Vpu
Percent	TSACLinePercent	Flow Percentage of Contingency Limit (Result may be based on Amps or MVA depending on the Limit Monitoring Settings)
RelayInput	TSACLineRelayInput	—
RelayOther	TSACLineRelayOther	Other Fields of AC Line Relay/Other 1 (largest index is 10)
RelayStates	TSACLineRelayStates	States of AC Line Relay/State 1 (largest index is 3)
Status	TSACLineStatus	Status of line or transformer: 0 for open, 1 for closed
ToA	TSACLineToA	Current at To End in amps
ToAinPU	TSACLineToAinPU	Current at To End in pu
ToAppImpR	TSACLineToAppImpR	Apparent Impedance Resistance at To End in pu
ToAppImpROhms	TSACLineToAppImpROhms	Apparent Impedance Resistance at To End in Ohms
ToAppImpX	TSACLineToAppImpX	Apparent Impedance Reactance at To End in pu
ToAppImpXOhms	TSACLineToAppImpXOhms	Apparent Impedance Reactance at To End in Ohms
ToAppImpZAng	TSACLineToAppImpZAng	Apparent Impedance Angle at To End
ToAppImpZMag	TSACLineToAppImpZMag	Apparent Impedance Magnitude at To End in pu
ToAppImpZMagOhms	TSACLineToAppImpZMagOhms	Apparent Impedance Magnitude at To End Ohms
ToGIC	TSACLineToGIC	Per phase GIC flowing into the line/transformer at the to end, amps
ToP	TSACLineToP	MW at To End
ToQ	TSACLineToQ	Mvar at To End
ToS	TSACLineToS	MVA at To End

TS.Bus

Field	PowerWorld Name	Description
Deg	TSBusDeg	Angle relative to angle reference (degrees)
DegNoshift	TSBusDegNoshift	Angle, No Shift (degrees)
FreqMeasT	TSBusFreqMeasT	Bus Frequency is calculated by taking the derivative of the bus angles in the system using this time delay
GenP	TSBusGenP	Total Generator MW
GenQ	TSBusGenQ	Total Generator Mvar
GroupFreqHz	TSBusGroupFreqHz	—
GroupLossP	TSBusGroupLossP	—
GroupLossQ	TSBusGroupLossQ	—
GroupSShuntP	TSBusGroupSShuntP	—
GroupSShuntQ	TSBusGroupSShuntQ	—
Input	TSBusInput	Inputs of Bus/Input 1 (largest index is 10)
LoadP	TSBusLoadP	Total Load MW
LoadQ	TSBusLoadQ	Total Load Mvar
MinMaxFreq	TSBusMinMaxFreq	Minimum value for the signal over the time window
MinMaxFreqTime	TSBusMinMaxFreqTime	Time at which the minimum value over the time window is achieved
MinMaxVoltPU	TSBusMinMaxVoltPU	Minimum Per Unit Voltage during simulation
MinMaxVoltPUTime	TSBusMinMaxVoltPUTime	Time of Minimum Per Unit Voltage
Other	TSBusOther	Other Fields of Bus/Other 1 (largest index is 10)
PairAngleDiff	TSBusPairAngleDiff	TSTimePointResult_TSBusPairAngleDiff
ROCOFHz	TSBusROCOFHz	Rate of Change of Frequency (ROCOF) in Hz/s
ROCOFHz_MISTAKE_FIXBUG_DONTUSE	TSBusROCOFHz_MISTAKE_FIXBUG_DONTUSE	—
Rad	TSBusRad	Angle relative to angle reference (radians)
States	TSBusStates	States of Bus/State 1 (largest index is 53)
Status	TSBusStatus	Status of bus: 0 for open, 1 for energized
VPU	TSBusVPU	Voltage Magnitude (pu)
VinKV	TSBusVinKV	Voltage Magnitude (kV)

