Inverters and inverter controls

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
101	`inverter_single_phase`	31
102	`inverter_split_phase`	31
103	`inverter_three_phase`	31
111	`inverter_single_phase_float`	31
112	`inverter_split_phase_float`	31
113	`inverter_three_phase_float`	31
120	`nameplate`	16
121	`settings`	20
122	`status`	17
123	`controls`	21
124	`storage_basic`	16
125	`pricing`	6
126	`volt_var`	54
127	`freq_watt_param`	6
128	`reactive_current`	11
129	`lvrt`	50
130	`hvrt`	50
131	`watt_pf`	53
132	`volt_watt`	54
133	`schedule`	34
134	`freq_watt`	58
135	`lfrt`	50
136	`hfrt`	50
137	`lvrtc`	50
138	`hvrtc`	50
139	`lvrtx`	51
140	`hvrtx`	51
141	`lfrtc`	50
142	`hfrtc`	50
143	`lfrtx`	51
144	`hfrtx`	51
145	`ext_settings`	7
160	`mppt`	13

Model 101: Inverter (Single Phase)

Name in records: inverter_single_phase.

Include this model for single phase inverter monitoring

Point	Type	Units	Label	Description
`A`	uint16	A	Amps	AC Current
`AphA`	uint16	A	Amps PhaseA	Phase A Current
`AphB`	uint16	A	Amps PhaseB	Phase B Current
`AphC`	uint16	A	Amps PhaseC	Phase C Current
`PPVphAB`	uint16	V	Phase Voltage AB	Phase Voltage AB
`PPVphBC`	uint16	V	Phase Voltage BC	Phase Voltage BC
`PPVphCA`	uint16	V	Phase Voltage CA	Phase Voltage CA
`PhVphA`	uint16	V	Phase Voltage AN	Phase Voltage AN
`PhVphB`	uint16	V	Phase Voltage BN	Phase Voltage BN
`PhVphC`	uint16	V	Phase Voltage CN	Phase Voltage CN
`W`	int16	W	Watts	AC Power
`Hz`	uint16	Hz	Hz	Line Frequency
`VA`	int16	VA	VA	AC Apparent Power
`VAr`	int16	var	VAr	AC Reactive Power
`PF`	int16	Pct	PF	AC Power Factor
`WH`	acc32	Wh	WattHours	AC Energy
`DCA`	uint16	A	DC Amps	DC Current
`DCV`	uint16	V	DC Voltage	DC Voltage
`DCW`	int16	W	DC Watts	DC Power
`TmpCab`	int16	C	Cabinet Temperature	Cabinet Temperature
`TmpSnk`	int16	C	Heat Sink Temperature	Heat Sink Temperature
`TmpTrns`	int16	C	Transformer Temperature	Transformer Temperature
`TmpOt`	int16	C	Other Temperature	Other Temperature
`St`	enum16		Operating State	Operating state
`StVnd`	enum16		Vendor Operating State	Vendor specific operating state code
`Evt1`	bitfield32		Event1	Event fields
`Evt2`	bitfield32		Event Bitfield 2	Reserved for future use
`EvtVnd1`	bitfield32		Vendor Event Bitfield 1	Vendor defined events
`EvtVnd2`	bitfield32		Vendor Event Bitfield 2	Vendor defined events
`EvtVnd3`	bitfield32		Vendor Event Bitfield 3	Vendor defined events
`EvtVnd4`	bitfield32		Vendor Event Bitfield 4	Vendor defined events

Value names:

St (enum16): 1 OFF, 2 SLEEPING, 3 STARTING, 4 MPPT, 5 THROTTLED, 6 SHUTTING_DOWN, 7 FAULT, 8 STANDBY
Evt1 (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

Model 102: Inverter (Split-Phase)

Name in records: inverter_split_phase.

Include this model for split phase inverter monitoring

Point	Type	Units	Label	Description
`A`	uint16	A	Amps	AC Current
`AphA`	uint16	A	Amps PhaseA	Phase A Current
`AphB`	uint16	A	Amps PhaseB	Phase B Current
`AphC`	uint16	A	Amps PhaseC	Phase C Current
`PPVphAB`	uint16	V	Phase Voltage AB	Phase Voltage AB
`PPVphBC`	uint16	V	Phase Voltage BC	Phase Voltage BC
`PPVphCA`	uint16	V	Phase Voltage CA	Phase Voltage CA
`PhVphA`	uint16	V	Phase Voltage AN	Phase Voltage AN
`PhVphB`	uint16	V	Phase Voltage BN	Phase Voltage BN
`PhVphC`	uint16	V	Phase Voltage CN	Phase Voltage CN
`W`	int16	W	Watts	AC Power
`Hz`	uint16	Hz	Hz	Line Frequency
`VA`	int16	VA	VA	AC Apparent Power
`VAr`	int16	var	VAr	AC Reactive Power
`PF`	int16	Pct	PF	AC Power Factor
`WH`	acc32	Wh	WattHours	AC Energy
`DCA`	uint16	A	DC Amps	DC Current
`DCV`	uint16	V	DC Voltage	DC Voltage
`DCW`	int16	W	DC Watts	DC Power
`TmpCab`	int16	C	Cabinet Temperature	Cabinet Temperature
`TmpSnk`	int16	C	Heat Sink Temperature	Heat Sink Temperature
`TmpTrns`	int16	C	Transformer Temperature	Transformer Temperature
`TmpOt`	int16	C	Other Temperature	Other Temperature
`St`	enum16		Operating State	Operating state
`StVnd`	enum16		Vendor Operating State	Vendor specific operating state code
`Evt1`	bitfield32		Event1	Event fields
`Evt2`	bitfield32		Event Bitfield 2	Reserved for future use
`EvtVnd1`	bitfield32		Vendor Event Bitfield 1	Vendor defined events
`EvtVnd2`	bitfield32		Vendor Event Bitfield 2	Vendor defined events
`EvtVnd3`	bitfield32		Vendor Event Bitfield 3	Vendor defined events
`EvtVnd4`	bitfield32		Vendor Event Bitfield 4	Vendor defined events

Value names:

St (enum16): 1 OFF, 2 SLEEPING, 3 STARTING, 4 MPPT, 5 THROTTLED, 6 SHUTTING_DOWN, 7 FAULT, 8 STANDBY
Evt1 (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

Model 103: Inverter (Three Phase)

Name in records: inverter_three_phase.

Include this model for three phase inverter monitoring

Point	Type	Units	Label	Description
`A`	uint16	A	Amps	AC Current
`AphA`	uint16	A	Amps PhaseA	Phase A Current
`AphB`	uint16	A	Amps PhaseB	Phase B Current
`AphC`	uint16	A	Amps PhaseC	Phase C Current
`PPVphAB`	uint16	V	Phase Voltage AB	Phase Voltage AB
`PPVphBC`	uint16	V	Phase Voltage BC	Phase Voltage BC
`PPVphCA`	uint16	V	Phase Voltage CA	Phase Voltage CA
`PhVphA`	uint16	V	Phase Voltage AN	Phase Voltage AN
`PhVphB`	uint16	V	Phase Voltage BN	Phase Voltage BN
`PhVphC`	uint16	V	Phase Voltage CN	Phase Voltage CN
`W`	int16	W	Watts	AC Power
`Hz`	uint16	Hz	Hz	Line Frequency
`VA`	int16	VA	VA	AC Apparent Power
`VAr`	int16	var	VAr	AC Reactive Power
`PF`	int16	Pct	PF	AC Power Factor
`WH`	acc32	Wh	WattHours	AC Energy
`DCA`	uint16	A	DC Amps	DC Current
`DCV`	uint16	V	DC Voltage	DC Voltage
`DCW`	int16	W	DC Watts	DC Power
`TmpCab`	int16	C	Cabinet Temperature	Cabinet Temperature
`TmpSnk`	int16	C	Heat Sink Temperature	Heat Sink Temperature
`TmpTrns`	int16	C	Transformer Temperature	Transformer Temperature
`TmpOt`	int16	C	Other Temperature	Other Temperature
`St`	enum16		Operating State	Operating state
`StVnd`	enum16		Vendor Operating State	Vendor specific operating state code
`Evt1`	bitfield32		Event1	Event fields
`Evt2`	bitfield32		Event Bitfield 2	Reserved for future use
`EvtVnd1`	bitfield32		Vendor Event Bitfield 1	Vendor defined events
`EvtVnd2`	bitfield32		Vendor Event Bitfield 2	Vendor defined events
`EvtVnd3`	bitfield32		Vendor Event Bitfield 3	Vendor defined events
`EvtVnd4`	bitfield32		Vendor Event Bitfield 4	Vendor defined events

Value names:

St (enum16): 1 OFF, 2 SLEEPING, 3 STARTING, 4 MPPT, 5 THROTTLED, 6 SHUTTING_DOWN, 7 FAULT, 8 STANDBY
Evt1 (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

Model 111: Inverter (Single Phase) FLOAT

Name in records: inverter_single_phase_float.

Include this model for single phase inverter monitoring using float values

Point	Type	Units	Label	Description
`A`	float32	A	Amps	AC Current
`AphA`	float32	A	Amps PhaseA	Phase A Current
`AphB`	float32	A	Amps PhaseB	Phase B Current
`AphC`	float32	A	Amps PhaseC	Phase C Current
`PPVphAB`	float32	V	Phase Voltage AB	Phase Voltage AB
`PPVphBC`	float32	V	Phase Voltage BC	Phase Voltage BC
`PPVphCA`	float32	V	Phase Voltage CA	Phase Voltage CA
`PhVphA`	float32	V	Phase Voltage AN	Phase Voltage AN
`PhVphB`	float32	V	Phase Voltage BN	Phase Voltage BN
`PhVphC`	float32	V	Phase Voltage CN	Phase Voltage CN
`W`	float32	W	Watts	AC Power
`Hz`	float32	Hz	Hz	Line Frequency
`VA`	float32	VA	VA	AC Apparent Power
`VAr`	float32	var	VAr	AC Reactive Power
`PF`	float32	Pct	PF	AC Power Factor
`WH`	float32	Wh	WattHours	AC Energy
`DCA`	float32	A	DC Amps	DC Current
`DCV`	float32	V	DC Voltage	DC Voltage
`DCW`	float32	W	DC Watts	DC Power
`TmpCab`	float32	C	Cabinet Temperature	Cabinet Temperature
`TmpSnk`	float32	C	Heat Sink Temperature	Heat Sink Temperature
`TmpTrns`	float32	C	Transformer Temperature	Transformer Temperature
`TmpOt`	float32	C	Other Temperature	Other Temperature
`St`	enum16		Operating State	Operating state
`StVnd`	enum16		Vendor Operating State	Vendor specific operating state code
`Evt1`	bitfield32		Event1	Event fields
`Evt2`	bitfield32		Event Bitfield 2	Reserved for future use
`EvtVnd1`	bitfield32		Vendor Event Bitfield 1	Vendor defined events
`EvtVnd2`	bitfield32		Vendor Event Bitfield 2	Vendor defined events
`EvtVnd3`	bitfield32		Vendor Event Bitfield 3	Vendor defined events
`EvtVnd4`	bitfield32		Vendor Event Bitfield 4	Vendor defined events

Value names:

St (enum16): 1 ggOFF, 2 ggSLEEPING, 3 ggSTARTING, 4 ggMPPT, 5 ggTHROTTLED, 6 ggSHUTTING_DOWN, 7 ggFAULT, 8 ggSTANDBY
Evt1 (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

Model 112: Inverter (Split Phase) FLOAT

Name in records: inverter_split_phase_float.

