DER (IEEE 1547-2018)

Point names are the ones records use; [*] stands for a repeating group's index. See Supported SunSpec models for every group.

Model	Name in records	Points
701	`DERMeasureAC`	60
702	`DERCapacity`	42
703	`DEREnterService`	9
704	`DERCtlAC`	45
705	`DERVoltVar`	19
706	`DERVoltWatt`	14
707	`DERTripLV`	15
708	`DERTripHV`	15
709	`DERTripLF`	15
710	`DERTripHF`	15
711	`DERFreqDroop`	14
712	`DERWattVar`	14
713	`DERStorageCapacity`	5
714	`DERMeasureDC`	17
715	`DERCtl`	5

Model 701: DER AC Measurement

Name in records: DERMeasureAC.

DER AC measurement model.

Point	Type	Units	Label	Description
`ACType`	enum16		AC Wiring Type	AC wiring type.
`St`	enum16		Operating State	Operating state of the DER.
`InvSt`	enum16		Inverter State	Inverter state.
`ConnSt`	enum16		Grid Connection State	Grid connection state of the DER.
`Alrm`	bitfield32		Alarm Bitfield	Active alarms for the DER.
`DERMode`	bitfield32		DER Operational Characteristics	Current operational characteristics of the DER.
`W`	int16	W	Active Power	Total active power. Active power is positive for DER generation and negative for absorption.
`VA`	int16	VA	Apparent Power	Total apparent power.
`Var`	int16	Var	Reactive Power	Total reactive power.
`PF`	int16		Power Factor	Power factor. The sign of power factor should be the sign of active power.
`A`	int16	A	Total AC Current	Total AC current.
`LLV`	uint16	V	Voltage LL	Line to line AC voltage as an average of active phases.
`LNV`	uint16	V	Voltage LN	Line to neutral AC voltage as an average of active phases.
`Hz`	uint32	Hz	Frequency	AC frequency.
`TotWhInj`	uint64	Wh	Total Energy Injected	Total active energy injected (Quadrants 1 & 4).
`TotWhAbs`	uint64	Wh	Total Energy Absorbed	Total active energy absorbed (Quadrants 2 & 3).
`TotVarhInj`	uint64	Varh	Total Reactive Energy Inj	Total reactive energy injected (Quadrants 1 & 2).
`TotVarhAbs`	uint64	Varh	Total Reactive Energy Abs	Total reactive energy absorbed (Quadrants 3 & 4).
`TmpAmb`	int16	C	Ambient Temperature	Ambient temperature.
`TmpCab`	int16	C	Cabinet Temperature	Cabinet temperature.
`TmpSnk`	int16	C	Heat Sink Temperature	Heat sink temperature.
`TmpTrns`	int16	C	Transformer Temperature	Transformer temperature.
`TmpSw`	int16	C	IGBT/MOSFET Temperature	IGBT/MOSFET temperature.
`TmpOt`	int16	C	Other Temperature	Other temperature.
`WL1`	int16	W	Watts L1	Active power L1.
`VAL1`	int16	VA	VA L1	Apparent power L1.
`VarL1`	int16	Var	Var L1	Reactive power L1.
`PFL1`	int16		PF L1	Power factor phase L1.
`AL1`	int16	A	Amps L1	Current phase L1.
`VL1L2`	uint16	V	Phase Voltage L1-L2	Phase voltage L1-L2.
`VL1`	uint16	V	Phase Voltage L1-N	Phase voltage L1-N.
`TotWhInjL1`	uint64	Wh	Total Watt-Hours Inj L1	Total active energy injected L1.
`TotWhAbsL1`	uint64	Wh	Total Watt-Hours Abs L1	Total active energy absorbed L1.
`TotVarhInjL1`	uint64	Varh	Total Var-Hours Inj L1	Total reactive energy injected L1.
`TotVarhAbsL1`	uint64	Varh	Total Var-Hours Abs L1	Total reactive energy absorbed L1.
`WL2`	int16	W	Watts L2	Active power L2.
`VAL2`	int16	VA	VA L2	Apparent power L2.
`VarL2`	int16	Var	Var L2	Reactive power L2.
`PFL2`	int16		PF L2	Power factor L2.
`AL2`	int16	A	Amps L2	Current L2.
`VL2L3`	uint16	V	Phase Voltage L2-L3	Phase voltage L2-L3.
`VL2`	uint16	V	Phase Voltage L2-N	Phase voltage L2-N.
`TotWhInjL2`	uint64	Wh	Total Watt-Hours Inj L2	Total active energy injected L2.
`TotWhAbsL2`	uint64	Wh	Total Watt-Hours Abs L2	Total active energy absorbed L2.
`TotVarhInjL2`	uint64	Varh	Total Var-Hours Inj L2	Total reactive energy injected L2.
`TotVarhAbsL2`	uint64	Varh	Total Var-Hours Abs L2	Total reactive energy absorbed L2.
`WL3`	int16	W	Watts L3	Active power L3.
`VAL3`	int16	VA	VA L3	Apparent power L3.
`VarL3`	int16	Var	Var L3	Reactive power L3.
`PFL3`	int16		PF L3	Power factor L3.
`AL3`	int16	A	Amps L3	Current L3.
`VL3L1`	uint16	V	Phase Voltage L3-L1	Phase voltage L3-L1.
`VL3`	uint16	V	Phase Voltage L3-N	Phase voltage L3-N.
`TotWhInjL3`	uint64	Wh	Total Watt-Hours Inj L3	Total active energy injected L3.
`TotWhAbsL3`	uint64	Wh	Total Watt-Hours Abs L3	Total active energy absorbed L3.
`TotVarhInjL3`	uint64	Varh	Total Var-Hours Inj L3	Total reactive energy injected L3.
`TotVarhAbsL3`	uint64	Varh	Total Var-Hours Abs L3	Total reactive energy absorbed L3.
`ThrotPct`	uint16	Pct	Throttling In Pct	Throttling in pct of maximum active power.
`ThrotSrc`	bitfield32		Throttle Source Information	Active throttling source.
`MnAlrmInfo`	string		Manufacturer Alarm Info	Manufacturer alarm information. Valid if MANUFACTURER_ALRM indication is active.