TS.Gen

Field	PowerWorld Name	Description
AGCInput	TSGenAGCInput	—
AGCOther	TSGenAGCOther	—
AGCState	TSGenAGCState	States of AGC Model/State 1 (largest index is 1)
AGCStatus	TSGenAGCStatus	—
AeroInput	TSGenAeroInput	—
AeroOther	TSGenAeroOther	—
AeroState	TSGenAeroState	—
AppImpR	TSGenAppImpR	TSTimePointResult_TSGenAppImpR
AppImpX	TSGenAppImpX	TSTimePointResult_TSGenAppImpX
Delta	TSGenDelta	Rotor Angle relative to angle reference (degrees)
DeltaNoshift	TSGenDeltaNoshift	Rotor Angle, No Shift (degrees)
EField	TSGenEField	—
ExciterInput	TSGenExciterInput	Inputs of Exciter/Input 1 (largest index is 1)
ExciterName	TSGenExciterName	Shows the name of the active exciter type for transient stability
ExciterOther	TSGenExciterOther	Other Fields of Exciter/Other 1 (largest index is 8)
ExciterState	TSGenExciterState	States of Exciter/State 1 (largest index is 20)
ExciterSubInterval2Used	TSGenExciterSubInterval2Used	SubInterval Used, Exciter Model
FieldV	TSGenFieldV	Field Voltage Magnitude (pu)
GEMVABase	TSGenGEMVABase	—
GovernorInput	TSGenGovernorInput	Inputs of Governor/Input 1 (largest index is 1)
GovernorName	TSGenGovernorName	Shows the name of the active governor type for transient stability
GovernorOther	TSGenGovernorOther	Other Fields of Governor/Other 1 (largest index is 16)
GovernorState	TSGenGovernorState	States of Governor/State 1 (largest index is 62)
GovernorSubInterval2Used	TSGenGovernorSubInterval2Used	SubInterval Used, Governor Model
IPU	TSGenIPU	Genrator current magnitude (pu)
Id	TSGenId	d-q axis/Direct Axis Current [pu]
Ifd	TSGenIfd	Field Current
Iq	TSGenIq	d-q axis/Quadrature Axis Current [pu]
MWREf	TSGenMWREf	MW reference value for the generator
MachineInput	TSGenMachineInput	Inputs of Machine/Input 1 (largest index is 1)
MachineName	TSGenMachineName	Shows the name of the active machine type for transient stability
MachineOther	TSGenMachineOther	Other Fields of Machine/Other 1 (largest index is 14)
MachineState	TSGenMachineState	States of Machine/State 1 (largest index is 15)
MachineSubInterval2Used	TSGenMachineSubInterval2Used	SubInterval Used, Machine Model
MinMaxAngle	TSGenMinMaxAngle	Maximum Angle Difference between internal machine angles during the simulation
MinMaxAngleTime	TSGenMinMaxAngleTime	Simulation Time at which the Maximum Angle Difference between internal machine angles occurred during the simulation
MinMaxEfd	TSGenMinMaxEfd	Minimum Field Voltage during simulation
MinMaxEfdTime	TSGenMinMaxEfdTime	Time of Minimum Field Voltage
MinMaxFreq	TSGenMinMaxFreq	Minimum Speed during simulation
MinMaxFreqTime	TSGenMinMaxFreqTime	Time of Minimum Speed
MinMaxIfd	TSGenMinMaxIfd	Minimum Field Current during simulation
MinMaxIfdTime	TSGenMinMaxIfdTime	Time of Minimum Field Current
MinMaxPMech	TSGenMinMaxPMech	Minimum Mechanical Power during simulation
MinMaxPMechTime	TSGenMinMaxPMechTime	Time of Minimum Mechanical Power
MinMaxVs	TSGenMinMaxVs	Minimum Stabilizer Vs during simulation
MinMaxVsTime	TSGenMinMaxVsTime	Time of Minimum Stabilizer Vs
OELInput	TSGenOELInput	—
OELOther	TSGenOELOther	TSTimePointResult_TSGenOELOther/Other 1 (largest index is 16)
OELState	TSGenOELState	TSTimePointResult_TSGenOELState/State 1 (largest index is 24)
OtherName	TSGenOtherName	Shows the name of the first other model type for transient stability
P	TSGenP	MW injected by generator into its bus; this is after any transformer included as part of the generator model
PAirGap	TSGenPAirGap	Airgap Power MW
PBus	TSGenPBus	—
PMech	TSGenPMech	Mech Input
PauxCtrlInput	TSGenPauxCtrlInput	TSTimePointResult_TSGenPauxCtrlInput/Input 1 (largest index is 2)
PauxCtrlOther	TSGenPauxCtrlOther	TSTimePointResult_TSGenPauxCtrlOther/Other 1 (largest index is 5)
PauxCtrlState	TSGenPauxCtrlState	TSTimePointResult_TSGenPauxCtrlState/State 1 (largest index is 10)
PlantCtrlInput	TSGenPlantCtrlInput	Inputs of Plant Controller/Input 1 (largest index is 4)
PlantCtrlOther	TSGenPlantCtrlOther	Other Fields of Plant Controller/Other 1 (largest index is 10)
PlantCtrlState	TSGenPlantCtrlState	States of Plant Controller/State 1 (largest index is 27)
PlayIn	TSGenPlayIn	—
PrefCtrlInput	TSGenPrefCtrlInput	—
PrefCtrlOther	TSGenPrefCtrlOther	Other Fields of Pref Controller such as Turbine Load Controller/Other 1 (largest index is 2)
PrefCtrlState	TSGenPrefCtrlState	States of Pref Controller such as Turbine Load Controller/State 1 (largest index is 4)
Q	TSGenQ	Mvar injected by generator into its bus; this is after any transformer included as part of the generator model
QBus	TSGenQBus	—
RelayInput	TSGenRelayInput	—
RelayOther	TSGenRelayOther	Other Fields of Gen Relay/Other 1 (largest index is 16)
RelayState	TSGenRelayState	States of Gen Relay/State 1 (largest index is 24)
S	TSGenS	Power/Terminal MVA
SBus	TSGenSBus	—
SCLInput	TSGenSCLInput	—
SCLOther	TSGenSCLOther	TSTimePointResult_TSGenSCLOther/Other 1 (largest index is 16)
SCLState	TSGenSCLState	TSTimePointResult_TSGenSCLState/State 1 (largest index is 24)
SaveTwoBusEquiv	TSGenSaveTwoBusEquiv	Save Two Bus Equivalent
StabilizerInput	TSGenStabilizerInput	—
StabilizerName	TSGenStabilizerName	Shows the name of the active stabilizer type for transient stability
StabilizerOther	TSGenStabilizerOther	Other Fields of Stabilizer/Other 1 (largest index is 2)
StabilizerState	TSGenStabilizerState	States of Stabilizer/State 1 (largest index is 40)
StabilizerVs	TSGenStabilizerVs	Stabilizer Vs
StabilzerSubInterval2Used	TSGenStabilzerSubInterval2Used	SubInterval Used, Stabilizer Model
Status	TSGenStatus	Status of generator: 0 for open, 1 for closed
TermVPU	TSGenTermVPU	Terminal Voltage Magnitude (pu)
UELInput	TSGenUELInput	—
UELOther	TSGenUELOther	TSTimePointResult_TSGenUELOther/Other 1 (largest index is 16)
UELState	TSGenUELState	TSTimePointResult_TSGenUELState/State 1 (largest index is 24)
VOEL	TSGenVOEL	Over-Excitation Limiter Signal
VSCL	TSGenVSCL	TSTimePointResult_TSGenVSCL
VSCLOEL	TSGenVSCLOEL	TSTimePointResult_TSGenVSCLOEL
VSCLUEL	TSGenVSCLUEL	TSTimePointResult_TSGenVSCLUEL
VUEL	TSGenVUEL	Under-Excitation Limiter Signal
Vd	TSGenVd	d-q axis/Direct Axis Voltage [pu]
VoltPURef	TSGenVoltPURef	Voltage setpoint for the generator (in per unit)
VperHz	TSGenVperHz	Generator V per Hertz in pu.
Vq	TSGenVq	d-q axis/Quadrature Axis Voltage [pu]
W	TSGenW	Speed