Include this model for split phase inverter monitoring using float values

Point	Type	Units	Label	Description
`A`	float32	A	Amps	AC Current
`AphA`	float32	A	Amps PhaseA	Phase A Current
`AphB`	float32	A	Amps PhaseB	Phase B Current
`AphC`	float32	A	Amps PhaseC	Phase C Current
`PPVphAB`	float32	V	Phase Voltage AB	Phase Voltage AB
`PPVphBC`	float32	V	Phase Voltage BC	Phase Voltage BC
`PPVphCA`	float32	V	Phase Voltage CA	Phase Voltage CA
`PhVphA`	float32	V	Phase Voltage AN	Phase Voltage AN
`PhVphB`	float32	V	Phase Voltage BN	Phase Voltage BN
`PhVphC`	float32	V	Phase Voltage CN	Phase Voltage CN
`W`	float32	W	Watts	AC Power
`Hz`	float32	Hz	Hz	Line Frequency
`VA`	float32	VA	VA	AC Apparent Power
`VAr`	float32	var	VAr	AC Reactive Power
`PF`	float32	Pct	PF	AC Power Factor
`WH`	float32	Wh	WattHours	AC Energy
`DCA`	float32	A	DC Amps	DC Current
`DCV`	float32	V	DC Voltage	DC Voltage
`DCW`	float32	W	DC Watts	DC Power
`TmpCab`	float32	C	Cabinet Temperature	Cabinet Temperature
`TmpSnk`	float32	C	Heat Sink Temperature	Heat Sink Temperature
`TmpTrns`	float32	C	Transformer Temperature	Transformer Temperature
`TmpOt`	float32	C	Other Temperature	Other Temperature
`St`	enum16		Operating State	Operating state
`StVnd`	enum16		Vendor Operating State	Vendor specific operating state code
`Evt1`	bitfield32		Event1	Event fields
`Evt2`	bitfield32		Event Bitfield 2	Reserved for future use
`EvtVnd1`	bitfield32		Vendor Event Bitfield 1	Vendor defined events
`EvtVnd2`	bitfield32		Vendor Event Bitfield 2	Vendor defined events
`EvtVnd3`	bitfield32		Vendor Event Bitfield 3	Vendor defined events
`EvtVnd4`	bitfield32		Vendor Event Bitfield 4	Vendor defined events

Value names:

St (enum16): 1 OFF, 2 SLEEPING, 3 STARTING, 4 MPPT, 5 THROTTLED, 6 SHUTTING_DOWN, 7 FAULT, 8 STANDBY
Evt1 (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

Model 113: Inverter (Three Phase) FLOAT

Name in records: inverter_three_phase_float.

Include this model for three phase inverter monitoring using float values

Point	Type	Units	Label	Description
`A`	float32	A	Amps	AC Current
`AphA`	float32	A	Amps PhaseA	Phase A Current
`AphB`	float32	A	Amps PhaseB	Phase B Current
`AphC`	float32	A	Amps PhaseC	Phase C Current
`PPVphAB`	float32	V	Phase Voltage AB	Phase Voltage AB
`PPVphBC`	float32	V	Phase Voltage BC	Phase Voltage BC
`PPVphCA`	float32	V	Phase Voltage CA	Phase Voltage CA
`PhVphA`	float32	V	Phase Voltage AN	Phase Voltage AN
`PhVphB`	float32	V	Phase Voltage BN	Phase Voltage BN
`PhVphC`	float32	V	Phase Voltage CN	Phase Voltage CN
`W`	float32	W	Watts	AC Power
`Hz`	float32	Hz	Hz	Line Frequency
`VA`	float32	VA	VA	AC Apparent Power
`VAr`	float32	var	VAr	AC Reactive Power
`PF`	float32	Pct	PF	AC Power Factor
`WH`	float32	Wh	WattHours	AC Energy
`DCA`	float32	A	DC Amps	DC Current
`DCV`	float32	V	DC Voltage	DC Voltage
`DCW`	float32	W	DC Watts	DC Power
`TmpCab`	float32	C	Cabinet Temperature	Cabinet Temperature
`TmpSnk`	float32	C	Heat Sink Temperature	Heat Sink Temperature
`TmpTrns`	float32	C	Transformer Temperature	Transformer Temperature
`TmpOt`	float32	C	Other Temperature	Other Temperature
`St`	enum16		Operating State	Operating state
`StVnd`	enum16		Vendor Operating State	Vendor specific operating state code
`Evt1`	bitfield32		Event1	Event fields
`Evt2`	bitfield32		Event Bitfield 2	Reserved for future use
`EvtVnd1`	bitfield32		Vendor Event Bitfield 1	Vendor defined events
`EvtVnd2`	bitfield32		Vendor Event Bitfield 2	Vendor defined events
`EvtVnd3`	bitfield32		Vendor Event Bitfield 3	Vendor defined events
`EvtVnd4`	bitfield32		Vendor Event Bitfield 4	Vendor defined events

Value names:

St (enum16): 1 OFF, 2 SLEEPING, 3 STARTING, 4 MPPT, 5 THROTTLED, 6 SHUTTING_DOWN, 7 FAULT, 8 STANDBY
Evt1 (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

Model 120: Nameplate

Name in records: nameplate.

Inverter Controls Nameplate Ratings

Point	Type	Units	Label	Description
`DERTyp`	enum16		DERTyp	Type of DER device. Default value is 4 to indicate PV device.
`WRtg`	uint16	W	WRtg	Continuous power output capability of the inverter.
`VARtg`	uint16	VA	VARtg	Continuous Volt-Ampere capability of the inverter.
`VArRtgQ1`	int16	var	VArRtgQ1	Continuous VAR capability of the inverter in quadrant 1.
`VArRtgQ2`	int16	var	VArRtgQ2	Continuous VAR capability of the inverter in quadrant 2.
`VArRtgQ3`	int16	var	VArRtgQ3	Continuous VAR capability of the inverter in quadrant 3.
`VArRtgQ4`	int16	var	VArRtgQ4	Continuous VAR capability of the inverter in quadrant 4.
`ARtg`	uint16	A	ARtg	Maximum RMS AC current level capability of the inverter.
`PFRtgQ1`	int16	cos()	PFRtgQ1	Minimum power factor capability of the inverter in quadrant 1.
`PFRtgQ2`	int16	cos()	PFRtgQ2	Minimum power factor capability of the inverter in quadrant 2.
`PFRtgQ3`	int16	cos()	PFRtgQ3	Minimum power factor capability of the inverter in quadrant 3.
`PFRtgQ4`	int16	cos()	PFRtgQ4	Minimum power factor capability of the inverter in quadrant 4.
`WHRtg`	uint16	Wh	WHRtg	Nominal energy rating of storage device.
`AhrRtg`	uint16	AH	AhrRtg	The usable capacity of the battery. Maximum charge minus minimum charge from a technology capability perspective (Amp-hour capacity rating).
`MaxChaRte`	uint16	W	MaxChaRte	Maximum rate of energy transfer into the storage device.
`MaxDisChaRte`	uint16	W	MaxDisChaRte	Maximum rate of energy transfer out of the storage device.

Value names:

DERTyp (enum16): 4 PV, 82 PV_STOR

Model 121: Basic Settings

Name in records: settings.

Inverter Controls Basic Settings

Point	Type	Units	Label	Description
`WMax`	uint16	W	WMax	Setting for maximum power output. Default to WRtg.
`VRef`	uint16	V	VRef	Voltage at the PCC.
`VRefOfs`	int16	V	VRefOfs	Offset from PCC to inverter.
`VMax`	uint16	V	VMax	Setpoint for maximum voltage.
`VMin`	uint16	V	VMin	Setpoint for minimum voltage.
`VAMax`	uint16	VA	VAMax	Setpoint for maximum apparent power. Default to VARtg.
`VArMaxQ1`	int16	var	VArMaxQ1	Setting for maximum reactive power in quadrant 1. Default to VArRtgQ1.
`VArMaxQ2`	int16	var	VArMaxQ2	Setting for maximum reactive power in quadrant 2. Default to VArRtgQ2.
`VArMaxQ3`	int16	var	VArMaxQ3	Setting for maximum reactive power in quadrant 3. Default to VArRtgQ3.
`VArMaxQ4`	int16	var	VArMaxQ4	Setting for maximum reactive power in quadrant 4. Default to VArRtgQ4.
`WGra`	uint16	% WMax/sec	WGra	Default ramp rate of change of active power due to command or internal action.
`PFMinQ1`	int16	cos()	PFMinQ1	Setpoint for minimum power factor value in quadrant 1. Default to PFRtgQ1.
`PFMinQ2`	int16	cos()	PFMinQ2	Setpoint for minimum power factor value in quadrant 2. Default to PFRtgQ2.
`PFMinQ3`	int16	cos()	PFMinQ3	Setpoint for minimum power factor value in quadrant 3. Default to PFRtgQ3.
`PFMinQ4`	int16	cos()	PFMinQ4	Setpoint for minimum power factor value in quadrant 4. Default to PFRtgQ4.
`VArAct`	enum16		VArAct	VAR action on change between charging and discharging: 1=switch 2=maintain VAR characterization.
`ClcTotVA`	enum16		ClcTotVA	Calculation method for total apparent power. 1=vector 2=arithmetic.
`MaxRmpRte`	uint16	% WGra	MaxRmpRte	Setpoint for maximum ramp rate as percentage of nominal maximum ramp rate. This setting will limit the rate that watts delivery to the grid can increase or decrease in response to intermittent PV generation.
`ECPNomHz`	uint16	Hz	ECPNomHz	Setpoint for nominal frequency at the ECP.
`ConnPh`	enum16		ConnPh	Identity of connected phase for single phase inverters. A=1 B=2 C=3.

Value names:

VArAct (enum16): 1 SWITCH, 2 MAINTAIN
ClcTotVA (enum16): 1 VECTOR, 2 ARITHMETIC
ConnPh (enum16): 1 A, 2 B, 3 C

Model 122: Measurements_Status

Name in records: status.

Inverter Controls Extended Measurements and Status

Point	Type	Units	Label	Description
`PVConn`	bitfield16		PVConn	PV inverter present/available status.
`StorConn`	bitfield16		StorConn	Storage inverter present/available status.
`ECPConn`	bitfield16		ECPConn	ECP connection status: disconnected=0 connected=1.
`ActWh`	acc64	Wh	ActWh	AC lifetime active (real) energy output.
`ActVAh`	acc64	VAh	ActVAh	AC lifetime apparent energy output.
`ActVArhQ1`	acc64	varh	ActVArhQ1	AC lifetime reactive energy output in quadrant 1.
`ActVArhQ2`	acc64	varh	ActVArhQ2	AC lifetime reactive energy output in quadrant 2.
`ActVArhQ3`	acc64	varh	ActVArhQ3	AC lifetime negative energy output in quadrant 3.
`ActVArhQ4`	acc64	varh	ActVArhQ4	AC lifetime reactive energy output in quadrant 4.
`VArAval`	int16	var	VArAval	Amount of VARs available without impacting watts output.
`WAval`	uint16	W	WAval	Amount of Watts available.
`StSetLimMsk`	bitfield32		StSetLimMsk	Setpoint limit(s) reached.
`StActCtl`	bitfield32		StActCtl	Which inverter controls are currently active.
`TmSrc`	string		TmSrc	Source of time synchronization.
`Tms`	uint32	Secs	Tms	Seconds since 01-01-2000 00:00 UTC
`RtSt`	bitfield16		RtSt	Active ride-through status.
`Ris`	uint16	ohms	Ris	Isolation resistance.