Value names:

ACType (enum16): 0 SINGLE_PHASE, 1 SPLIT_PHASE, 2 THREE_PHASE
St (enum16): 0 OFF, 1 ON
InvSt (enum16): 0 OFF, 1 SLEEPING, 2 STARTING, 3 RUNNING, 4 THROTTLED, 5 SHUTTING_DOWN, 6 FAULT, 7 STANDBY
ConnSt (enum16): 0 DISCONNECTED, 1 CONNECTED
Alrm (bitfield32): bit 0 GROUND_FAULT, bit 1 DC_OVER_VOLT, bit 2 AC_DISCONNECT, bit 3 DC_DISCONNECT, bit 4 GRID_DISCONNECT, bit 5 CABINET_OPEN, bit 6 MANUAL_SHUTDOWN, bit 7 OVER_TEMP, bit 8 OVER_FREQUENCY, bit 9 UNDER_FREQUENCY, bit 10 AC_OVER_VOLT, bit 11 AC_UNDER_VOLT, bit 12 BLOWN_STRING_FUSE, bit 13 UNDER_TEMP, bit 14 MEMORY_LOSS, bit 15 HW_TEST_FAILURE, bit 16 MANUFACTURER_ALRM
DERMode (bitfield32): bit 0 GRID_FOLLOWING, bit 1 GRID_FORMING, bit 2 PV_CLIPPED
ThrotSrc (bitfield32): bit 0 MAX_W, bit 1 FIXED_W, bit 2 FIXED_VAR, bit 3 FIXED_PF, bit 4 VOLT_VAR, bit 5 FREQ_WATT, bit 6 DYN_REACT_CURR, bit 7 LVRT, bit 8 HVRT, bit 9 WATT_VAR, bit 10 VOLT_WATT, bit 11 SCHEDULED, bit 12 LFRT, bit 13 HFRT, bit 14 DERATED

Model 702: DER Capacity

Name in records: DERCapacity.

DER capacity model.

Point	Type	Units	Label	Description
`WMaxRtg`	uint16	W	Active Power Max Rating	Maximum active power rating at unity power factor in watts.
`WOvrExtRtg`	uint16	W	Active Power (Over-Excited) Rating	Active power rating at specified over-excited power factor in watts.
`WOvrExtRtgPF`	uint16		Specified Over-Excited PF	Specified over-excited power factor.
`WUndExtRtg`	uint16	W	Active Power (Under-Excited) Rating	Active power rating at specified under-excited power factor in watts.
`WUndExtRtgPF`	uint16		Specified Under-Excited PF	Specified under-excited power factor.
`VAMaxRtg`	uint16	VA	Apparent Power Max Rating	Maximum apparent power rating in voltamperes.
`VarMaxInjRtg`	uint16	Var	Reactive Power Injected Rating	Maximum injected reactive power rating in vars.
`VarMaxAbsRtg`	uint16	Var	Reactive Power Absorbed Rating	Maximum absorbed reactive power rating in vars.
`WChaRteMaxRtg`	uint16	W	Charge Rate Max Rating	Maximum active power charge rate in watts.
`WDisChaRteMaxRtg`	uint16	W	Discharge Rate Max Rating	Maximum active power discharge rate in watts.
`VAChaRteMaxRtg`	uint16	VA	Charge Rate Max VA Rating	Maximum apparent power charge rate in voltamperes.
`VADisChaRteMaxRtg`	uint16	VA	Discharge Rate Max VA Rating	Maximum apparent power discharge rate in voltamperes.
`VNomRtg`	uint16	V	AC Voltage Nominal Rating	AC voltage nominal rating.
`VMaxRtg`	uint16	V	AC Voltage Max Rating	AC voltage maximum rating.
`VMinRtg`	uint16	V	AC Voltage Min Rating	AC voltage minimum rating.
`AMaxRtg`	uint16	A	AC Current Max Rating	AC current maximum rating in amps.
`PFOvrExtRtg`	uint16		PF Over-Excited Rating (Unused)	Unused. Please use WOvrExtRtgPF.
`PFUndExtRtg`	uint16		PF Under-Excited Rating (Unused)	Unused. Please use WUndExtRtgPF.
`ReactSusceptRtg`	uint16	S	Reactive Susceptance	Reactive susceptance that remains connected to the Area EPS in the cease to energize and trip state.
`NorOpCatRtg`	enum16		Normal Operating Category	Normal operating performance category as specified in IEEE 1547-2018.
`AbnOpCatRtg`	enum16		Abnormal Operating Category	Abnormal operating performance category as specified in IEEE 1547-2018.
`CtrlModes`	bitfield32		Supported Control Modes	Supported control mode functions.
`IntIslandCatRtg`	bitfield16		Intentional Island Categories	Intentional island categories.
`WMax`	uint16	W	Active Power Max Setting	Maximum active power setting used to adjust maximum active power setting.
`WMaxOvrExt`	uint16	W	Active Power (Over-Excited) Setting	Active power setting at specified over-excited power factor in watts.
`WOvrExtPF`	uint16		Specified Over-Excited PF	Specified over-excited power factor.
`WMaxUndExt`	uint16	W	Active Power (Under-Excited) Setting	Active power setting at specified under-excited power factor in watts.
`WUndExtPF`	uint16		Specified Under-Excited PF	Specified under-excited power factor.
`VAMax`	uint16	VA	Apparent Power Max Setting	Maximum apparent power setting used to adjust maximum apparent power rating.
`VarMaxInj`	uint16	Var	Reactive Power Injected Setting	Maximum injected reactive power setting used to adjust maximum injected reactive power rating.
`VarMaxAbs`	uint16	Var	Reactive Power Absorbed Setting	Maximum absorbed reactive power setting used to adjust maximum absorbed reactive power rating.
`WChaRteMax`	uint16	W	Charge Rate Max Setting	Maximum active power charge rate setting used to adjust maximum active power charge rate rating.
`WDisChaRteMax`	uint16	W	Discharge Rate Max Setting	Maximum active power discharge rate setting used to adjust maximum active power discharge rate rating.
`VAChaRteMax`	uint16	VA	Charge Rate Max VA Setting	Maximum apparent power charge rate setting used to adjust maximum apparent power charge rate rating.
`VADisChaRteMax`	uint16	VA	Discharge Rate Max VA Setting	Maximum apparent power discharge rate setting used to adjust maximum apparent power discharge rate rating.
`VNom`	uint16	V	Nominal AC Voltage Setting	Nominal AC voltage setting.
`VMax`	uint16	V	AC Voltage Max Setting	AC voltage maximum setting used to adjust AC voltage maximum rating.
`VMin`	uint16	V	AC Voltage Min Setting	AC voltage minimum setting used to adjust AC voltage minimum rating.
`AMax`	uint16	A	AC Current Max Setting	Maximum AC current setting used to adjust maximum AC current rating.
`PFOvrExt`	uint16		PF Over-Excited Setting (Unused)	Unused. Please use WOvrExtPF.
`PFUndExt`	uint16		PF Under-Excited Setting (Unused)	Unused. Please use WUndExtPF.
`IntIslandCat`	bitfield16		Intentional Island Categories	Intentional island categories.