TS.InjectionGroup

Field	PowerWorld Name	Description
LoadNPT	TSInjectionGroupLoadNPT	Load MW Nominal Tripped
P	TSInjectionGroupP	MW at Injection Group
Pmech	TSInjectionGroupPmech	Mech Input at Injection Group
Q	TSInjectionGroupQ	Mvar at Injection Group
WARS	TSInjectionGroupWARS	Weighted Average Rotor Speed. The formula is the sum of generator speed times Weight divided by sum of Weights. The intention is to set the Weights to be the H (Inertia) of the generators. The Weights are set in the Participation Factors of the injection group.

TS.Load

Field	PowerWorld Name	Description
Breaker	TSLoadBreaker	Model Parameters/LoadBreaker
DistGenInput	TSLoadDistGenInput	—
DistGenOther	TSLoadDistGenOther	Other Fields of Load Distributed Generation/Other 1 (largest index is 10)
DistGenP	TSLoadDistGenP	Distributed Generation MW
DistGenQ	TSLoadDistGenQ	Distributed Generation Mvar
DistGenStates	TSLoadDistGenStates	States of Load Distributed Generation/State 1 (largest index is 10)
IAMPS	TSLoadIAMPS	Load Current (amps)
IDeg	TSLoadIDeg	Load Current Angle
IPU	TSLoadIPU	Load Current (pu)
Input	TSLoadInput	—
NPT	TSLoadNPT	MW Nominal Tripped
OnlyOrDistGenAndLoad	TSLoadOnlyOrDistGenAndLoad	Set how the relay or event scaling will scale/affect the loads. The options are to affect Only Load MW and MVAR; or Dist Gen and Load MW and MVAR
Other	TSLoadOther	Other Fields of Load/Other 1 (largest index is 36)
P	TSLoadP	MW Load
Q	TSLoadQ	Mvar Load
RelayInput	TSLoadRelayInput	—
RelayOther	TSLoadRelayOther	—
RelayStates	TSLoadRelayStates	States of Load Relay/State 1 (largest index is 6)
S	TSLoadS	MVA Load
Scalar	TSLoadScalar	—
Scalar_NotUsed	TSLoadScalar_NotUsed	—
States	TSLoadStates	States of Load/State 1 (largest index is 20)
Status	TSLoadStatus	Status of load: 0 for open, 1 for closed
VDeg	TSLoadVDeg	Bus Voltage Angle (degrees)
VPU	TSLoadVPU	Bus Voltage Magnitude (pu)
VinKV	TSLoadVinKV	Bus Voltage Magnitude (kV)

TS.Shunt

Field	PowerWorld Name	Description
BusVPU	TSShuntBusVPU	Bus Voltage Magnitude (pu)
BusVinKV	TSShuntBusVinKV	Bus Voltage Magnitude (kV)
IAMPS	TSShuntIAMPS	Switched current magnitude (amp)
IPU	TSShuntIPU	Switched current magnitude (pu)
Input	TSShuntInput	Inputs of Switched Shunt/Input 1 (largest index is 1)
Mvar	TSShuntMvar	Actual Mvar
MvarinPU	TSShuntMvarinPU	Actual Mvar in pu
NomMvar	TSShuntNomMvar	Nominal Mvar
NomMvarinPU	TSShuntNomMvarinPU	Nominal Mvar in pu
Other	TSShuntOther	Other Fields of Switched Shunt/Other 1 (largest index is 1)
States	TSShuntStates	States of Switched Shunt/State 1 (largest index is 20)
Status	TSShuntStatus	Switched shunt status: 0 for open, 1 for closed

TS.Substation

Field	PowerWorld Name	Description
AvgFreqHz	TSSubAvgFreqHz	Average Frequency (Hz)
AvgPUVolt	TSSubAvgPUVolt	Average Voltage (pu)
GICEFieldDeg	TSSubGICEFieldDeg	GIC Efield Directions (degrees)
GICEFieldMag	TSSubGICEFieldMag	GIC Efield Magnitude
GICIAmp	TSSubGICIAmp	Total GIC (amps)
GICQ	TSSubGICQ	Total GIC Mvar Losses
GenAccP	TSSubGenAccP	Gen Acceleration MW Sum Substation
GenP	TSSubGenP	Gen MW Sum Substation
GenPMech	TSSubGenPMech	Generator Mech Input Sum Substation
GenQ	TSSubGenQ	Gen Mvar Sum Substation
IntP	TSSubIntP	—
IntQ	TSSubIntQ	—
Intervals	TSSubIntervals	Specify the number of sub-interval integration steps to use. A blank value will cause Simulator to use a default for that model type. Normally a model will not use sub-interval integration. Values must be either blank, 1, 2, 4, 8, 16, 32, 64 or 128
LoadP	TSSubLoadP	Load MW Sum Substation
LoadQ	TSSubLoadQ	Load Mvar Sum Substation
MaxPUVolt	TSSubMaxPUVolt	Maximum Voltage (pu)
MinPUOfHighestNomkV	TSSubMinPUOfHighestNomkV	Lowest Voltage (pu) of Highest Nominal Voltage Buses
MinPUVolt	TSSubMinPUVolt	Minimum Voltage (pu)
ROCOFHz	TSSubROCOFHz	TSTimePointResult_TSSubROCOFHz

TS.System

Field	PowerWorld Name	Description
DSMetric	TSSystemDSMetric	PWCaseInformation_TSSystemDSMetric
GICQ	TSSystemGICQ	Total GIC Mvar Losses
GICXFIeffmax	TSSystemGICXFIeffmax	Maximum Transformer Per phase effective GIC for the transfomer in amps
GenAccP	TSSystemGenAccP	Generator Accel MW Sum System
GenP	TSSystemGenP	Gen MW Sum System
GenPMech	TSSystemGenPMech	Generator Mech Input Sum System
GenQ	TSSystemGenQ	Gen Mvar Sum System
LoadP	TSSystemLoadP	Load MW Sum System
LoadQ	TSSystemLoadQ	Load Mvar Sum System
UnservedLoadP	TSSystemUnservedLoadP	Estimate of total system unserved load

Available Grid Object Types

The following component types are available in esapp.components. Each class represents a PowerWorld object type that can be used with the PowerWorld indexing syntax (e.g., pw[Bus, "BusNum"]).