Value names:

PVConn (bitfield16): bit 0 CONNECTED, bit 1 AVAILABLE, bit 2 OPERATING, bit 3 TEST
StorConn (bitfield16): bit 0 CONNECTED, bit 1 AVAILABLE, bit 2 OPERATING, bit 3 TEST
ECPConn (bitfield16): bit 0 DISCONNECTED, bit 1 CONNECTED
StSetLimMsk (bitfield32): bit 0 WMax, bit 1 VAMax, bit 2 VArAval, bit 3 VArMaxQ1, bit 4 VArMaxQ2, bit 5 VArMaxQ3, bit 6 VArMaxQ4, bit 7 PFMinQ1, bit 8 PFMinQ2, bit 9 PFMinQ3, bit 10 PFMinQ4
StActCtl (bitfield32): bit 0 FixedW, bit 1 FixedVAR, bit 2 FixedPF, bit 3 Volt-VAr, bit 4 Freq-Watt-Param, bit 5 Freq-Watt-Curve, bit 6 Dyn-Reactive-Current, bit 7 LVRT, bit 8 HVRT, bit 9 Watt-PF, bit 10 Volt-Watt, bit 12 Scheduled, bit 13 LFRT, bit 14 HFRT
RtSt (bitfield16): bit 0 LVRT_ACTIVE, bit 1 HVRT_ACTIVE, bit 2 LFRT_ACTIVE, bit 3 HFRT_ACTIVE

Model 123: Immediate Controls

Name in records: controls.

Immediate Inverter Controls

Point	Type	Units	Label	Description
`Conn_WinTms`	uint16	Secs	Conn_WinTms	Time window for connect/disconnect.
`Conn_RvrtTms`	uint16	Secs	Conn_RvrtTms	Timeout period for connect/disconnect.
`Conn`	enum16		Conn	Connection control.
`WMaxLimPct`	uint16	% WMax	WMaxLimPct	Set power output to specified level.
`WMaxLimPct_WinTms`	uint16	Secs	WMaxLimPct_WinTms	Time window for power limit change.
`WMaxLimPct_RvrtTms`	uint16	Secs	WMaxLimPct_RvrtTms	Timeout period for power limit.
`WMaxLimPct_RmpTms`	uint16	Secs	WMaxLimPct_RmpTms	Ramp time for moving from current setpoint to new setpoint.
`WMaxLim_Ena`	enum16		WMaxLim_Ena	Throttle enable/disable control.
`OutPFSet`	int16	cos()	OutPFSet	Set power factor to specific value - cosine of angle.
`OutPFSet_WinTms`	uint16	Secs	OutPFSet_WinTms	Time window for power factor change.
`OutPFSet_RvrtTms`	uint16	Secs	OutPFSet_RvrtTms	Timeout period for power factor.
`OutPFSet_RmpTms`	uint16	Secs	OutPFSet_RmpTms	Ramp time for moving from current setpoint to new setpoint.
`OutPFSet_Ena`	enum16		OutPFSet_Ena	Fixed power factor enable/disable control.
`VArWMaxPct`	int16	% WMax	VArWMaxPct	Reactive power in percent of WMax.
`VArMaxPct`	int16	% VArMax	VArMaxPct	Reactive power in percent of VArMax.
`VArAvalPct`	int16	% VArAval	VArAvalPct	Reactive power in percent of VArAval.
`VArPct_WinTms`	uint16	Secs	VArPct_WinTms	Time window for VAR limit change.
`VArPct_RvrtTms`	uint16	Secs	VArPct_RvrtTms	Timeout period for VAR limit.
`VArPct_RmpTms`	uint16	Secs	VArPct_RmpTms	Ramp time for moving from current setpoint to new setpoint.
`VArPct_Mod`	enum16		VArPct_Mod	VAR percent limit mode.
`VArPct_Ena`	enum16		VArPct_Ena	Percent limit VAr enable/disable control.

Value names:

Conn (enum16): 0 DISCONNECT, 1 CONNECT
WMaxLim_Ena (enum16): 0 DISABLED, 1 ENABLED
OutPFSet_Ena (enum16): 0 DISABLED, 1 ENABLED
VArPct_Mod (enum16): 0 NONE, 1 WMax, 2 VArMax, 3 VArAval
VArPct_Ena (enum16): 0 DISABLED, 1 ENABLED

Model 124: Storage

Name in records: storage_basic.

Basic Storage Controls

Point	Type	Units	Label	Description
`WChaMax`	uint16	W	WChaMax	Setpoint for maximum charge.
`WChaGra`	uint16	% WChaMax/sec	WChaGra	Setpoint for maximum charging rate. Default is MaxChaRte.
`WDisChaGra`	uint16	% WChaMax/sec	WDisChaGra	Setpoint for maximum discharge rate. Default is MaxDisChaRte.
`StorCtl_Mod`	bitfield16		StorCtl_Mod	Activate hold/discharge/charge storage control mode.
`VAChaMax`	uint16	VA	VAChaMax	Setpoint for maximum charging VA.
`MinRsvPct`	uint16	% WChaMax	MinRsvPct	Setpoint for minimum reserve for storage as a percentage of the nominal maximum storage.
`ChaState`	uint16	% AhrRtg	ChaState	Currently available energy as a percent of the capacity rating.
`StorAval`	uint16	AH	StorAval	State of charge (ChaState) minus storage reserve (MinRsvPct) times capacity rating (AhrRtg).
`InBatV`	uint16	V	InBatV	Internal battery voltage.
`ChaSt`	enum16		ChaSt	Charge status of storage device.
`OutWRte`	int16	% WDisChaMax	OutWRte	Percent of max discharge rate.
`InWRte`	int16	% WChaMax	InWRte	Percent of max charging rate.
`InOutWRte_WinTms`	uint16	Secs	InOutWRte_WinTms	Time window for charge/discharge rate change.
`InOutWRte_RvrtTms`	uint16	Secs	InOutWRte_RvrtTms	Timeout period for charge/discharge rate.
`InOutWRte_RmpTms`	uint16	Secs	InOutWRte_RmpTms	Ramp time for moving from current setpoint to new setpoint.
`ChaGriSet`	enum16

Value names:

StorCtl_Mod (bitfield16): bit 0 CHARGE, bit 1 DiSCHARGE
ChaSt (enum16): 1 OFF, 2 EMPTY, 3 DISCHARGING, 4 CHARGING, 5 FULL, 6 HOLDING, 7 TESTING
ChaGriSet (enum16): 0 PV, 1 GRID

Model 125: Pricing

Name in records: pricing.

Pricing Signal

Point	Type	Units	Label	Description
`ModEna`	bitfield16		ModEna	Is price-based charge/discharge mode active?
`SigType`	enum16		SigType	Meaning of the pricing signal. When a Price schedule is used, type must match the schedule range variable description.
`Sig`	int16		Sig	Utility/ESP specific pricing signal. Content depends on pricing signal type. When H/M/L type is specified. Low=0; Med=1; High=2.
`WinTms`	uint16	Secs	WinTms	Time window for charge/discharge pricing change.
`RvtTms`	uint16	Secs	RvtTms	Timeout period for charge/discharge pricing change.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current charge or discharge level to new level.

Value names:

ModEna (bitfield16): bit 0 ENABLE
SigType (enum16): 0 UNKNOWN, 1 ABSOLUTE, 2 RELATIVE, 3 MULTIPLIER, 4 LEVEL

Model 126: Static Volt-VAR

Name in records: volt_var.

Static Volt-VAR Arrays

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	Is Volt-VAR control active.
`WinTms`	uint16	Secs	WinTms	Time window for volt-VAR change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for volt-VAR curve selection.
`RmpTms`	uint16	Secs	RmpTms	The time of the PT1 in seconds (time to accomplish a change of 95%).
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].DeptRef`	enum16		DeptRef	Meaning of dependent variable: 1=%WMax 2=%VArMax 3=%VArAval.
`curve[*].V1`	uint16	% VRef	V1	Point 1 Volts.
`curve[*].VAr1`	int16		VAr1	Point 1 VARs.
`curve[*].V2`	uint16	% VRef	V2	Point 2 Volts.
`curve[*].VAr2`	int16		VAr2	Point 2 VARs.
`curve[*].V3`	uint16	% VRef	V3	Point 3 Volts.
`curve[*].VAr3`	int16		VAr3	Point 3 VARs.
`curve[*].V4`	uint16	% VRef	V4	Point 4 Volts.
`curve[*].VAr4`	int16		VAr4	Point 4 VARs.
`curve[*].V5`	uint16	% VRef	V5	Point 5 Volts.
`curve[*].VAr5`	int16		VAr5	Point 5 VARs.
`curve[*].V6`	uint16	% VRef	V6	Point 6 Volts.
`curve[*].VAr6`	int16		VAr6	Point 6 VARs.
`curve[*].V7`	uint16	% VRef	V7	Point 7 Volts.
`curve[*].VAr7`	int16		VAr7	Point 7 VARs.
`curve[*].V8`	uint16	% VRef	V8	Point 8 Volts.
`curve[*].VAr8`	int16		VAr8	Point 8 VARs.
`curve[*].V9`	uint16	% VRef	V9	Point 9 Volts.
`curve[*].VAr9`	int16		VAr9	Point 9 VARs.
`curve[*].V10`	uint16	% VRef	V10	Point 10 Volts.
`curve[*].VAr10`	int16		VAr10	Point 10 VARs.
`curve[*].V11`	uint16	% VRef	V11	Point 11 Volts.
`curve[*].VAr11`	int16		VAr11	Point 11 VARs.
`curve[*].V12`	uint16	% VRef	V12	Point 12 Volts.
`curve[*].VAr12`	int16		VAr12	Point 12 VARs.
`curve[*].V13`	uint16	% VRef	V13	Point 13 Volts.
`curve[*].VAr13`	int16		VAr13	Point 13 VARs.
`curve[*].V14`	uint16	% VRef	V14	Point 14 Volts.
`curve[*].VAr14`	int16		VAr14	Point 14 VARs.
`curve[*].V15`	uint16	% VRef	V15	Point 15 Volts.
`curve[*].VAr15`	int16		VAr15	Point 15 VARs.
`curve[*].V16`	uint16	% VRef	V16	Point 16 Volts.
`curve[*].VAr16`	int16		VAr16	Point 16 VARs.
`curve[*].V17`	uint16	% VRef	V17	Point 17 Volts.
`curve[*].VAr17`	int16		VAr17	Point 17 VARs.
`curve[*].V18`	uint16	% VRef	V18	Point 18 Volts.
`curve[*].VAr18`	int16		VAr18	Point 18 VARs.
`curve[*].V19`	uint16	% VRef	V19	Point 19 Volts.
`curve[*].VAr19`	int16		VAr19	Point 19 VARs.
`curve[*].V20`	uint16	% VRef	V20	Point 20 Volts.
`curve[*].VAr20`	int16		VAr20	Point 20 VARs.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve. (Max 16 chars)
`curve[*].RmpTms`	uint16	Secs	RmpTms	The time of the PT1 in seconds (time to accomplish a change of 95%).
`curve[*].RmpDecTmm`	uint16	% ref_value/min	RmpDecTmm	The maximum rate at which the VAR value may be reduced in response to changes in the voltage value. %refVal is %WMax %VArMax or %VArAval depending on value of DeptRef.
`curve[*].RmpIncTmm`	uint16	% ref_value/min	RmpIncTmm	The maximum rate at which the VAR value may be increased in response to changes in the voltage value. %refVal is %WMax %VArMax or %VArAval depending on value of DeptRef.
`curve[*].ReadOnly`	enum16		ReadOnly	Boolean flag indicates if curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
curve[*].DeptRef (enum16): 1 WMax, 2 VArMax, 3 VArAval
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 127: Freq-Watt Param

Name in records: freq_watt_param.