Value names:

NorOpCatRtg (enum16): 0 CAT_A, 1 CAT_B
AbnOpCatRtg (enum16): 0 CAT_1, 1 CAT_2, 2 CAT_3
CtrlModes (bitfield32): bit 0 MAX_W, bit 1 FIXED_W, bit 2 FIXED_VAR, bit 3 FIXED_PF, bit 4 VOLT_VAR, bit 5 FREQ_WATT, bit 6 DYN_REACT_CURR, bit 7 LV_TRIP, bit 8 HV_TRIP, bit 9 WATT_VAR, bit 10 VOLT_WATT, bit 11 SCHEDULED, bit 12 LF_TRIP, bit 13 HF_TRIP
IntIslandCatRtg (bitfield16): bit 0 UNCATEGORIZED, bit 1 INT_ISL_CAPABLE, bit 2 BLACK_START_CAPABLE, bit 3 ISOCH_CAPABLE
IntIslandCat (bitfield16): bit 0 UNCATEGORIZED, bit 1 INT_ISL_CAPABLE, bit 2 BLACK_START_CAPABLE, bit 3 ISOCH_CAPABLE

Model 703: Enter Service

Name in records: DEREnterService.

Enter service model.

Point	Type	Units	Label	Description
`ES`	enum16		Permit Enter Service	Permit enter service.
`ESVHi`	uint16	Pct	Enter Service Voltage High	Enter service voltage high threshold as percent of normal voltage.
`ESVLo`	uint16	Pct	Enter Service Voltage Low	Enter service voltage low threshold as percent of normal voltage.
`ESHzHi`	uint32	Hz	Enter Service Frequency High	Enter service frequency high threshold.
`ESHzLo`	uint32	Hz	Enter Service Frequency Low	Enter service frequency low threshold.
`ESDlyTms`	uint32	Secs	Enter Service Delay Time	Enter service delay time in seconds.
`ESRndTms`	uint32	Secs	Enter Service Random Delay	Enter service random delay in seconds.
`ESRmpTms`	uint32	Secs	Enter Service Ramp Time	Enter service ramp time in seconds.
`ESDlyRemTms`	uint32	Secs	Enter Service Delay Remaining	Enter service delay time remaining in seconds.

Value names:

ES (enum16): 0 DISABLED, 1 ENABLED

Model 704: DER AC Controls

Name in records: DERCtlAC.

DER AC controls model.