957 component types available

AGCController_AGCBradley	AGCController_AGCPulseRate	AGCController_AGCSetpoint	ATCExtraMonitor
ATCFlowValue	ATCGeneratorChange	ATCInjectionGroupChange	ATCInterfaceChange
ATCLineChange	ATCLineChangeB	ATCScenario	ATCZoneChange
ATC_Options	ATC_Options_Value	AerodynamicModel_WTARA1	AerodynamicModel_WTGAR_A
Area	AreaAGCModel_AreaAGC	AreaAGCModel_Generic	AreaContingencyReserveBid
AreaOperatingReserveBid	AreaRegulatingReserveBid	AreaTieLine	ArevaDisplayMapping
ArevaLabelImportSpec	AutoInsertBorders_Options	AuxFileExportFormatData	AuxFileExportFormatDisplay
BalancingAuthority	BalancingAuthorityTieLine	Branch	BranchGroupRating
Bus	BusGroupSwapRec	BusModel_REPC_D	BusNumberSwap
BusPair	BusViewFormOptions	CSVtoFieldMap	CTGComboResults
CTGComboViolation	CTGComboViolationInjSens	CTGComboWhatOccurred	CTGElementBlock
CTGElementBlockElement	CTGPrimary_Options	CTGPrimary_Options_Value	CTGResultStorage
CTGWriteAux_Options	CTGWriteAux_Options_Value	CTG_AutoInsert_Options	CTG_AutoInsert_Options_Value
CTG_Options	CTG_Options_Value	CalculatedField	CaseComment
CaseInfo_Options	CaseInfo_Options_Value	CaseVoltageTarget	CaseVoltageTargetRegion
CaseVoltageTargetTool	CaseVoltageTargetTool_Value	ColorMap	Condition
Contingency	ContingencyActive	ContingencyElement	ContingencyMonitoringException
ContingencyPrimary	ContingencyPrimaryElement	CustomCaseInfo	CustomCaseInfoRow
CustomColors	CustomExpression	CustomExpressionStr	CustomFieldDescription
CustomFieldToggleChoice	CustomMenuNode	CustomMonitor	CyberDevice
CyberNetworkLink	DCAuxiliarySignal_CFCAUT	DCAuxiliarySignal_CHAAUT	DCAuxiliarySignal_FCWDPT
DCAuxiliarySignal_PAUX12T	DCAuxiliarySignal_PAUX1T	DCAuxiliarySignal_PAUX2T	DCAuxiliarySignal_SQBAUT
DCLineModel_BPA_D	DCLineModel_CDC1T	DCLineModel_CDC4T	DCLineModel_CDC6
DCLineModel_CDC6T	DCLineModel_CDCMC	DCLineModel_CEEL2T	DCLineModel_CHATGY
DCLineModel_CHIGATT	DCLineModel_CHVDC2	DCLineModel_CMDWS2T	DCLineModel_EPCDC
DCLineModel_Generic	DCLineModel_RSPDC3	DCTransmissionLine	DFACTS
DFACTSCorrection	DNP3PointObject	DSTimeSchedule	DSTimeScheduleTimePoint
DYDExtraRecord	DataCheck	DataCheckExemption	DataGrid
DataMaintainer	DefDrawArea	DefDrawBackground	DefDrawBus
DefDrawDFACTS	DefDrawGen	DefDrawInterface	DefDrawLineTransformer
DefDrawLoad	DefDrawMSLine	DefDrawOneline	DefDrawShunt
DefDrawSubstation	DefDrawSuperArea	DefDrawZone	DeviceTypeMap
DiffChangeTolerance	Direction	DistributedComputer	Distributed_Options
Distributed_Options_Value	DistributionEquivalent	DynamicFormatting	Equiv_Options
Equiv_Options_Value	Exciter_AC10C	Exciter_AC11C	Exciter_AC1C
Exciter_AC2C	Exciter_AC3C	Exciter_AC4C	Exciter_AC5C
Exciter_AC6A	Exciter_AC6C	Exciter_AC7B	Exciter_AC7C
Exciter_AC8B	Exciter_AC8C	Exciter_AC9C	Exciter_BBSEX1
Exciter_BPA_EA	Exciter_BPA_EB	Exciter_BPA_EC	Exciter_BPA_ED
Exciter_BPA_EE	Exciter_BPA_EF	Exciter_BPA_EG	Exciter_BPA_EJ
Exciter_BPA_EK	Exciter_BPA_FA	Exciter_BPA_FB	Exciter_BPA_FC
Exciter_BPA_FD	Exciter_BPA_FE	Exciter_BPA_FF	Exciter_BPA_FG
Exciter_BPA_FH	Exciter_BPA_FJ	Exciter_BPA_FK	Exciter_BPA_FL
Exciter_BPA_FM	Exciter_BPA_FN	Exciter_BPA_FO	Exciter_BPA_FP
Exciter_BPA_FQ	Exciter_BPA_FR	Exciter_BPA_FS	Exciter_BPA_FT
Exciter_BPA_FU	Exciter_BPA_FV	Exciter_CELIN	Exciter_DC1C
Exciter_DC2C	Exciter_DC3A	Exciter_DC4B	Exciter_DC4C
Exciter_EMAC1T	Exciter_ESAC1A	Exciter_ESAC2A	Exciter_ESAC3A
Exciter_ESAC4A	Exciter_ESAC5A	Exciter_ESAC6A	Exciter_ESAC7B
Exciter_ESAC8B_GE	Exciter_ESAC8B_PTI	Exciter_ESDC1A	Exciter_ESDC2A
Exciter_ESDC3A	Exciter_ESDC4B	Exciter_ESST1A	Exciter_ESST1A_GE
Exciter_ESST2A	Exciter_ESST3A	Exciter_ESST4B	Exciter_ESST5B