Parameterized Frequency-Watt

Point	Type	Units	Label	Description
`WGra`	uint16	% PM/Hz	WGra	The slope of the reduction in the maximum allowed watts output as a function of frequency.
`HzStr`	int16	Hz	HzStr	The frequency deviation from nominal frequency (ECPNomHz) at which a snapshot of the instantaneous power output is taken to act as the CAPPED power level (PM) and above which reduction in power output occurs.
`HzStop`	int16	Hz	HzStop	The frequency deviation from nominal frequency (ECPNomHz) at which curtailed power output may return to normal and the cap on the power level value is removed.
`HysEna`	bitfield16		HysEna	Enable hysteresis
`ModEna`	bitfield16		ModEna	Is Parameterized Frequency-Watt control active.
`HzStopWGra`	uint16	% WMax/min	HzStopWGra	The maximum time-based rate of change at which power output returns to normal after having been capped by an over frequency event.

Value names:

HysEna (bitfield16): bit 0 ENABLED
ModEna (bitfield16): bit 0 ENABLED

Model 128: Dynamic Reactive Current

Name in records: reactive_current.

Dynamic Reactive Current

Point	Type	Units	Label	Description
`ArGraMod`	enum16		ArGraMod	Indicates if gradients trend toward zero at the edges of the deadband or trend toward zero at the center of the deadband.
`ArGraSag`	uint16	%ARtg/%dV	ArGraSag	The gradient used to increase capacitive dynamic current. A value of 0 indicates no additional reactive current support.
`ArGraSwell`	uint16	%ARtg/%dV	ArGraSwell	The gradient used to increase inductive dynamic current. A value of 0 indicates no additional reactive current support.
`ModEna`	bitfield16		ModEna	Activate dynamic reactive current model
`FilTms`	uint16	Secs	FilTms	The time window used to calculate the moving average voltage.
`DbVMin`	uint16	% VRef	DbVMin	The lower delta voltage limit for which negative voltage deviations less than this value no dynamic vars are produced.
`DbVMax`	uint16	% VRef	DbVMax	The upper delta voltage limit for which positive voltage deviations less than this value no dynamic current produced.
`BlkZnV`	uint16	% VRef	BlkZnV	Block zone voltage which defines a lower voltage boundary below which no dynamic current is produced.
`HysBlkZnV`	uint16	% VRef	HysBlkZnV	Hysteresis voltage used with BlkZnV.
`BlkZnTmms`	uint16	mSecs	BlkZnTmms	Block zone time the time before which reactive current support remains active regardless of how low the voltage drops.
`HoldTmms`	uint16	mSecs	HoldTmms	Hold time during which reactive current support continues after the average voltage has entered the dead zone.

Value names:

ArGraMod (enum16): 0 EDGE, 1 CENTER
ModEna (bitfield16): bit 0 ENABLED

Model 129: LVRTD

Name in records: lvrt.

LVRT Must Disconnect

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	LVRT control mode. Enable active curve.
`WinTms`	uint16	Secs	WinTms	Time window for LVRT change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for LVRT curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Tms1`	uint16	Secs	Tms1	Point 1 must disconnect duration.
`curve[*].V1`	uint16	% VRef	V1	Point 1 must disconnect voltage.
`curve[*].Tms2`	uint16	Secs	Tms2	Point 2 must disconnect duration.
`curve[*].V2`	uint16	% VRef	V2	Point 2 must disconnect voltage.
`curve[*].Tms3`	uint16	Secs	Tms3	Point 3 must disconnect duration.
`curve[*].V3`	uint16	% VRef	V3	Point 3 must disconnect voltage.
`curve[*].Tms4`	uint16	Secs	Tms4	Point 4 must disconnect duration.
`curve[*].V4`	uint16	% VRef	V4	Point 4 must disconnect voltage.
`curve[*].Tms5`	uint16	Secs	Tms5	Point 5 must disconnect duration.
`curve[*].V5`	uint16	% VRef	V5	Point 5 must disconnect voltage.
`curve[*].Tms6`	uint16	Secs	Tms6	Point 6 must disconnect duration.
`curve[*].V6`	uint16	% VRef	V6	Point 6 must disconnect voltage.
`curve[*].Tms7`	uint16	Secs	Tms7	Point 7 must disconnect duration.
`curve[*].V7`	uint16	% VRef	V7	Point 7 must disconnect voltage.
`curve[*].Tms8`	uint16	Secs	Tms8	Point 8 must disconnect duration.
`curve[*].V8`	uint16	% VRef	V8	Point 8 must disconnect voltage.
`curve[*].Tms9`	uint16	Secs	Tms9	Point 9 must disconnect duration.
`curve[*].V9`	uint16	% VRef	V9	Point 9 must disconnect voltage.
`curve[*].Tms10`	uint16	Secs	Tms10	Point 10 must disconnect duration.
`curve[*].V10`	uint16	% VRef	V10	Point 10 must disconnect voltage.
`curve[*].Tms11`	uint16	Secs	Tms11	Point 11 must disconnect duration.
`curve[*].V11`	uint16	% VRef	V11	Point 11 must disconnect voltage.
`curve[*].Tms12`	uint16	Secs	Tms12	Point 12 must disconnect duration.
`curve[*].V12`	uint16	% VRef	V12	Point 12 must disconnect voltage.
`curve[*].Tms13`	uint16	Secs	Tms13	Point 13 must disconnect duration.
`curve[*].V13`	uint16	% VRef	V13	Point 13 must disconnect voltage.
`curve[*].Tms14`	uint16	Secs	Tms14	Point 14 must disconnect duration.
`curve[*].V14`	uint16	% VRef	V14	Point 14 must disconnect voltage.
`curve[*].Tms15`	uint16	Secs	Tms15	Point 15 must disconnect duration.
`curve[*].V15`	uint16	% VRef	V15	Point 15 must disconnect voltage.
`curve[*].Tms16`	uint16	Secs	Tms16	Point 16 must disconnect duration.
`curve[*].V16`	uint16	% VRef	V16	Point 16 must disconnect voltage.
`curve[*].Tms17`	uint16	Secs	Tms17	Point 17 must disconnect duration.
`curve[*].V17`	uint16	% VRef	V17	Point 17 must disconnect voltage.
`curve[*].Tms18`	uint16	Secs	Tms18	Point 18 must disconnect duration.
`curve[*].V18`	uint16	% VRef	V18	Point 18 must disconnect voltage.
`curve[*].Tms19`	uint16	Secs	Tms19	Point 19 must disconnect duration.
`curve[*].V19`	uint16	% VRef	V19	Point 19 must disconnect voltage.
`curve[*].Tms20`	uint16	Secs	Tms20	Point 20 must disconnect duration.
`curve[*].V20`	uint16	% VRef	V20	Point 20 must disconnect voltage.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 130: HVRTD

Name in records: hvrt.

HVRT Must Disconnect

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	HVRT control mode. Enable active curve.
`WinTms`	uint16	Secs	WinTms	Time window for HVRT change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for HVRT curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Tms1`	uint16	Secs	Tms1	Point 1 must disconnect duration.
`curve[*].V1`	uint16	% VRef	V1	Point 1 must disconnect voltage.
`curve[*].Tms2`	uint16	Secs	Tms2	Point 2 must disconnect duration.
`curve[*].V2`	uint16	% VRef	V2	Point 2 must disconnect voltage.
`curve[*].Tms3`	uint16	Secs	Tms3	Point 3 must disconnect duration.
`curve[*].V3`	uint16	% VRef	V3	Point 3 must disconnect voltage.
`curve[*].Tms4`	uint16	Secs	Tms4	Point 4 must disconnect duration.
`curve[*].V4`	uint16	% VRef	V4	Point 4 must disconnect voltage.
`curve[*].Tms5`	uint16	Secs	Tms5	Point 5 must disconnect duration.
`curve[*].V5`	uint16	% VRef	V5	Point 5 must disconnect voltage.
`curve[*].Tms6`	uint16	Secs	Tms6	Point 6 must disconnect duration.
`curve[*].V6`	uint16	% VRef	V6	Point 6 must disconnect voltage.
`curve[*].Tms7`	uint16	Secs	Tms7	Point 7 must disconnect duration.
`curve[*].V7`	uint16	% VRef	V7	Point 7 must disconnect voltage.
`curve[*].Tms8`	uint16	Secs	Tms8	Point 8 must disconnect duration.
`curve[*].V8`	uint16	% VRef	V8	Point 8 must disconnect voltage.
`curve[*].Tms9`	uint16	Secs	Tms9	Point 9 must disconnect duration.
`curve[*].V9`	uint16	% VRef	V9	Point 9 must disconnect voltage.
`curve[*].Tms10`	uint16	Secs	Tms10	Point 10 must disconnect duration.
`curve[*].V10`	uint16	% VRef	V10	Point 10 must disconnect voltage.
`curve[*].Tms11`	uint16	Secs	Tms11	Point 11 must disconnect duration.
`curve[*].V11`	uint16	% VRef	V11	Point 11 must disconnect voltage.
`curve[*].Tms12`	uint16	Secs	Tms12	Point 12 must disconnect duration.
`curve[*].V12`	uint16	% VRef	V12	Point 12 must disconnect voltage.
`curve[*].Tms13`	uint16	Secs	Tms13	Point 13 must disconnect duration.
`curve[*].V13`	uint16	% VRef	V13	Point 13 must disconnect voltage.
`curve[*].Tms14`	uint16	Secs	Tms14	Point 14 must disconnect duration.
`curve[*].V14`	uint16	% VRef	V14	Point 14 must disconnect voltage.
`curve[*].Tms15`	uint16	Secs	Tms15	Point 15 must disconnect duration.
`curve[*].V15`	uint16	% VRef	V15	Point 15 must disconnect voltage.
`curve[*].Tms16`	uint16	Secs	Tms16	Point 16 must disconnect duration.
`curve[*].V16`	uint16	% VRef	V16	Point 16 must disconnect voltage.
`curve[*].Tms17`	uint16	Secs	Tms17	Point 17 must disconnect duration.
`curve[*].V17`	uint16	% VRef	V17	Point 17 must disconnect voltage.
`curve[*].Tms18`	uint16	Secs	Tms18	Point 18 must disconnect duration.
`curve[*].V18`	uint16	% VRef	V18	Point 18 must disconnect voltage.
`curve[*].Tms19`	uint16	Secs	Tms19	Point 19 must disconnect duration.
`curve[*].V19`	uint16	% VRef	V19	Point 19 must disconnect voltage.
`curve[*].Tms20`	uint16	Secs	Tms20	Point 20 must disconnect duration.
`curve[*].V20`	uint16	% VRef	V20	Point 20 must disconnect voltage.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 131: Watt-PF

Name in records: watt_pf.