Point	Type	Units	Label	Description
`PFWInjEna`	enum16		Power Factor Enable (W Inj) Enable	Power factor enable when injecting active power.
`PFWInjEnaRvrt`	enum16		Power Factor Reversion Enable (W Inj)	Power factor reversion timer when injecting active power enable.
`PFWInjRvrtTms`	uint32	Secs	PF Reversion Time (W Inj)	Power factor reversion timer when injecting active power.
`PFWInjRvrtRem`	uint32	Secs	PF Reversion Time Rem (W Inj)	Power factor reversion time remaining when injecting active power.
`PFWAbsEna`	enum16		Power Factor Enable (W Abs) Enable	Power factor enable when absorbing active power.
`PFWAbsEnaRvrt`	enum16		Power Factor Reversion Enable (W Abs)	Power factor reversion timer when absorbing active power enable.
`PFWAbsRvrtTms`	uint32	Secs	PF Reversion Time (W Abs)	Power factor reversion timer when absorbing active power.
`PFWAbsRvrtRem`	uint32	Secs	PF Reversion Time Rem (W Abs)	Power factor reversion time remaining when absorbing active power.
`WMaxLimPctEna`	enum16		Limit Max Power Pct Enable	Limit maximum active power percent enable.
`WMaxLimPct`	uint16	Pct	Limit Max Power Pct Setpoint	Limit maximum active power percent value.
`WMaxLimPctRvrt`	uint16	Pct	Reversion Limit Max Power Pct	Reversion limit maximum active power percent value.
`WMaxLimPctEnaRvrt`	enum16		Reversion Limit Max Power Pct Enable	Reversion limit maximum active power percent value enable.
`WMaxLimPctRvrtTms`	uint32	Secs	Limit Max Power Pct Reversion Time	Limit maximum active power percent reversion time.
`WMaxLimPctRvrtRem`	uint32	Secs	Limit Max Power Pct Rev Time Rem	Limit maximum active power percent reversion time remaining.
`WSetEna`	enum16		Set Active Power Enable	Set active power enable.
`WSetMod`	enum16		Set Active Power Mode	Set active power mode.
`WSet`	int32	W	Active Power Setpoint (W)	Active power setting value in watts.
`WSetRvrt`	int32	W	Reversion Active Power (W)	Reversion active power setting value in watts.
`WSetPct`	int16	Pct	Active Power Setpoint (Pct)	Active power setting value as percent.
`WSetPctRvrt`	int16	Pct	Reversion Active Power (Pct)	Reversion active power setting value as percent.
`WSetEnaRvrt`	enum16		Reversion Active Power Enable	Reversion active power function enable.
`WSetRvrtTms`	uint32	Secs	Active Power Reversion Time	Set active power reversion time.
`WSetRvrtRem`	uint32	Secs	Active Power Rev Time Rem	Set active power reversion time remaining.
`VarSetEna`	enum16		Set Reactive Power Enable	Set reactive power enable.
`VarSetMod`	enum16		Set Reactive Power Mode	Set reactive power mode.
`VarSetPri`	enum16		Reactive Power Priority	Reactive power priority.
`VarSet`	int32	Var	Reactive Power Setpoint (Vars)	Reactive power setting value in vars.
`VarSetRvrt`	int32	Var	Reversion Reactive Power (Vars)	Reversion reactive power setting value in vars.
`VarSetPct`	int16	Pct	Reactive Power Setpoint (Pct)	Reactive power setting value as percent.
`VarSetPctRvrt`	int16	Pct	Reversion Reactive Power (Pct)	Reversion reactive power setting value as percent.
`VarSetEnaRvrt`	enum16		Reversion Reactive Power Enable	Reversion reactive power function enable.
`VarSetRvrtTms`	uint32	Secs	Reactive Power Reversion Time	Set reactive power reversion time.
`VarSetRvrtRem`	uint32	Secs	Reactive Power Rev Time Rem	Set reactive power reversion time remaining.
`WRmp`	uint16	%Max/Sec	Normal Ramp Rate	Ramp rate for increases in active power during normal generation.
`WRmpRef`	enum16		Normal Ramp Rate Reference	Ramp rate reference unit for increases in active power or current during normal generation.
`VarRmp`	uint16	%Max/Sec	Reactive Power Ramp Rate	Ramp rate based on max reactive power per second.
`AntiIslEna`	enum16		Anti-Islanding Enable	Anti-islanding enable.
`PFWInj.PF`	uint16		Power Factor (W Inj)	Power factor setpoint when injecting active power.
`PFWInj.Ext`	enum16		Power Factor Excitation (W Inj)	Power factor excitation setpoint when injecting active power.
`PFWInjRvrt.PF`	uint16		Reversion Power Factor (W Inj)	Reversion power factor setpoint when injecting active power.
`PFWInjRvrt.Ext`	enum16		Reversion PF Excitation (W Inj)	Reversion power factor excitation setpoint when injecting active power.
`PFWAbs.PF`	uint16		Power Factor (W Abs)	Power factor setpoint when absorbing active power.
`PFWAbs.Ext`	enum16		Power Factor Excitation (W Abs)	Power factor excitation setpoint when absorbing active power.
`PFWAbsRvrt.PF`	uint16		Reversion Power Factor (W Abs)	Reversion power factor setpoint when absorbing active power.
`PFWAbsRvrt.Ext`	enum16		Reversion PF Excitation (W Abs)	Reversion power factor excitation setpoint when absorbing active power.