Exciter_ESST6B	Exciter_ESST7B	Exciter_ESURRY	Exciter_EWTGFC
Exciter_EX2000	Exciter_EXAC1	Exciter_EXAC1A	Exciter_EXAC2
Exciter_EXAC3	Exciter_EXAC3A	Exciter_EXAC4	Exciter_EXAC6A
Exciter_EXAC8B	Exciter_EXBAS	Exciter_EXBBC	Exciter_EXDC1
Exciter_EXDC2A	Exciter_EXDC2_GE	Exciter_EXDC2_PTI	Exciter_EXDC4
Exciter_EXELI	Exciter_EXIVO	Exciter_EXPIC1	Exciter_EXST1_GE
Exciter_EXST1_PTI	Exciter_EXST2	Exciter_EXST2A	Exciter_EXST3
Exciter_EXST3A	Exciter_EXST4B	Exciter_EXWTG1	Exciter_EXWTGE
Exciter_IEEET1	Exciter_IEEET2	Exciter_IEEET3	Exciter_IEEET4
Exciter_IEEET5	Exciter_IEEEX1	Exciter_IEEEX2	Exciter_IEEEX3
Exciter_IEEEX4	Exciter_IEET1A	Exciter_IEET5A	Exciter_IEEX2A
Exciter_IVOEX	Exciter_MEXS	Exciter_PLAYINEX	Exciter_PV1E
Exciter_REECA1	Exciter_REECB1	Exciter_REECC1	Exciter_REEC_A
Exciter_REEC_B	Exciter_REEC_C	Exciter_REEC_D	Exciter_REEC_E
Exciter_REXS	Exciter_REXSY1	Exciter_REXSYS	Exciter_SCRX
Exciter_SEXS_GE	Exciter_SEXS_PTI	Exciter_ST10C	Exciter_ST1C
Exciter_ST2C	Exciter_ST3C	Exciter_ST4C	Exciter_ST5B
Exciter_ST5C	Exciter_ST6B	Exciter_ST6C	Exciter_ST6C_PTI
Exciter_ST7B	Exciter_ST7C	Exciter_ST8C	Exciter_ST9C
Exciter_TEXS	Exciter_URST5T	Exciter_WT2E	Exciter_WT2E1
Exciter_WT3E	Exciter_WT3E1	Exciter_WT4E	Exciter_WT4E1
Fault	Fault_Options	Fault_Options_Value	Filter
GEMotor	GICGMatrixRow	GICGeographicRegion	GICInputVoltObject
GICMagLatScalarFunction	GICResistivityLayerObject	GICXFormer	GIC_Options_Value
Gen	GenBid	GenMWMax_WindGeneral	GenOtherModel_Generic
GeoDataViewOptions	GeoDataViewStyle	GlobalContingencyActions	GlobalContingencyActionsElement
Governor_BBGOV1	Governor_BPA_GG	Governor_BPA_GH	Governor_BPA_GIGATB
Governor_BPA_GJGATB	Governor_BPA_GKGATB	Governor_BPA_GLTB	Governor_BPA_GSTA
Governor_BPA_GSTB	Governor_BPA_GSTC	Governor_BPA_GWTW	Governor_CCBT1
Governor_CRCMGV	Governor_DEGOV	Governor_DEGOV1	Governor_DEGOV1D
Governor_G2WSCC	Governor_GAST2A	Governor_GAST2AD	Governor_GAST2A_AIR
Governor_GASTD	Governor_GASTWD	Governor_GASTWDD	Governor_GASTWD_AIR
Governor_GAST_GE	Governor_GAST_PTI	Governor_GGOV1	Governor_GGOV1D
Governor_GGOV2	Governor_GGOV3	Governor_GPWSCC	Governor_H6E
Governor_HGBLEM	Governor_HRSGSimple	Governor_HYG3	Governor_HYGOV
Governor_HYGOV2	Governor_HYGOV2D	Governor_HYGOV4	Governor_HYGOVD
Governor_HYGOVR	Governor_HYGOVR1	Governor_HYPID	Governor_IEEEG1
Governor_IEEEG1D	Governor_IEEEG1PID	Governor_IEEEG1_GE	Governor_IEEEG2
Governor_IEEEG3D	Governor_IEEEG3_GE	Governor_IEEEG3_PTI	Governor_IEESGO
Governor_IEESGOD	Governor_ISOGOV1	Governor_PIDGOV	Governor_PIDGOVD
Governor_PLAYINGOV	Governor_TGOV1	Governor_TGOV1D	Governor_TGOV2
Governor_TGOV3	Governor_TGOV3D	Governor_TGOV5	Governor_TURCZT
Governor_UCBGT	Governor_UCCPSS	Governor_UHRSG	Governor_URGS3T
Governor_W2301	Governor_WEHGOV	Governor_WESGOV	Governor_WESGOVD
Governor_WNDTGE	Governor_WNDTRB	Governor_WPIDHY	Governor_WPIDHYD
Governor_WSHYDD	Governor_WSHYGP	Governor_WSIEG1	Governor_WT12T1
Governor_WT1T	Governor_WT2T	Governor_WT3T	Governor_WT3T1
Governor_WT4T	Governor_WTDTA1	Governor_WTGT_A	Governor_WTGT_B
HDB_BRLIMS_RateSet	HintDefValues	IG_AutoInsert_Options	IG_AutoInsert_Options_Value
InjectionGroup	InjectionGroupModel_GroupMSS	Interface	InterfaceElement
InterfaceElementBranch	InterfaceElementBranchClose	InterfaceElementBranchOpen	InterfaceElementDCLine
InterfaceElementGen	InterfaceElementGenOpen	InterfaceElementInjectionGroup	InterfaceElementInterface
InterfaceElementLoad	InterfaceElementLoadOpen	InterfaceElementMSLine	Island
KMLExportFormat	LODF_Options	LODF_Options_Value	LPVariable
LabelFormat	LimitCost	LimitSet	Limit_Monitoring_Options
Limit_Monitoring_Options_Value	LineRelayModel_DIFFRLYG	LineRelayModel_DIFFRLYS	LineRelayModel_DIRECLEN