Watt-Power Factor

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	Is watt-PF mode active.
`WinTms`	uint16	Secs	WinTms	Time window for watt-PF change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for watt-PF curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Max number of points in array.
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].W1`	int16	% WMax	W1	Point 1 Watts.
`curve[*].PF1`	int16	cos()	PF1	Point 1 PF in EEI notation.
`curve[*].W2`	int16	% WMax	W2	Point 2 Watts.
`curve[*].PF2`	int16	cos()	PF2	Point 2 PF in EEI notation.
`curve[*].W3`	int16	% WMax	W3	Point 3 Watts.
`curve[*].PF3`	int16	cos()	PF3	Point 3 PF in EEI notation.
`curve[*].W4`	int16	% WMax	W4	Point 4 Watts.
`curve[*].PF4`	int16	cos()	PF4	Point 4 PF in EEI notation.
`curve[*].W5`	int16	% WMax	W5	Point 5 Watts.
`curve[*].PF5`	int16	cos()	PF5	Point 5 PF in EEI notation.
`curve[*].W6`	int16	% WMax	W6	Point 6 Watts.
`curve[*].PF6`	int16	cos()	PF6	Point 6 PF in EEI notation.
`curve[*].W7`	int16	% WMax	W7	Point 7 Watts.
`curve[*].PF7`	int16	cos()	PF7	Point 7 PF in EEI notation.
`curve[*].W8`	int16	% WMax	W8	Point 8 Watts.
`curve[*].PF8`	int16	cos()	PF8	Point 8 PF in EEI notation.
`curve[*].W9`	int16	% WMax	W9	Point 9 Watts.
`curve[*].PF9`	int16	cos()	PF9	Point 9 PF in EEI notation.
`curve[*].W10`	int16	% WMax	W10	Point 10 Watts.
`curve[*].PF10`	int16	cos()	PF10	Point 10 PF in EEI notation.
`curve[*].W11`	int16	% WMax	W11	Point 11 Watts.
`curve[*].PF11`	int16	cos()	PF11	Point 11 PF in EEI notation.
`curve[*].W12`	int16	% WMax	W12	Point 12 Watts.
`curve[*].PF12`	int16	cos()	PF12	Point 12 PF in EEI notation.
`curve[*].W13`	int16	% WMax	W13	Point 13 Watts.
`curve[*].PF13`	int16	cos()	PF13	Point 13 PF in EEI notation.
`curve[*].W14`	int16	% WMax	W14	Point 14 Watts.
`curve[*].PF14`	int16	cos()	PF14	Point 14 PF in EEI notation.
`curve[*].W15`	int16	% WMax	W15	Point 15 Watts.
`curve[*].PF15`	int16	cos()	PF15	Point 15 PF in EEI notation.
`curve[*].W16`	int16	% WMax	W16	Point 16 Watts.
`curve[*].PF16`	int16	cos()	PF16	Point 16 PF in EEI notation.
`curve[*].W17`	int16	% WMax	W17	Point 17 Watts.
`curve[*].PF17`	int16	cos()	PF17	Point 17 PF in EEI notation.
`curve[*].W18`	int16	% WMax	W18	Point 18 Watts.
`curve[*].PF18`	int16	cos()	PF18	Point 18 PF in EEI notation.
`curve[*].W19`	int16	% WMax	W19	Point 19 Watts.
`curve[*].PF19`	int16	cos()	PF19	Point 19 PF in EEI notation.
`curve[*].W20`	int16	% WMax	W20	Point 20 Watts.
`curve[*].PF20`	int16	cos()	PF20	Point 20 PF in EEI notation.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].RmpPT1Tms`	uint16	Secs	RmpPT1Tms	The time of the PT1 in seconds (time to accomplish a change of 95%).
`curve[*].RmpDecTmm`	uint16	% PF/min	RmpDecTmm	The maximum rate at which the power factor may be reduced in response to changes in the power value.
`curve[*].RmpIncTmm`	uint16	% PF/min	RmpIncTmm	The maximum rate at which the power factor may be increased in response to changes in the power value.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 132: Volt-Watt

Name in records: volt_watt.

Volt-Watt

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	Is Volt-Watt control active.
`WinTms`	uint16	Secs	WinTms	Time window for volt-watt change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for volt-watt curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend min. 4).
`NPt`	uint16		NPt	Number of points in array (maximum 20).
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].DeptRef`	enum16		DeptRef	Defines the meaning of the Watts DeptRef. 1=% WMax 2=% WAvail
`curve[*].V1`	uint16	% VRef	V1	Point 1 Volts.
`curve[*].W1`	int16	% VRef	W1	Point 1 Watts.
`curve[*].V2`	uint16	% VRef	V2	Point 2 Volts.
`curve[*].W2`	int16	% VRef	W2	Point 2 Watts.
`curve[*].V3`	uint16	% VRef	V3	Point 3 Volts.
`curve[*].W3`	int16	% VRef	W3	Point 3 Watts.
`curve[*].V4`	uint16	% VRef	V4	Point 4 Volts.
`curve[*].W4`	int16	% VRef	W4	Point 4 Watts.
`curve[*].V5`	uint16	% VRef	V5	Point 5 Volts.
`curve[*].W5`	int16	% VRef	W5	Point 5 Watts.
`curve[*].V6`	uint16	% VRef	V6	Point 6 Volts.
`curve[*].W6`	int16	% VRef	W6	Point 6 Watts.
`curve[*].V7`	uint16	% VRef	V7	Point 7 Volts.
`curve[*].W7`	int16	% VRef	W7	Point 7 Watts.
`curve[*].V8`	uint16	% VRef	V8	Point 8 Volts.
`curve[*].W8`	int16	% VRef	W8	Point 8 Watts.
`curve[*].V9`	uint16	% VRef	V9	Point 9 Volts.
`curve[*].W9`	int16	% VRef	W9	Point 9 Watts.
`curve[*].V10`	uint16	% VRef	V10	Point 10 Volts.
`curve[*].W10`	int16	% VRef	W10	Point 10 Watts.
`curve[*].V11`	uint16	% VRef	V11	Point 11 Volts.
`curve[*].W11`	int16	% VRef	W11	Point 11 Watts.
`curve[*].V12`	uint16	% VRef	V12	Point 12 Volts.
`curve[*].W12`	int16	% VRef	W12	Point 12 Watts.
`curve[*].V13`	uint16	% VRef	V13	Point 13 Volts.
`curve[*].W13`	int16	% VRef	W13	Point 13 Watts.
`curve[*].V14`	uint16	% VRef	V14	Point 14 Volts.
`curve[*].W14`	int16	% VRef	W14	Point 14 Watts.
`curve[*].V15`	uint16	% VRef	V15	Point 15 Volts.
`curve[*].W15`	int16	% VRef	W15	Point 15 Watts.
`curve[*].V16`	uint16	% VRef	V16	Point 16 Volts.
`curve[*].W16`	int16	% VRef	W16	Point 16 Watts.
`curve[*].V17`	uint16	% VRef	V17	Point 17 Volts.
`curve[*].W17`	int16	% VRef	W17	Point 17 Watts.
`curve[*].V18`	uint16	% VRef	V18	Point 18 Volts.
`curve[*].W18`	int16	% VRef	W18	Point 18 Watts.
`curve[*].V19`	uint16	% VRef	V19	Point 19 Volts.
`curve[*].W19`	int16	% VRef	W19	Point 19 Watts.
`curve[*].V20`	uint16	% VRef	V20	Point 20 Volts.
`curve[*].W20`	int16	% VRef	W20	Point 20 Watts.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].RmpPt1Tms`	uint16	Secs	RmpPt1Tms	The time of the PT1 in seconds (time to accomplish a change of 95%).
`curve[*].RmpDecTmm`	uint16	% WMax/min	RmpDecTmm	The maximum rate at which the watt value may be reduced in response to changes in the voltage value.
`curve[*].RmpIncTmm`	uint16	% WMax/min	RmpIncTmm	The maximum rate at which the watt value may be increased in response to changes in the voltage value.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
curve[*].DeptRef (enum16): 1 %WMax, 2 %WAval
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 133: Basic Scheduling

Name in records: schedule.

Basic Scheduling

Point	Type	Units	Label	Description
`ActSchd`	bitfield32		ActSchd	Bitfield of active schedules
`ModEna`	bitfield16		ModEna	Is basic scheduling active.
`NSchd`	uint16		NSchd	Number of schedules supported (recommend min. 4, max 32)
`NPts`	uint16		NPts	Number of schedule entries supported (maximum of 10).
`repeating[*].ActPts`	uint16		ActPts	Number of active entries in schedule.
`repeating[*].StrTms`	uint32	Secs	StrTms	Schedule start in seconds since 2000 JAN 01 00:00:00 UTC.
`repeating[*].RepPer`	uint16		RepPer	The repetition count for time-based schedules (0=repeat forever)
`repeating[*].IntvTyp`	enum16		SchdTyp	The repetition frequency for time-based schedules: no repeat=0
`repeating[*].XTyp`	enum16		XTyp	The meaning of the X-values in the array.
`repeating[*].YTyp`	enum16		YTyp	The meaning of the Y-values in the array.
`repeating[*].X1`	int32		X1	Entry 1 range.
`repeating[*].Y1`	int32		Y1	Entry 1 target.
`repeating[*].X2`	int32		X2	Entry 2 range.
`repeating[*].Y2`	int32		Y2	Entry 2 target.
`repeating[*].X3`	int32		X3	Entry 3 range.
`repeating[*].Y3`	int32		Y3	Entry 3 target.
`repeating[*].X4`	int32		X4	Entry 4 range.
`repeating[*].Y4`	int32		Y4	Entry 4 target.
`repeating[*].X5`	int32		X5	Entry 15range.
`repeating[*].Y5`	int32		Y5	Entry 5 target.
`repeating[*].X6`	int32		X6	Entry 6 range.
`repeating[*].Y6`	int32		Y6	Entry 6 target.
`repeating[*].X7`	int32		X7	Entry 7 range.
`repeating[*].Y7`	int32		Y7	Entry 7 target.
`repeating[*].X8`	int32		X8	Entry 8 range.
`repeating[*].Y8`	int32		Y8	Entry 8 target.
`repeating[*].X9`	int32		X9	Entry 9 range.
`repeating[*].Y9`	int32		Y9	Entry 9 target.
`repeating[*].X10`	int32		X10	Entry 10 range.
`repeating[*].Y10`	int32		Y10	Entry 10 target.
`repeating[*].Nam`	string		Nam	Optional description for schedule.
`repeating[*].WinTms`	uint16	Secs	WinTms	Time window for schedule entry change.
`repeating[*].RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current target to new target.
`repeating[*].ActIndx`	uint16		ActIndx	Index of active entry in the active schedule.

Value names:

ActSchd (bitfield32): bit 0 SCHED1, bit 1 SCHED2, bit 2 SCHED3, bit 3 SCHED4, bit 4 SCHED5, bit 5 SCHED6, bit 6 SCHED7, bit 7 SCHED8, bit 8 SCHED9, bit 9 SCHED10, bit 10 SCHED12, bit 11 SCHED13, bit 12 SCHED14, bit 13 SCHED15, bit 14 SCHED16, bit 15 SCHED17, bit 16 SCHED18, bit 17 SCHED19, bit 18 SCHED20, bit 19 SCHED21, bit 21 SCHED22, bit 22 SCHED23, bit 23 SCHED24, bit 24 SCHED25, bit 25 SCHED26, bit 26 SCHED27, bit 27 SCHED28, bit 28 SCHED29, bit 29 SCHED30, bit 30 SCHED31, bit 31 SCHED32
ModEna (bitfield16): bit 0 ENABLED
repeating[*].IntvTyp (enum16): 0 ONETIME, 1 DAILY, 2 WEEKLY, 3 MONTHLY, 4 WEEKDAY, 5 HOLIDAY, 6 WEEKEND, 7 YEARLY
repeating[*].XTyp (enum16): 0 UNSET, 1 TIME, 2 TEMP, 3 PRICE, 99 OTHER
repeating[*].YTyp (enum16): 0 UNSET, 1 WMax, 2 RSRVD2, 3 PF, 4 RSRVD4, 5 WATT_PRICE, 6 VAR_PRICE, 7 RSRVD7, 8 VOLT_VAR_ARRAY, 9 WChaGra, 10 WDisChaGra, 11 VArAval, 12 Schedule, 99 OTHER

Model 134: Freq-Watt Crv

Name in records: freq_watt.