Value names:

PFWInjEna (enum16): 0 DISABLED, 1 ENABLED
PFWInjEnaRvrt (enum16): 0 DISABLED, 1 ENABLED
PFWAbsEna (enum16): 0 DISABLED, 1 ENABLED
PFWAbsEnaRvrt (enum16): 0 DISABLED, 1 ENABLED
WMaxLimPctEna (enum16): 0 DISABLED, 1 ENABLED
WMaxLimPctEnaRvrt (enum16): 0 DISABLED, 1 ENABLED
WSetEna (enum16): 0 DISABLED, 1 ENABLED
WSetMod (enum16): 0 W_MAX_PCT, 1 WATTS
WSetEnaRvrt (enum16): 0 DISABLED, 1 ENABLED
VarSetEna (enum16): 0 DISABLED, 1 ENABLED
VarSetMod (enum16): 0 W_MAX_PCT, 1 VAR_MAX_PCT, 2 VAR_AVAIL_PCT, 3 VA_MAX_PCT, 4 VARS
VarSetPri (enum16): 0 ACTIVE, 1 REACTIVE, 2 VENDOR
VarSetEnaRvrt (enum16): 0 DISABLED, 1 ENABLED
WRmpRef (enum16): 0 A_MAX, 1 W_MAX
AntiIslEna (enum16): 0 DISABLED, 1 ENABLED
PFWInj.Ext (enum16): 0 OVER_EXCITED, 1 UNDER_EXCITED
PFWInjRvrt.Ext (enum16): 0 OVER_EXCITED, 1 UNDER_EXCITED
PFWAbs.Ext (enum16): 0 OVER_EXCITED, 1 UNDER_EXCITED
PFWAbsRvrt.Ext (enum16): 0 OVER_EXCITED, 1 UNDER_EXCITED

Model 705: DER Volt-Var

Name in records: DERVoltVar.

DER Volt-Var model.

Point	Type	Units	Label	Description
`Ena`	enum16		DER Volt-Var Module Enable	Volt-Var control enable.
`AdptCrvReq`	uint16		Adopt Curve Request	Index of curve points to adopt. First curve index is 1.
`AdptCrvRslt`	enum16		Adopt Curve Result	Result of last adopt curve operation.
`NPt`	uint16		Number Of Points	Number of curve points supported.
`NCrv`	uint16		Stored Curve Count	Number of stored curves supported.
`RvrtTms`	uint32	Secs	Reversion Timeout	Reversion time in seconds. 0 = No reversion time.
`RvrtRem`	uint32	Secs	Reversion Time Remaining	Reversion time remaining in seconds.
`RvrtCrv`	uint16		Reversion Curve	Default curve after reversion timeout.
`Crv[*].ActPt`	uint16		Active Points	Number of active points.
`Crv[*].DeptRef`	enum16		Dependent Reference	Curve dependent reference.
`Crv[*].Pri`	enum16		Power Priority	Power priority.
`Crv[*].VRef`	uint16	VNomPct	Vref Adjustment	Vref adjustment as percentage of nominal voltage.
`Crv[*].VRefAuto`	uint16	VNomPct	Current Autonomous Vref	Autonomous vref value as a percentage of nominal voltage.
`Crv[*].VRefAutoEna`	enum16		Autonomous Vref Enable	Enable autonomous vref.
`Crv[*].VRefAutoTms`	uint16	Secs	Auto Vref Time Constant	Autonomous vref time constant.
`Crv[*].RspTms`	uint32	Secs	Open Loop Response Time	Open loop response time.
`Crv[*].ReadOnly`	enum16		Curve Access	Curve read-write access.
`Crv[].Pt[].V`	uint16	VNomPct	Voltage Point	Curve voltage point as percentage.
`Crv[].Pt[].Var`	int16	DeptRef	Reactive Power Point	Curve reactive power point as set in DeptRef point.

Value names:

Ena (enum16): 0 DISABLED, 1 ENABLED
AdptCrvRslt (enum16): 0 IN_PROGRESS, 1 COMPLETED, 2 FAILED
Crv[*].DeptRef (enum16): 0 W_MAX_PCT, 1 VAR_MAX_PCT, 2 VAR_AVAL_PCT, 3 VA_MAX_PCT
Crv[*].Pri (enum16): 0 ACTIVE, 1 REACTIVE, 2 VENDOR
Crv[*].VRefAutoEna (enum16): 0 DISABLED, 1 ENABLED
Crv[*].ReadOnly (enum16): 0 RW, 1 R

Model 706: DER Volt-Watt

Name in records: DERVoltWatt.

DER Volt-Watt model.

Point	Type	Units	Label	Description
`Ena`	enum16		DER Volt-Watt Module Enable	Volt-Watt control enable.
`AdptCrvReq`	uint16		Adopt Curve Request	Index of curve points to adopt. First curve index is 1.
`AdptCrvRslt`	enum16		Adopt Curve Result	Result of last adopt curve operation.
`NPt`	uint16		Number Of Points	Number of curve points supported.
`NCrv`	uint16		Stored Curve Count	Number of stored curves supported.
`RvrtTms`	uint32	Secs	Reversion Timeout	Reversion time in seconds. 0 = No reversion time.
`RvrtRem`	uint32	Secs	Reversion Time Remaining	Reversion time remaining in seconds.
`RvrtCrv`	uint16		Reversion Curve	Default curve after reversion timeout.
`Crv[*].ActPt`	uint16		Active Points	Number of active points.
`Crv[*].DeptRef`	enum16		Dependent Reference	Curve dependent reference.
`Crv[*].RspTms`	uint32	Secs	Open Loop Response Time	Open loop response time.
`Crv[*].ReadOnly`	enum16		Curve Access	Curve read-write access.
`Crv[].Pt[].V`	uint16	VNomPct	Voltage Point	Curve voltage point as percentage.
`Crv[].Pt[].W`	int16	DeptRef	Dependent Reference	Active power in percent of rated active power.