LineRelayModel_DISTR1	LineRelayModel_DISTRELAY	LineRelayModel_DISTRELAYITR	LineRelayModel_FACRI_SC
LineRelayModel_GenericTRLineRelay	LineRelayModel_LOCTI	LineRelayModel_OOSLEN	LineRelayModel_OOSLNQ
LineRelayModel_OOSMHO	LineRelayModel_RELODEN	LineRelayModel_SCGAP	LineRelayModel_SCMOV
LineRelayModel_SERIESCAPRELAY	LineRelayModel_SIMPLEOC1	LineRelayModel_TIOCR1	LineRelayModel_TIOCRS
LineRelayModel_TIOCRSRF	LineRelayModel_TLIN1	LineRelayModel_TLIN1O	LineRelayModel_UF_AK
LineRelayModel_ZDCB	LineRelayModel_ZLIN1	LineRelayModel_ZLINW	LineRelayModel_ZPOTT
LineRelayModel_ZQLIN1	LineShunt	LineShuntModel_GenericDynamicLineShunt	LineShuntModel_MSLR1
Load	LoadBid	LoadCharacteristic_BPA_Induction_MotorI	LoadCharacteristic_BPA_Induction_MotorL
LoadCharacteristic_BPA_Type_LA	LoadCharacteristic_BPA_Type_LB	LoadCharacteristic_BRAKE	LoadCharacteristic_CIM5
LoadCharacteristic_CIM5_PTR	LoadCharacteristic_CIM6	LoadCharacteristic_CIMW	LoadCharacteristic_CLOD
LoadCharacteristic_CMLD	LoadCharacteristic_CMPLDW	LoadCharacteristic_CMPLDWNF	LoadCharacteristic_CompLoad
LoadCharacteristic_DLIGHT	LoadCharacteristic_EXTL	LoadCharacteristic_IEEL	LoadCharacteristic_INDMOT1P
LoadCharacteristic_INDMOT1P_PTR	LoadCharacteristic_INDMOT3P_A	LoadCharacteristic_LD1PAC	LoadCharacteristic_LD1PAC_CMP
LoadCharacteristic_LDELEC	LoadCharacteristic_LDEV1	LoadCharacteristic_LDFR	LoadCharacteristic_LDRANDOM
LoadCharacteristic_LDVFD_A	LoadCharacteristic_LoadTimeSchedule	LoadCharacteristic_MOTORC	LoadCharacteristic_MOTORW
LoadCharacteristic_MOTORX	LoadCharacteristic_MOTOR_CMP	LoadCharacteristic_PERC1	LoadCharacteristic_WSCC
LoadComponent	LoadDistGen_DGDER_A	LoadDistGen_DGPV	LoadDistGen_Generic
LoadModelGroup	LoadRelay_DLSH	LoadRelay_Generic	LoadRelay_LDS3
LoadRelay_LDS3_OF_AK	LoadRelay_LDS4	LoadRelay_LDSH	LoadRelay_LDST
LoadRelay_LRDT9	LoadRelay_LSDT1	LoadRelay_LSDT2	LoadRelay_LSDT3
LoadRelay_LSDT3A	LoadRelay_LSDT7	LoadRelay_LSDT8	LoadRelay_LSDT9
LoadRelay_LVS3	LoadRelay_LVSH	MTDCBus	MTDCConverter
MTDCConverterModel_CONV_Adelanto	MTDCConverterModel_CONV_CELILO_E	MTDCConverterModel_CONV_CELILO_N	MTDCConverterModel_CONV_IntMtnPP
MTDCConverterModel_CONV_SYLMAR	MTDCConverterModel_GenericMTDCConverter	MTDCRecord	MTDCRecordModel_GenericMultiTerminalDC
MTDCRecordModel_MTDC_IPP	MTDCRecordModel_MTDC_PDCI	MTDCTransmissionLine	MachineModel_BPASVC
MachineModel_CBEST	MachineModel_CIMTR1	MachineModel_CIMTR2	MachineModel_CIMTR3
MachineModel_CIMTR4	MachineModel_CSTATT	MachineModel_CSVGN1	MachineModel_CSVGN3
MachineModel_CSVGN4	MachineModel_CSVGN5	MachineModel_CSVGN6	MachineModel_DER_A
MachineModel_GENCC	MachineModel_GENCLS	MachineModel_GENCLS_PLAYBACK	MachineModel_GENDCO
MachineModel_GENIND	MachineModel_GENPWFluxDecay	MachineModel_GENPWTwoAxis	MachineModel_GENQEC
MachineModel_GENQEJ	MachineModel_GENROE	MachineModel_GENROU	MachineModel_GENSAE
MachineModel_GENSAL	MachineModel_GENTPF	MachineModel_GENTPJ	MachineModel_GENTRA
MachineModel_GENWRI	MachineModel_GEN_BPA_MMG2	MachineModel_GEN_BPA_MMG3	MachineModel_GEN_BPA_MMG4
MachineModel_GEN_BPA_MMG5	MachineModel_GEN_BPA_MMG6	MachineModel_GEWTG	MachineModel_GVABES
MachineModel_Generic	MachineModel_InfiniteBusSignalGen	MachineModel_MOTOR1	MachineModel_PLAYINGEN
MachineModel_PV1G	MachineModel_PVD1	MachineModel_REGC_A	MachineModel_REGC_B
MachineModel_REGC_C	MachineModel_REGFM_A1	MachineModel_REGFM_B1	MachineModel_REGFM_C1
MachineModel_STCON	MachineModel_SVCWSC	MachineModel_VWSCC	MachineModel_WT1G
MachineModel_WT1G1	MachineModel_WT2G	MachineModel_WT2G1	MachineModel_WT3G
MachineModel_WT3G1	MachineModel_WT3G2	MachineModel_WT4G	MachineModel_WT4G1