Curve-Based Frequency-Watt

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	Is curve-based Frequency-Watt control active.
`WinTms`	uint16	Secs	WinTms	Time window for freq-watt change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for freq-watt curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend min. 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Hz1`	uint16	Hz	Hz1	Point 1 Hertz.
`curve[*].W1`	int16	% WRef	W1	Point 1 Watts.
`curve[*].Hz2`	uint16	Hz	Hz2	Point 2 Hertz.
`curve[*].W2`	int16	% WRef	W2	Point 2 Watts.
`curve[*].Hz3`	uint16	Hz	Hz3	Point 3 Hertz.
`curve[*].W3`	int16	% WRef	W3	Point 3 Watts.
`curve[*].Hz4`	uint16	Hz	Hz4	Point 4 Hertz.
`curve[*].W4`	int16	% WRef	W4	Point 4 Watts.
`curve[*].Hz5`	uint16	Hz	Hz5	Point 5 Hertz.
`curve[*].W5`	int16	% WRef	W5	Point 5 Watts.
`curve[*].Hz6`	uint16	Hz	Hz6	Point 6 Hertz.
`curve[*].W6`	int16	% WRef	W6	Point 6 Watts.
`curve[*].Hz7`	uint16	Hz	Hz7	Point 7 Hertz.
`curve[*].W7`	int16	% WRef	W7	Point 7 Watts.
`curve[*].Hz8`	uint16	Hz	Hz8	Point 8 Hertz.
`curve[*].W8`	int16	% WRef	W8	Point 8 Watts.
`curve[*].Hz9`	uint16	Hz	Hz9	Point 9 Hertz.
`curve[*].W9`	int16	% WRef	W9	Point 9 Watts.
`curve[*].Hz10`	uint16	Hz	Hz10	Point 10 Hertz.
`curve[*].W10`	int16	% WRef	W10	Point 10 Watts.
`curve[*].Hz11`	uint16	Hz	Hz11	Point 11 Hertz.
`curve[*].W11`	int16	% WRef	W11	Point 11 Watts.
`curve[*].Hz12`	uint16	Hz	Hz12	Point 12 Hertz.
`curve[*].W12`	int16	% WRef	W12	Point 12 Watts.
`curve[*].Hz13`	uint16	Hz	Hz13	Point 13 Hertz.
`curve[*].W13`	int16	% WRef	W13	Point 13 Watts.
`curve[*].Hz14`	uint16	Hz	Hz14	Point 14 Hertz.
`curve[*].W14`	int16	% WRef	W14	Point 14 Watts.
`curve[*].Hz15`	uint16	Hz	Hz15	Point 15 Hertz.
`curve[*].W15`	int16	% WRef	W15	Point 15 Watts.
`curve[*].Hz16`	uint16	Hz	Hz16	Point 16 Hertz.
`curve[*].W16`	int16	% WRef	W16	Point 16 Watts.
`curve[*].Hz17`	uint16	Hz	Hz17	Point 17 Hertz.
`curve[*].W17`	int16	% WRef	W17	Point 17 Watts.
`curve[*].Hz18`	uint16	Hz	Hz18	Point 18 Hertz.
`curve[*].W18`	int16	% WRef	W18	Point 18 Watts.
`curve[*].Hz19`	uint16	Hz	Hz19	Point 19 Hertz.
`curve[*].W19`	int16	% WRef	W19	Point 19 Watts.
`curve[*].Hz20`	uint16	Hz	Hz20	Point 20 Hertz.
`curve[*].W20`	int16	% WRef	W20	Point 20 Watts.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve. (Max 16 chars)
`curve[*].RmpPT1Tms`	uint16	Secs	RmpPT1Tms	The time of the PT1 in seconds (time to accomplish a change of 95%).
`curve[*].RmpDecTmm`	uint16	% WMax/min	RmpDecTmm	The maximum rate at which the power value may be reduced in response to changes in the frequency value.
`curve[*].RmpIncTmm`	uint16	% WMax/min	RmpIncTmm	The maximum rate at which the power value may be increased in response to changes in the frequency value.
`curve[*].RmpRsUp`	uint16	% WMax/min	RmpRsUp	The maximum rate at which the power may be increased after releasing the frozen value of snap shot function.
`curve[*].SnptW`	bitfield16		SnptW	1=enable snapshot/capture mode
`curve[*].WRef`	uint16	W	WRef	Reference active power (default = WMax).
`curve[*].WRefStrHz`	uint16	Hz	WRefStrHz	Frequency deviation from nominal frequency at the time of the snapshot to start constraining power output.
`curve[*].WRefStopHz`	uint16	Hz	WRefStopHz	Frequency deviation from nominal frequency at which to release the power output.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 135: LFRT

Name in records: lfrt.

Low Frequency Ride-through

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	LHzRT control mode. Enable active curve.
`WinTms`	uint16	Secs	WinTms	Time window for LFRT change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for LFRT curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Tms1`	uint16	Secs	Tms1	Point 1 must disconnect duration.
`curve[*].Hz1`	uint16	Hz	Hz1	Point 1 must disconnect frequency.
`curve[*].Tms2`	uint16	Secs	Tms2	Point 2 must disconnect duration.
`curve[*].Hz2`	uint16	Hz	Hz2	Point 2 must disconnect frequency.
`curve[*].Tms3`	uint16	Secs	Tms3	Point 3 must disconnect duration.
`curve[*].Hz3`	uint16	Hz	Hz3	Point 3 must disconnect frequency.
`curve[*].Tms4`	uint16	Secs	Tms4	Point 4 must disconnect duration.
`curve[*].Hz4`	uint16	Hz	Hz4	Point 4 must disconnect frequency.
`curve[*].Tms5`	uint16	Secs	Tms5	Point 5 must disconnect duration.
`curve[*].Hz5`	uint16	Hz	Hz5	Point 5 must disconnect frequency.
`curve[*].Tms6`	uint16	Secs	Tms6	Point 6 must disconnect duration.
`curve[*].Hz6`	uint16	Hz	Hz6	Point 6 must disconnect frequency.
`curve[*].Tms7`	uint16	Secs	Tms7	Point 7 must disconnect duration.
`curve[*].Hz7`	uint16	Hz	Hz7	Point 7 must disconnect frequency.
`curve[*].Tms8`	uint16	Secs	Tms8	Point 8 must disconnect duration.
`curve[*].Hz8`	uint16	Hz	Hz8	Point 8 must disconnect frequency.
`curve[*].Tms9`	uint16	Secs	Tms9	Point 9 must disconnect duration.
`curve[*].Hz9`	uint16	Hz	Hz9	Point 9 must disconnect frequency.
`curve[*].Tms10`	uint16	Secs	Tms10	Point 10 must disconnect duration.
`curve[*].Hz10`	uint16	Hz	Hz10	Point 10 must disconnect frequency.
`curve[*].Tms11`	uint16	Secs	Tms11	Point 11 must disconnect duration.
`curve[*].Hz11`	uint16	Hz	Hz11	Point 11 must disconnect frequency.
`curve[*].Tms12`	uint16	Secs	Tms12	Point 12 must disconnect duration.
`curve[*].Hz12`	uint16	Hz	Hz12	Point 12 must disconnect frequency.
`curve[*].Tms13`	uint16	Secs	Tms13	Point 13 must disconnect duration.
`curve[*].Hz13`	uint16	Hz	Hz13	Point 13 must disconnect frequency.
`curve[*].Tms14`	uint16	Secs	Tms14	Point 14 must disconnect duration.
`curve[*].Hz14`	uint16	Hz	Hz14	Point 14 must disconnect frequency.
`curve[*].Tms15`	uint16	Secs	Tms15	Point 15 must disconnect duration.
`curve[*].Hz15`	uint16	Hz	Hz15	Point 15 must disconnect frequency.
`curve[*].Tms16`	uint16	Secs	Tms16	Point 16 must disconnect duration.
`curve[*].Hz16`	uint16	Hz	Hz16	Point 16 must disconnect frequency.
`curve[*].Tms17`	uint16	Secs	Tms17	Point 17 must disconnect duration.
`curve[*].Hz17`	uint16	Hz	Hz17	Point 17 must disconnect frequency.
`curve[*].Tms18`	uint16	Secs	Tms18	Point 18 must disconnect duration.
`curve[*].Hz18`	uint16	Hz	Hz18	Point 18 must disconnect frequency.
`curve[*].Tms19`	uint16	Secs	Tms19	Point 19 must disconnect duration.
`curve[*].Hz19`	uint16	Hz	Hz19	Point 19 must disconnect frequency.
`curve[*].Tms20`	uint16	Secs	Tms20	Point 20 must disconnect duration.
`curve[*].Hz20`	uint16	Hz	Hz20	Point 20 must disconnect frequency.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 136: HFRT

Name in records: hfrt.

High Frequency Ride-through

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	HFRT control mode. Enable active curve.
`WinTms`	uint16	Secs	WinTms	Time window for HFRT change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for HFRT curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Tms1`	uint16	Secs	Tms1	Point 1 must disconnect duration.
`curve[*].Hz1`	uint16	Hz	Hz1	Point 1 must disconnect frequency.
`curve[*].Tms2`	uint16	Secs	Tms2	Point 2 must disconnect duration.
`curve[*].Hz2`	uint16	Hz	Hz2	Point 2 must disconnect frequency.
`curve[*].Tms3`	uint16	Secs	Tms3	Point 3 must disconnect duration.
`curve[*].Hz3`	uint16	Hz	Hz3	Point 3 must disconnect frequency.
`curve[*].Tms4`	uint16	Secs	Tms4	Point 4 must disconnect duration.
`curve[*].Hz4`	uint16	Hz	Hz4	Point 4 must disconnect frequency.
`curve[*].Tms5`	uint16	Secs	Tms5	Point 5 must disconnect duration.
`curve[*].Hz5`	uint16	Hz	Hz5	Point 5 must disconnect frequency.
`curve[*].Tms6`	uint16	Secs	Tms6	Point 6 must disconnect duration.
`curve[*].Hz6`	uint16	Hz	Hz6	Point 6 must disconnect frequency.
`curve[*].Tms7`	uint16	Secs	Tms7	Point 7 must disconnect duration.
`curve[*].Hz7`	uint16	Hz	Hz7	Point 7 must disconnect frequency.
`curve[*].Tms8`	uint16	Secs	Tms8	Point 8 must disconnect duration.
`curve[*].Hz8`	uint16	Hz	Hz8	Point 8 must disconnect frequency.
`curve[*].Tms9`	uint16	Secs	Tms9	Point 9 must disconnect duration.
`curve[*].Hz9`	uint16	Hz	Hz9	Point 9 must disconnect frequency.
`curve[*].Tms10`	uint16	Secs	Tms10	Point 10 must disconnect duration.
`curve[*].Hz10`	uint16	Hz	Hz10	Point 10 must disconnect frequency.
`curve[*].Tms11`	uint16	Secs	Tms11	Point 11 must disconnect duration.
`curve[*].Hz11`	uint16	Hz	Hz11	Point 11 must disconnect frequency.
`curve[*].Tms12`	uint16	Secs	Tms12	Point 12 must disconnect duration.
`curve[*].Hz12`	uint16	Hz	Hz12	Point 12 must disconnect frequency.
`curve[*].Tms13`	uint16	Secs	Tms13	Point 13 must disconnect duration.
`curve[*].Hz13`	uint16	Hz	Hz13	Point 13 must disconnect frequency.
`curve[*].Tms14`	uint16	Secs	Tms14	Point 14 must disconnect duration.
`curve[*].Hz14`	uint16	Hz	Hz14	Point 14 must disconnect frequency.
`curve[*].Tms15`	uint16	Secs	Tms15	Point 15 must disconnect duration.
`curve[*].Hz15`	uint16	Hz	Hz15	Point 15 must disconnect frequency.
`curve[*].Tms16`	uint16	Secs	Tms16	Point 16 must disconnect duration.
`curve[*].Hz16`	uint16	Hz	Hz16	Point 16 must disconnect frequency.
`curve[*].Tms17`	uint16	Secs	Tms17	Point 17 must disconnect duration.
`curve[*].Hz17`	uint16	Hz	Hz17	Point 17 must disconnect frequency.
`curve[*].Tms18`	uint16	Secs	Tms18	Point 18 must disconnect duration.
`curve[*].Hz18`	uint16	Hz	Hz18	Point 18 must disconnect frequency.
`curve[*].Tms19`	uint16	Secs	Tms19	Point 19 must disconnect duration.
`curve[*].Hz19`	uint16	Hz	Hz19	Point 19 must disconnect frequency.
`curve[*].Tms20`	uint16	Secs	Tms20	Point 20 must disconnect duration.
`curve[*].Hz20`	uint16	Hz	Hz20	Point 20 must disconnect frequency.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 137: LVRTC

Name in records: lvrtc.