Value names:

Ena (enum16): 0 DISABLED, 1 ENABLED
AdptCrvRslt (enum16): 0 IN_PROGRESS, 1 COMPLETED, 2 FAILED
Crv[*].DeptRef (enum16): 0 W_MAX_PCT, 1 W_AVAL_PCT
Crv[*].ReadOnly (enum16): 0 RW, 1 R

Model 707: DER Trip LV

Name in records: DERTripLV.

DER low voltage trip model.

Point	Type	Units	Label	Description
`Ena`	enum16		DER Trip LV Module Enable	DER low voltage trip control enable.
`AdptCrvReq`	uint16		Adopt Curve Request	Index of curve points to adopt. First curve index is 1.
`AdptCrvRslt`	enum16		Adopt Curve Result	Result of last adopt curve operation.
`NPt`	uint16		Number Of Points	Number of curve points supported.
`NCrvSet`	uint16		Stored Curve Count	Number of stored curves supported.
`Crv[*].ReadOnly`	enum16		Curve Access	Curve read-write access.
`Crv[*].MustTrip.ActPt`	uint16		Number Of Active Points	Number of active points in must trip curve.
`Crv[].MustTrip.Pt[].V`	uint16	VNomPct	Voltage Point	Curve voltage point as percentage.
`Crv[].MustTrip.Pt[].Tms`	uint32	Secs	Time Point	Curve time point in seconds.
`Crv[*].MayTrip.ActPt`	uint16		Number Of Active Points	Number of active points in may trip curve.
`Crv[].MayTrip.Pt[].V`	uint16	VNomPct	Voltage Point	Curve voltage point as percentage.
`Crv[].MayTrip.Pt[].Tms`	uint32	Secs	Time Point	Curve time point in seconds.
`Crv[*].MomCess.ActPt`	uint16		Number Of Active Points	Number of active points in the momentary cessation curve.
`Crv[].MomCess.Pt[].V`	uint16	VNomPct	Voltage Point	Curve voltage point as percentage.
`Crv[].MomCess.Pt[].Tms`	uint32	Secs	Time Point	Curve time point in seconds.

Value names:

Ena (enum16): 0 DISABLED, 1 ENABLED
AdptCrvRslt (enum16): 0 IN_PROGRESS, 1 COMPLETED, 2 FAILED
Crv[*].ReadOnly (enum16): 0 RW, 1 R

Model 708: DER Trip HV

Name in records: DERTripHV.

DER high voltage trip model.

Point	Type	Units	Label	Description
`Ena`	enum16		DER Trip HV Module Enable	DER high voltage trip control enable.
`AdptCrvReq`	uint16		Adopt Curve Request	Index of curve points to adopt. First curve index is 1.
`AdptCrvRslt`	enum16		Adopt Curve Result	Result of last adopt curve operation.
`NPt`	uint16		Number Of Points	Number of curve points supported.
`NCrvSet`	uint16		Stored Curve Count	Number of stored curves supported.
`Crv[*].ReadOnly`	enum16		Curve Access	Curve read-write access.
`Crv[*].MustTrip.ActPt`	uint16		Number Of Active Points	Number of active points in must trip curve.
`Crv[].MustTrip.Pt[].V`	uint16	VNomPct	Voltage Point	Curve voltage point as percentage.
`Crv[].MustTrip.Pt[].Tms`	uint32	Secs	Time Point	Curve time point in seconds.
`Crv[*].MayTrip.ActPt`	uint16		Number Of Active Points	Number of active points in may trip curve.
`Crv[].MayTrip.Pt[].V`	uint16	VNomPct	Voltage Point	Curve voltage point as percentage.
`Crv[].MayTrip.Pt[].Tms`	uint32	Secs	Time Point	Curve time point in seconds.
`Crv[*].MomCess.ActPt`	uint16		Number Of Active Points	Number of active points in the momentary cessation curve.
`Crv[].MomCess.Pt[].V`	uint16	VNomPct	Voltage Point	Curve voltage point as percentage.
`Crv[].MomCess.Pt[].Tms`	uint32	Secs	Time Point	Curve time point in seconds.

Value names:

Ena (enum16): 0 DISABLED, 1 ENABLED
AdptCrvRslt (enum16): 0 IN_PROGRESS, 1 COMPLETED, 2 FAILED
Crv[*].ReadOnly (enum16): 0 RW, 1 R

Model 709: DER Trip LF

Name in records: DERTripLF.

DER low frequency trip model.

Point	Type	Units	Label	Description
`Ena`	enum16		DER Trip LF Module Enable	DER low frequency trip control enable.
`AdptCrvReq`	uint16		Adopt Curve Request	Index of curve points to adopt. First curve index is 1.
`AdptCrvRslt`	enum16		Adopt Curve Result	Result of last adopt curve operation.
`NPt`	uint16		Number Of Points	Number of curve points supported.
`NCrvSet`	uint16		Stored Curve Count	Number of stored curves supported.
`Crv[*].ReadOnly`	enum16		Curve Access	Curve read-write access.
`Crv[*].MustTrip.ActPt`	uint16		Number Of Active Points	Number of active points in must trip curve.
`Crv[].MustTrip.Pt[].Hz`	uint32	Hz	Frequency Point	Curve frequency point.
`Crv[].MustTrip.Pt[].Tms`	uint32	Secs	Time Point	Curve time point in seconds.
`Crv[*].MayTrip.ActPt`	uint16		Number Of Active Points	Number of active points in may trip curve.
`Crv[].MayTrip.Pt[].Hz`	uint32	Hz	Frequency Point	Curve frequency point.
`Crv[].MayTrip.Pt[].Tms`	uint32	Secs	Time Point	Curve time point in seconds.
`Crv[*].MomCess.ActPt`	uint16		Number Of Active Points	Number of active points in the momentary cessation curve.
`Crv[].MomCess.Pt[].Hz`	uint32	Hz	Frequency Point	Curve frequency point.
`Crv[].MomCess.Pt[].Tms`	uint32	Secs	Time Point	Curve time point in seconds.