MeasurementModel	MeasurementObjectModel_CMPLDWDemo	MeasurementObjectModel_CompLoadMon	MeasurementObjectModel_GenericDynamicMeasurementObject
MeasurementObjectModel_LDTRPMON	MessLog_Options	MessLog_Options_Value	ModelCondition
ModelConditionCondition	ModelExpression	ModelFilter	ModelFilterCondition
ModelPlane	ModelResultOverride	ModelStringExpression	MultiSectionLine
MutualImpedance	NEMBranch	NEMGroup	NEMNode
Nomogram	NomogramInterface	OPFSolutionSummary	OPF_Options
OPF_Options_Value	ObjectGroup	OutStation	OverExcitationLimiter_BASOEL2
OverExcitationLimiter_MAXEX1	OverExcitationLimiter_MAXEX2	OverExcitationLimiter_OEL1	OverExcitationLimiter_OEL1B
OverExcitationLimiter_OEL2C	OverExcitationLimiter_OEL3C	OverExcitationLimiter_OEL4C	OverExcitationLimiter_OEL5C
Owner	PTDF_Options	PTDF_Options_Value	PVCurve_Options
PVCurve_Options_Value	PVInterfaceResults	PVPlot	PVPlotSeries
PVPlotVertAxisGroup	PVSubPlot	PWCaseInformation	PWFormOptions
PWInhibit	PWLPOPFCTGViol	PWLPTabRow	PWLineDefinedBusGroup
PWPVResultListContainer	PWPhaseShiftGroup	PWQVResultListContainer	PWRegionSubGroupAux
PWTXGen	PartPoint	PartPointGen	PartPointInjectionGroup
PartPointLoad	PartPointShunt	PauxController_PAUXSS1A	PauxController_PLAYINPAUX
PauxController_PROBOOST	PauxController_WTGIBFFR_A	PlantController_PF1	PlantController_PF2
PlantController_PLAYINREF	PlantController_REPCA1	PlantController_REPCGFM_C1	PlantController_REPCTA1
PlantController_REPC_A	PlantController_REPC_B	PlantController_REPC_B100	PlantController_REPC_C
PlantController_VAR1	PlantController_VAR2	PlayIn	PlayInInfo
PlayInSignal	PostPowerFlowActions	PostPowerFlowActionsElement	PowerWorldSession
PrefController_LCFB1	PrefController_LCFB1_PTI	PrefController_WTGTRQ_A	PrefController_WTGWGO_A
PrefController_WTTQA1	QVCurve	QVCurvePoint	QVCurveTrackedValue
QVCurve_Options	QVCurve_Options_Value	RatingSetNameBranch	RatingSetNameBus
RatingSetNameBusPair	RatingSetNameInterface	ReactiveCapability	RealTime_Alarm
RealTime_Monitor	RealTime_MonitorSeverity	Region	RegionDisplayStyle
RegionGeoPoint	RelayImportData	RelayModel_ATRRELAY	RelayModel_FRQDCAT
RelayModel_FRQTPAT	RelayModel_GENOF	RelayModel_GENOOS	RelayModel_GP1
RelayModel_GP2	RelayModel_GP3	RelayModel_GVPHZFT	RelayModel_GVPHZIT
RelayModel_LHFRT	RelayModel_LHSRT	RelayModel_LHVRT	RelayModel_VPERHZ1
RelayModel_VTGDCAT	RelayModel_VTGTPAT	RemedialAction	RemedialActionElement
Removed3WXFormer	RemovedArea	RemovedBalancingAuthority	RemovedBranch
RemovedBus	RemovedBusPair	RemovedDCTransmissionLine	RemovedDataMaintainer
RemovedDistributionEquivalent	RemovedGICXFormer	RemovedGen	RemovedInjectionGroup
RemovedInterface	RemovedInterfaceElement	RemovedLimitSet	RemovedLineShunt
RemovedLoad	RemovedLoadModelGroup	RemovedMTDCBus	RemovedMTDCConverter
RemovedMTDCRecord	RemovedMTDCTransmissionLine	RemovedMultiSectionLine	RemovedNomogram
RemovedOwner	RemovedPartPoint	RemovedRatingSetNameBranch	RemovedRatingSetNameBus
RemovedRatingSetNameBusPair	RemovedRatingSetNameInterface	RemovedReactiveCapability	RemovedShunt
RemovedStudyMWTransactions	RemovedSubstation	RemovedSuperArea	RemovedTransformer
RemovedVSCDCLine	RemovedVoltageControlGroup	RemovedVoltageDroopControl	RemovedWeatherStation
RemovedXFCorrection	RemovedZone	Route	RoutePoint
SDI_Options	SDI_Options_Value	SGPlot	SGPlotSeries
SGPlotVertAxisGroup	SGSubPlot	Scale_Options	Scale_Options_Value
ScheduledAction	ScheduledActionGroup	ScheduledActionStatus	ScheduledActions_Options
ScheduledActions_Options_Value	ScheduledCreate	ScheduledDelete	ScheduledSet
SelectByCriteriaSet	ShapefileExportDescription	ShortCut	Shunt