LVRT must remain connected

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	LVRT control mode. Enable active curve.
`WinTms`	uint16	Secs	WinTms	Time window for LVRT change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for LVRT curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Tms1`	uint16	Secs	Tms1	Point 1 must remain connected duration.
`curve[*].V1`	uint16	% VRef	V1	Point 1 must remain connected voltage.
`curve[*].Tms2`	uint16	Secs	Tms2	Point 2 must remain connected duration.
`curve[*].V2`	uint16	% VRef	V2	Point 2 must remain connected voltage.
`curve[*].Tms3`	uint16	Secs	Tms3	Point 3 must remain connected duration.
`curve[*].V3`	uint16	% VRef	V3	Point 3 must remain connected voltage.
`curve[*].Tms4`	uint16	Secs	Tms4	Point 4 must remain connected duration.
`curve[*].V4`	uint16	% VRef	V4	Point 4 must remain connected voltage.
`curve[*].Tms5`	uint16	Secs	Tms5	Point 5 must remain connected duration.
`curve[*].V5`	uint16	% VRef	V5	Point 5 must remain connected voltage.
`curve[*].Tms6`	uint16	Secs	Tms6	Point 6 must remain connected duration.
`curve[*].V6`	uint16	% VRef	V6	Point 6 must remain connected voltage.
`curve[*].Tms7`	uint16	Secs	Tms7	Point 7 must remain connected duration.
`curve[*].V7`	uint16	% VRef	V7	Point 7 must remain connected voltage.
`curve[*].Tms8`	uint16	Secs	Tms8	Point 8 must remain connected duration.
`curve[*].V8`	uint16	% VRef	V8	Point 8 must remain connected voltage.
`curve[*].Tms9`	uint16	Secs	Tms9	Point 9 must remain connected duration.
`curve[*].V9`	uint16	% VRef	V9	Point 9 must remain connected voltage.
`curve[*].Tms10`	uint16	Secs	Tms10	Point 10 must remain connected duration.
`curve[*].V10`	uint16	% VRef	V10	Point 10 must remain connected voltage.
`curve[*].Tms11`	uint16	Secs	Tms11	Point 11 must remain connected duration.
`curve[*].V11`	uint16	% VRef	V11	Point 11 must remain connected voltage.
`curve[*].Tms12`	uint16	Secs	Tms12	Point 12 must remain connected duration.
`curve[*].V12`	uint16	% VRef	V12	Point 12 must remain connected voltage.
`curve[*].Tms13`	uint16	Secs	Tms13	Point 13 must remain connected duration.
`curve[*].V13`	uint16	% VRef	V13	Point 13 must remain connected voltage.
`curve[*].Tms14`	uint16	Secs	Tms14	Point 14 must remain connected duration.
`curve[*].V14`	uint16	% VRef	V14	Point 14 must remain connected voltage.
`curve[*].Tms15`	uint16	Secs	Tms15	Point 15 must remain connected duration.
`curve[*].V15`	uint16	% VRef	V15	Point 15 must remain connected voltage.
`curve[*].Tms16`	uint16	Secs	Tms16	Point 16 must remain connected duration.
`curve[*].V16`	uint16	% VRef	V16	Point 16 must remain connected voltage.
`curve[*].Tms17`	uint16	Secs	Tms17	Point 17 must remain connected duration.
`curve[*].V17`	uint16	% VRef	V17	Point 17 must remain connected voltage.
`curve[*].Tms18`	uint16	Secs	Tms18	Point 18 must remain connected duration.
`curve[*].V18`	uint16	% VRef	V18	Point 18 must remain connected voltage.
`curve[*].Tms19`	uint16	Secs	Tms19	Point 19 must remain connected duration.
`curve[*].V19`	uint16	% VRef	V19	Point 19 must remain connected voltage.
`curve[*].Tms20`	uint16	Secs	Tms20	Point 20 must remain connected duration.
`curve[*].V20`	uint16	% VRef	V20	Point 20 must remain connected voltage.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 138: HVRTC

Name in records: hvrtc.

HVRT must remain connected

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	HVRT control mode. Enable active curve.
`WinTms`	uint16	Secs	WinTms	Time window for HVRT change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for HVRT curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Tms1`	uint16	Secs	Tms1	Point 1 must remain connected duration.
`curve[*].V1`	uint16	% VRef	V1	Point 1 must remain connected voltage.
`curve[*].Tms2`	uint16	Secs	Tms2	Point 2 must remain connected duration.
`curve[*].V2`	uint16	% VRef	V2	Point 2 must remain connected voltage.
`curve[*].Tms3`	uint16	Secs	Tms3	Point 3 must remain connected duration.
`curve[*].V3`	uint16	% VRef	V3	Point 3 must remain connected voltage.
`curve[*].Tms4`	uint16	Secs	Tms4	Point 4 must remain connected duration.
`curve[*].V4`	uint16	% VRef	V4	Point 4 must remain connected voltage.
`curve[*].Tms5`	uint16	Secs	Tms5	Point 5 must remain connected duration.
`curve[*].V5`	uint16	% VRef	V5	Point 5 must remain connected voltage.
`curve[*].Tms6`	uint16	Secs	Tms6	Point 6 must remain connected duration.
`curve[*].V6`	uint16	% VRef	V6	Point 6 must remain connected voltage.
`curve[*].Tms7`	uint16	Secs	Tms7	Point 7 must remain connected duration.
`curve[*].V7`	uint16	% VRef	V7	Point 7 must remain connected voltage.
`curve[*].Tms8`	uint16	Secs	Tms8	Point 8 must remain connected duration.
`curve[*].V8`	uint16	% VRef	V8	Point 8 must remain connected voltage.
`curve[*].Tms9`	uint16	Secs	Tms9	Point 9 must remain connected duration.
`curve[*].V9`	uint16	% VRef	V9	Point 9 must remain connected voltage.
`curve[*].Tms10`	uint16	Secs	Tms10	Point 10 must remain connected duration.
`curve[*].V10`	uint16	% VRef	V10	Point 10 must remain connected voltage.
`curve[*].Tms11`	uint16	Secs	Tms11	Point 11 must remain connected duration.
`curve[*].V11`	uint16	% VRef	V11	Point 11 must remain connected voltage.
`curve[*].Tms12`	uint16	Secs	Tms12	Point 12 must remain connected duration.
`curve[*].V12`	uint16	% VRef	V12	Point 12 must remain connected voltage.
`curve[*].Tms13`	uint16	Secs	Tms13	Point 13 must remain connected duration.
`curve[*].V13`	uint16	% VRef	V13	Point 13 must remain connected voltage.
`curve[*].Tms14`	uint16	Secs	Tms14	Point 14 must remain connected duration.
`curve[*].V14`	uint16	% VRef	V14	Point 14 must remain connected voltage.
`curve[*].Tms15`	uint16	Secs	Tms15	Point 15 must remain connected duration.
`curve[*].V15`	uint16	% VRef	V15	Point 15 must remain connected voltage.
`curve[*].Tms16`	uint16	Secs	Tms16	Point 16 must remain connected duration.
`curve[*].V16`	uint16	% VRef	V16	Point 16 must remain connected voltage.
`curve[*].Tms17`	uint16	Secs	Tms17	Point 17 must remain connected duration.
`curve[*].V17`	uint16	% VRef	V17	Point 17 must remain connected voltage.
`curve[*].Tms18`	uint16	Secs	Tms18	Point 18 must remain connected duration.
`curve[*].V18`	uint16	% VRef	V18	Point 18 must remain connected voltage.
`curve[*].Tms19`	uint16	Secs	Tms19	Point 19 must remain connected duration.
`curve[*].V19`	uint16	% VRef	V19	Point 19 must remain connected voltage.
`curve[*].Tms20`	uint16	Secs	Tms20	Point 20 must remain connected duration.
`curve[*].V20`	uint16	% VRef	V20	Point 20 must remain connected voltage.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 139: LVRTX

Name in records: lvrtx.

LVRT extended curve

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	LVRT control mode. Enable active curve.
`WinTms`	uint16	Secs	WinTms	Time window for LVRT change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for LVRT curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`CrvType`	enum16
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Tms1`	uint16	Secs	Tms1	Point 1 duration.
`curve[*].V1`	uint16	% VRef	V1	Point 1 voltage.
`curve[*].Tms2`	uint16	Secs	Tms2	Point 2 duration.
`curve[*].V2`	uint16	% VRef	V2	Point 2 voltage.
`curve[*].Tms3`	uint16	Secs	Tms3	Point 3 duration.
`curve[*].V3`	uint16	% VRef	V3	Point 3 voltage.
`curve[*].Tms4`	uint16	Secs	Tms4	Point 4 duration.
`curve[*].V4`	uint16	% VRef	V4	Point 4 voltage.
`curve[*].Tms5`	uint16	Secs	Tms5	Point 5 duration.
`curve[*].V5`	uint16	% VRef	V5	Point 5 voltage.
`curve[*].Tms6`	uint16	Secs	Tms6	Point 6 duration.
`curve[*].V6`	uint16	% VRef	V6	Point 6 voltage.
`curve[*].Tms7`	uint16	Secs	Tms7	Point 7 duration.
`curve[*].V7`	uint16	% VRef	V7	Point 7 voltage.
`curve[*].Tms8`	uint16	Secs	Tms8	Point 8 duration.
`curve[*].V8`	uint16	% VRef	V8	Point 8 voltage.
`curve[*].Tms9`	uint16	Secs	Tms9	Point 9 duration.
`curve[*].V9`	uint16	% VRef	V9	Point 9 voltage.
`curve[*].Tms10`	uint16	Secs	Tms10	Point 10 duration.
`curve[*].V10`	uint16	% VRef	V10	Point 10 voltage.
`curve[*].Tms11`	uint16	Secs	Tms11	Point 11 duration.
`curve[*].V11`	uint16	% VRef	V11	Point 11 voltage.
`curve[*].Tms12`	uint16	Secs	Tms12	Point 12 duration.
`curve[*].V12`	uint16	% VRef	V12	Point 12 voltage.
`curve[*].Tms13`	uint16	Secs	Tms13	Point 13 duration.
`curve[*].V13`	uint16	% VRef	V13	Point 13 voltage.
`curve[*].Tms14`	uint16	Secs	Tms14	Point 14 duration.
`curve[*].V14`	uint16	% VRef	V14	Point 14 voltage.
`curve[*].Tms15`	uint16	Secs	Tms15	Point 15 duration.
`curve[*].V15`	uint16	% VRef	V15	Point 15 voltage.
`curve[*].Tms16`	uint16	Secs	Tms16	Point 16 duration.
`curve[*].V16`	uint16	% VRef	V16	Point 16 voltage.
`curve[*].Tms17`	uint16	Secs	Tms17	Point 17 duration.
`curve[*].V17`	uint16	% VRef	V17	Point 17 voltage.
`curve[*].Tms18`	uint16	Secs	Tms18	Point 18 duration.
`curve[*].V18`	uint16	% VRef	V18	Point 18 voltage.
`curve[*].Tms19`	uint16	Secs	Tms19	Point 19 duration.
`curve[*].V19`	uint16	% VRef	V19	Point 19 voltage.
`curve[*].Tms20`	uint16	Secs	Tms20	Point 20 duration.
`curve[*].V20`	uint16	% VRef	V20	Point 20 voltage.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
CrvType (enum16): 1 CEASE_TO_ENERGIZE
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 140: HVRTX

Name in records: hvrtx.