Value names:

Ena (enum16): 0 DISABLED, 1 ENABLED
AdptCrvRslt (enum16): 0 IN_PROGRESS, 1 COMPLETED, 2 FAILED
Crv[*].ReadOnly (enum16): 0 RW, 1 R

Model 710: DER Trip HF

Name in records: DERTripHF.

DER high frequency trip model.

Point	Type	Units	Label	Description
`Ena`	enum16		DER Trip HF Module Enable	DER high frequency trip control enable.
`AdptCrvReq`	uint16		Adopt Curve Request	Index of curve points to adopt. First curve index is 1.
`AdptCrvRslt`	enum16		Adopt Curve Result	Result of last adopt curve operation.
`NPt`	uint16		Number Of Points	Number of curve points supported.
`NCrvSet`	uint16		Stored Curve Count	Number of stored curves supported.
`Crv[*].ReadOnly`	enum16		Curve Access	Curve read-write access.
`Crv[*].MustTrip.ActPt`	uint16		Number Of Active Points	Number of active points in must trip curve.
`Crv[].MustTrip.Pt[].Hz`	uint32	Hz	Frequency Point	Curve frequency point.
`Crv[].MustTrip.Pt[].Tms`	uint32	Secs	Time Point	Curve time point in seconds.
`Crv[*].MayTrip.ActPt`	uint16		Number Of Active Points	Number of active points in may trip curve.
`Crv[].MayTrip.Pt[].Hz`	uint32	Hz	Frequency Point	Curve frequency point.
`Crv[].MayTrip.Pt[].Tms`	uint32	Secs	Time Point	Curve time point in seconds.
`Crv[*].MomCess.ActPt`	uint16		Number Of Active Points	Number of active points in the momentary cessation curve.
`Crv[].MomCess.Pt[].Hz`	uint32	Hz	Frequency Point	Curve frequency point.
`Crv[].MomCess.Pt[].Tms`	uint32	Secs	Time Point	Curve time point in seconds.

Value names:

Ena (enum16): 0 DISABLED, 1 ENABLED
AdptCrvRslt (enum16): 0 IN_PROGRESS, 1 COMPLETED, 2 FAILED
Crv[*].ReadOnly (enum16): 0 RW, 1 R

Model 711: DER Frequency Droop

Name in records: DERFreqDroop.

DER Frequency Droop model.

Point	Type	Units	Label	Description
`Ena`	enum16		DER Frequency Droop Module Enable	DER Frequency-Watt (Frequency-Droop) control enable.
`AdptCtlReq`	uint16		Set Active Control Request	Set active control. 0 = No active control.
`AdptCtlRslt`	enum16		Set Active Control Result	Result of last set active control operation.
`NCtl`	uint16		Stored Control Count	Number of stored controls supported.
`RvrtTms`	uint32	Secs	Reversion Timeout	Reversion time in seconds. 0 = No reversion time.
`RvrtRem`	uint32	Secs	Reversion Time Left	Reversion time remaining in seconds.
`RvrtCtl`	uint16		Reversion Control	Default control after reversion timeout.
`Ctl[*].DbOf`	uint32	Hz	Over-Frequency Deadband	The deadband value for over-frequency conditions in Hz.
`Ctl[*].DbUf`	uint32	Hz	Under-Frequency Deadband	The deadband value for under-frequency conditions in Hz.
`Ctl[*].KOf`	uint16		Over-Frequency Change Ratio	Frequency droop per-unit frequency change for over-frequency conditions corresponding to 1 per-unit power output change.
`Ctl[*].KUf`	uint16		Under-Frequency Change Ratio	Frequency droop per-unit frequency change for under-frequency conditions corresponding to 1 per-unit power output change.
`Ctl[*].RspTms`	uint32	Secs	Open-Loop Response Time	The open-loop response time in seconds.
`Ctl[*].PMin`	int16	Pct	Minimum Active Power	The minimum active power output due to DER prime mover constraints, in percent of the DER active power rating. The valid range is -100 to 100. This setting applies only to the frequency droop control.
`Ctl[*].ReadOnly`	enum16		Control Access	Control read-write access.

Value names:

Ena (enum16): 0 DISABLED, 1 ENABLED
AdptCtlRslt (enum16): 0 IN_PROGRESS, 1 COMPLETED, 2 FAILED
Ctl[*].ReadOnly (enum16): 0 RW, 1 R

Model 712: DER Watt-Var

Name in records: DERWattVar.

DER Watt-Var model.