Sim_Environment_Options	Sim_Environment_Options_Value	Sim_Simulation_Options	Sim_Simulation_Options_Value
Sim_Solution_Options	Sim_Solution_Options_Value	Stabilizer_BPA_SF	Stabilizer_BPA_SG
Stabilizer_BPA_SI	Stabilizer_BPA_SP	Stabilizer_BPA_SS	Stabilizer_Generic
Stabilizer_IEE2ST	Stabilizer_IEEEST	Stabilizer_IVOST	Stabilizer_PFQRG
Stabilizer_PSS1A	Stabilizer_PSS2A	Stabilizer_PSS2B	Stabilizer_PSS2C
Stabilizer_PSS3B	Stabilizer_PSS3C	Stabilizer_PSS4B	Stabilizer_PSS4C
Stabilizer_PSS5C	Stabilizer_PSS6C	Stabilizer_PSS7C	Stabilizer_PSSSB
Stabilizer_PSSSH	Stabilizer_PTIST1	Stabilizer_PTIST3	Stabilizer_SIGNALSTAB
Stabilizer_ST2CUT	Stabilizer_STAB1	Stabilizer_STAB2A	Stabilizer_STAB3
Stabilizer_STAB4	Stabilizer_STBSVC	Stabilizer_WSCCST	Stabilizer_WT12A1
Stabilizer_WT1P	Stabilizer_WT1P_B	Stabilizer_WT2P	Stabilizer_WT3P
Stabilizer_WT3P1	Stabilizer_WTGPT_A	Stabilizer_WTGPT_B	Stabilizer_WTPTA1
StatorCurrentLimiter_SCL1C	StatorCurrentLimiter_SCL2C	StudyMWTransactions	StudyMWTransactionsBid
Subnet	Substation	SuperArea	SuperAreaContingencyReserveBid
SuperAreaOperatingReserveBid	SuperAreaRegulatingReserveBid	Superbus	SupplementalClassification
SupplementalData	SupplementalDataContainedObject	SwitchedShuntModel_ABBSVC1	SwitchedShuntModel_CAPRELAY
SwitchedShuntModel_CHSVCT	SwitchedShuntModel_CSSCST	SwitchedShuntModel_CSTCNT	SwitchedShuntModel_FACRI_SS
SwitchedShuntModel_GenericSwitchedShunt	SwitchedShuntModel_MSC1	SwitchedShuntModel_MSR1	SwitchedShuntModel_MSS1
SwitchedShuntModel_MSS2	SwitchedShuntModel_SVCALS	SwitchedShuntModel_SVSMO1	SwitchedShuntModel_SVSMO1_AK_A
SwitchedShuntModel_SVSMO1_AK_B	SwitchedShuntModel_SVSMO2	SwitchedShuntModel_SVSMO3	SwitchedShuntModel_SWSHNT
SwitchedShuntStatus_SSTHDvSimple	TLR_Options	TLR_Options_Value	TRLineCtgAggResult
TSContingency	TSContingencyElement	TSGICGMatrixRow	TSLimitLogic
TSLimitLogicViolation	TSLimitMonitor	TSLimitViolation	TSModalAnalysisSignal
TSPlot	TSPlotSeries	TSPlotVertAxisGroup	TSResultAnalysisMode
TSResultAnalysisModeMagAngle	TSResultAnalysisSignal	TSResultAnalysisTimeWindow	TSResultAnalysisViolation
TSResultEvent	TSState	TSStats_Bus	TSStats_Gen
TSSubPlot	TSValidation	TapControl_LTC1	ThreeWXFormer
TimePointAreaLoadMW	TimePointBranchStatus	TimePointCustomResultField	TimePointCustomResultObject
TimePointGenMW	TimePointGenMWMax	TimePointInjectionGroupMW	TimePointLoadMWMvar
TimePointWeather	TimePointZoneLoadMW	TimeStepAction	Time_Step_Simulation_Options
Time_Step_Simulation_Options_Value	Timepoint	TransferLimiter	TransferLimiterBranch
TransferLimiterInterface	TransferLimiterNomogramInterface	Transformer	Transient_Options
Transient_Options_Value	UC_Options	UC_Options_Value	UnderExcitationLimiter_MNLEX1
UnderExcitationLimiter_MNLEX2	UnderExcitationLimiter_MNLEX3	UnderExcitationLimiter_UEL1	UnderExcitationLimiter_UEL2
UnderExcitationLimiter_UEL2C	UnderExcitationLimiter_UEL2C_PTI	UnderExcitationLimiter_UEL2_PTI	UserDefinedDataGrid
UserDefinedExciter	UserDefinedGovernor	UserDefinedLoadModel	UserDefinedMTDCConverter
UserDefinedMachineModel	UserDefinedModel	UserDefinedMultiTerminalDC	UserDefinedStabilizer
VSCDCLine	VSCDCLineModel_GenericDynamicVSCDCLine	VSCDCLineModel_VHVDC1	VSCDCLineModel_VHVDC2
VSCDCLineModel_VSCDCT	ViolationCTG	ViolationCTGInjSens	ViolationCTGNote
VoltageCompensator_CCOMP	VoltageCompensator_CCOMP4	VoltageCompensator_COMP	VoltageCompensator_COMPCC
VoltageCompensator_IEEEVC	VoltageCompensator_REMCMP	VoltageControlGroup	VoltageDroopControl
WeatherStation	Weather_Options	Weather_Options_Value	WhatOccurredDuringContingency
XFCorrection	XYCurve	XYCurvePoint	XYCurveX
Zone	ZoneContingencyReserveBid	ZoneOperatingReserveBid	ZoneRegulatingReserveBid
ZoneTieLine