Point	Type	Units	Label	Description
`Ena`	enum16		DER Watt-Var Module Enable	DER Watt-Var control enable.
`AdptCrvReq`	uint16		Set Active Curve Request	Set active curve. 0 = No active curve.
`AdptCrvRslt`	enum16		Set Active Curve Result	Result of last set active curve operation.
`NPt`	uint16		Number Of Points	Number of curve points supported.
`NCrv`	uint16		Stored Curve Count	Number of stored curves supported.
`RvrtTms`	uint32	Secs	Reversion Timeout	Reversion time in seconds. 0 = No reversion time.
`RvrtRem`	uint32	Secs	Reversion Time Left	Reversion time remaining in seconds.
`RvrtCrv`	uint16		Reversion Curve	Default curve after reversion timeout.
`Crv[*].ActPt`	uint16		Active Points	Number of active points.
`Crv[*].DeptRef`	enum16		Dependent Reference	Curve dependent reference.
`Crv[*].Pri`	enum16		Power Priority	Power priority.
`Crv[*].ReadOnly`	enum16		Curve Access	Curve read-write access.
`Crv[].Pt[].W`	int16	WMaxPct	Active Power Point	Curve active power point as percentage.
`Crv[].Pt[].Var`	int16	VarPct	Reactive Power Point	Curve reactive power point as set in DeptRef point.

Value names:

Ena (enum16): 0 DISABLED, 1 ENABLED
AdptCrvRslt (enum16): 0 IN_PROGRESS, 1 COMPLETED, 2 FAILED
Crv[*].DeptRef (enum16): 0 W_MAX_PCT, 1 VAR_MAX_PCT, 2 VAR_AVAL_PCT, 3 VA_MAX_PCT
Crv[*].Pri (enum16): 0 ACTIVE, 1 REACTIVE
Crv[*].ReadOnly (enum16): 0 RW, 1 R

Model 713: DER Storage Capacity

Name in records: DERStorageCapacity.

DER storage capacity.

Point	Type	Units	Label	Description
`WHRtg`	uint16	WH	Energy Rating	Energy rating of the DER storage.
`WHAvail`	uint16	WH	Energy Available	Energy available of the DER storage (WHAvail = WHRtg * SoC * SoH)
`SoC`	uint16	Pct	State of Charge	State of charge of the DER storage.
`SoH`	uint16	Pct	State of Health	State of health of the DER storage.
`Sta`	enum16		Status	Storage status.

Value names:

Sta (enum16): 0 OK, 1 WARNING, 2 ERROR

Model 714: DER DC Measurement

Name in records: DERMeasureDC.

DER DC measurement.

Point	Type	Units	Label	Description
`PrtAlrms`	bitfield32		Port Alarms	Bitfield of ports with active alarms. Bit is 1 if port has an active alarm. Bit 0 is first port.
`NPrt`	uint16		Number Of Ports	Number of DC ports.
`DCA`	int16	A	DC Current	Total DC current for all ports.
`DCW`	int16	W	DC Power	Total DC power for all ports.
`DCWhInj`	uint64	Wh	DC Energy Injected	Total cumulative DC energy injected for all ports.
`DCWhAbs`	uint64	Wh	DC Energy Absorbed	Total cumulative DC energy absorbed for all ports.
`Prt[*].PrtTyp`	enum16		Port Type	Port type.
`Prt[*].ID`	uint16		Port ID	Port ID.
`Prt[*].IDStr`	string		Port ID String	Port ID string.
`Prt[*].DCA`	int16	A	DC Current	DC current for the port.
`Prt[*].DCV`	uint16	V	DC Voltage	DC voltage for the port.
`Prt[*].DCW`	int16	W	DC Power	DC power for the port.
`Prt[*].DCWhInj`	uint64	Wh	DC Energy Injected	Total cumulative DC energy injected for the port.
`Prt[*].DCWhAbs`	uint64	Wh	DC Energy Absorbed	Total cumulative DC energy absorbed for the port.
`Prt[*].Tmp`	int16	C	DC Port Temperature	DC port temperature.
`Prt[*].DCSta`	enum16		DC Port Status	DC port status.
`Prt[*].DCAlrm`	bitfield32		DC Port Alarm	DC port alarm.

Value names:

Prt[*].PrtTyp (enum16): 0 PV, 1 ESS, 2 EV, 3 INJ, 4 ABS, 5 BIDIR, 6 DC_DC
Prt[*].DCSta (enum16): 0 OFF, 1 ON, 2 WARNING, 3 ERROR
Prt[*].DCAlrm (bitfield32): bit 0 GROUND_FAULT, bit 1 INPUT_OVER_VOLTAGE, bit 3 DC_DISCONNECT, bit 5 CABINET_OPEN, bit 6 MANUAL_SHUTDOWN, bit 7 OVER_TEMP, bit 12 BLOWN_FUSE, bit 13 UNDER_TEMP, bit 14 MEMORY_LOSS, bit 15 ARC_DETECTION, bit 19 RESERVED, bit 20 TEST_FAILED, bit 21 INPUT_UNDER_VOLTAGE, bit 22 INPUT_OVER_CURRENT

Model 715: DERCtl

Name in records: DERCtl.

DER Control

Point	Type	Label	Description
`LocRemCtl`	enum16	Control Mode	DER control mode. Enumeration.
`DERHb`	uint32	DER Heartbeat	Value is incremented every second by the DER with periodic resets to zero.
`ControllerHb`	uint32	Controller Heartbeat	Value is incremented every second by the controller with periodic resets to zero.
`AlarmReset`	uint16	Alarm Reset	Used to reset any latched alarms. 1 = Reset.
`OpCtl`	enum16	Set Operation	Commands to PCS.

Value names:

LocRemCtl (enum16): 0 REMOTE, 1 LOCAL
OpCtl (enum16): 0 STOP, 1 START, 2 ENTER_STANDBY, 3 EXIT_STANDBY

Rusty SunSpec Collector