HVRT extended curve

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	LVRT control mode. Enable active curve.
`WinTms`	uint16	Secs	WinTms	Time window for LVRT change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for LVRT curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`CrvType`	enum16
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Tms1`	uint16	Secs	Tms1	Point 1 duration.
`curve[*].V1`	uint16	% VRef	V1	Point 1 voltage.
`curve[*].Tms2`	uint16	Secs	Tms2	Point 2 duration.
`curve[*].V2`	uint16	% VRef	V2	Point 2 voltage.
`curve[*].Tms3`	uint16	Secs	Tms3	Point 3 duration.
`curve[*].V3`	uint16	% VRef	V3	Point 3 voltage.
`curve[*].Tms4`	uint16	Secs	Tms4	Point 4 duration.
`curve[*].V4`	uint16	% VRef	V4	Point 4 voltage.
`curve[*].Tms5`	uint16	Secs	Tms5	Point 5 duration.
`curve[*].V5`	uint16	% VRef	V5	Point 5 voltage.
`curve[*].Tms6`	uint16	Secs	Tms6	Point 6 duration.
`curve[*].V6`	uint16	% VRef	V6	Point 6 voltage.
`curve[*].Tms7`	uint16	Secs	Tms7	Point 7 duration.
`curve[*].V7`	uint16	% VRef	V7	Point 7 voltage.
`curve[*].Tms8`	uint16	Secs	Tms8	Point 8 duration.
`curve[*].V8`	uint16	% VRef	V8	Point 8 voltage.
`curve[*].Tms9`	uint16	Secs	Tms9	Point 9 duration.
`curve[*].V9`	uint16	% VRef	V9	Point 9 voltage.
`curve[*].Tms10`	uint16	Secs	Tms10	Point 10 duration.
`curve[*].V10`	uint16	% VRef	V10	Point 10 voltage.
`curve[*].Tms11`	uint16	Secs	Tms11	Point 11 duration.
`curve[*].V11`	uint16	% VRef	V11	Point 11 voltage.
`curve[*].Tms12`	uint16	Secs	Tms12	Point 12 duration.
`curve[*].V12`	uint16	% VRef	V12	Point 12 voltage.
`curve[*].Tms13`	uint16	Secs	Tms13	Point 13 duration.
`curve[*].V13`	uint16	% VRef	V13	Point 13 voltage.
`curve[*].Tms14`	uint16	Secs	Tms14	Point 14 duration.
`curve[*].V14`	uint16	% VRef	V14	Point 14 voltage.
`curve[*].Tms15`	uint16	Secs	Tms15	Point 15 duration.
`curve[*].V15`	uint16	% VRef	V15	Point 15 voltage.
`curve[*].Tms16`	uint16	Secs	Tms16	Point 16 duration.
`curve[*].V16`	uint16	% VRef	V16	Point 16 voltage.
`curve[*].Tms17`	uint16	Secs	Tms17	Point 17 duration.
`curve[*].V17`	uint16	% VRef	V17	Point 17 voltage.
`curve[*].Tms18`	uint16	Secs	Tms18	Point 18 duration.
`curve[*].V18`	uint16	% VRef	V18	Point 18 voltage.
`curve[*].Tms19`	uint16	Secs	Tms19	Point 19 duration.
`curve[*].V19`	uint16	% VRef	V19	Point 19 voltage.
`curve[*].Tms20`	uint16	Secs	Tms20	Point 20 duration.
`curve[*].V20`	uint16	% VRef	V20	Point 20 voltage.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
CrvType (enum16): 1 CEASE_TO_ENERGIZE
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 141: LFRTC

Name in records: lfrtc.

LFRT must remain connected

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	LHzRT control mode. Enable active curve.
`WinTms`	uint16	Secs	WinTms	Time window for LFRT change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for LFRT curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Tms1`	uint16	Secs	Tms1	Point 1 must remain connected duration.
`curve[*].Hz1`	uint16	Hz	Hz1	Point 1 must remain connected frequency.
`curve[*].Tms2`	uint16	Secs	Tms2	Point 2 must remain connected duration.
`curve[*].Hz2`	uint16	Hz	Hz2	Point 2 must remain connected frequency.
`curve[*].Tms3`	uint16	Secs	Tms3	Point 3 must remain connected duration.
`curve[*].Hz3`	uint16	Hz	Hz3	Point 3 must remain connected frequency.
`curve[*].Tms4`	uint16	Secs	Tms4	Point 4 must remain connected duration.
`curve[*].Hz4`	uint16	Hz	Hz4	Point 4 must remain connected frequency.
`curve[*].Tms5`	uint16	Secs	Tms5	Point 5 must remain connected duration.
`curve[*].Hz5`	uint16	Hz	Hz5	Point 5 must remain connected frequency.
`curve[*].Tms6`	uint16	Secs	Tms6	Point 6 must remain connected duration.
`curve[*].Hz6`	uint16	Hz	Hz6	Point 6 must remain connected frequency.
`curve[*].Tms7`	uint16	Secs	Tms7	Point 7 must remain connected duration.
`curve[*].Hz7`	uint16	Hz	Hz7	Point 7 must remain connected frequency.
`curve[*].Tms8`	uint16	Secs	Tms8	Point 8 must remain connected duration.
`curve[*].Hz8`	uint16	Hz	Hz8	Point 8 must remain connected frequency.
`curve[*].Tms9`	uint16	Secs	Tms9	Point 9 must remain connected duration.
`curve[*].Hz9`	uint16	Hz	Hz9	Point 9 must remain connected frequency.
`curve[*].Tms10`	uint16	Secs	Tms10	Point 10 must remain connected duration.
`curve[*].Hz10`	uint16	Hz	Hz10	Point 10 must remain connected frequency.
`curve[*].Tms11`	uint16	Secs	Tms11	Point 11 must remain connected duration.
`curve[*].Hz11`	uint16	Hz	Hz11	Point 11 must remain connected frequency.
`curve[*].Tms12`	uint16	Secs	Tms12	Point 12 must remain connected duration.
`curve[*].Hz12`	uint16	Hz	Hz12	Point 12 must remain connected frequency.
`curve[*].Tms13`	uint16	Secs	Tms13	Point 13 must remain connected duration.
`curve[*].Hz13`	uint16	Hz	Hz13	Point 13 must remain connected frequency.
`curve[*].Tms14`	uint16	Secs	Tms14	Point 14 must remain connected duration.
`curve[*].Hz14`	uint16	Hz	Hz14	Point 14 must remain connected frequency.
`curve[*].Tms15`	uint16	Secs	Tms15	Point 15 must remain connected duration.
`curve[*].Hz15`	uint16	Hz	Hz15	Point 15 must remain connected frequency.
`curve[*].Tms16`	uint16	Secs	Tms16	Point 16 must remain connected duration.
`curve[*].Hz16`	uint16	Hz	Hz16	Point 16 must remain connected frequency.
`curve[*].Tms17`	uint16	Secs	Tms17	Point 17 must remain connected duration.
`curve[*].Hz17`	uint16	Hz	Hz17	Point 17 must remain connected frequency.
`curve[*].Tms18`	uint16	Secs	Tms18	Point 18 must remain connected duration.
`curve[*].Hz18`	uint16	Hz	Hz18	Point 18 must remain connected frequency.
`curve[*].Tms19`	uint16	Secs	Tms19	Point 19 must remain connected duration.
`curve[*].Hz19`	uint16	Hz	Hz19	Point 19 must remain connected frequency.
`curve[*].Tms20`	uint16	Secs	Tms20	Point 20 must remain connected duration.
`curve[*].Hz20`	uint16	Hz	Hz20	Point 20 must remain connected frequency.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 142: HFRTC

Name in records: hfrtc.

HFRT must remain connected

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	LHzRT control mode. Enable active curve.
`WinTms`	uint16	Secs	WinTms	Time window for LFRT change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for LFRT curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Tms1`	uint16	Secs	Tms1	Point 1 must remain connected duration.
`curve[*].Hz1`	uint16	Hz	Hz1	Point 1 must remain connected frequency.
`curve[*].Tms2`	uint16	Secs	Tms2	Point 2 must remain connected duration.
`curve[*].Hz2`	uint16	Hz	Hz2	Point 2 must remain connected frequency.
`curve[*].Tms3`	uint16	Secs	Tms3	Point 3 must remain connected duration.
`curve[*].Hz3`	uint16	Hz	Hz3	Point 3 must remain connected frequency.
`curve[*].Tms4`	uint16	Secs	Tms4	Point 4 must remain connected duration.
`curve[*].Hz4`	uint16	Hz	Hz4	Point 4 must remain connected frequency.
`curve[*].Tms5`	uint16	Secs	Tms5	Point 5 must remain connected duration.
`curve[*].Hz5`	uint16	Hz	Hz5	Point 5 must remain connected frequency.
`curve[*].Tms6`	uint16	Secs	Tms6	Point 6 must remain connected duration.
`curve[*].Hz6`	uint16	Hz	Hz6	Point 6 must remain connected frequency.
`curve[*].Tms7`	uint16	Secs	Tms7	Point 7 must remain connected duration.
`curve[*].Hz7`	uint16	Hz	Hz7	Point 7 must remain connected frequency.
`curve[*].Tms8`	uint16	Secs	Tms8	Point 8 must remain connected duration.
`curve[*].Hz8`	uint16	Hz	Hz8	Point 8 must remain connected frequency.
`curve[*].Tms9`	uint16	Secs	Tms9	Point 9 must remain connected duration.
`curve[*].Hz9`	uint16	Hz	Hz9	Point 9 must remain connected frequency.
`curve[*].Tms10`	uint16	Secs	Tms10	Point 10 must remain connected duration.
`curve[*].Hz10`	uint16	Hz	Hz10	Point 10 must remain connected frequency.
`curve[*].Tms11`	uint16	Secs	Tms11	Point 11 must remain connected duration.
`curve[*].Hz11`	uint16	Hz	Hz11	Point 11 must remain connected frequency.
`curve[*].Tms12`	uint16	Secs	Tms12	Point 12 must remain connected duration.
`curve[*].Hz12`	uint16	Hz	Hz12	Point 12 must remain connected frequency.
`curve[*].Tms13`	uint16	Secs	Tms13	Point 13 must remain connected duration.
`curve[*].Hz13`	uint16	Hz	Hz13	Point 13 must remain connected frequency.
`curve[*].Tms14`	uint16	Secs	Tms14	Point 14 must remain connected duration.
`curve[*].Hz14`	uint16	Hz	Hz14	Point 14 must remain connected frequency.
`curve[*].Tms15`	uint16	Secs	Tms15	Point 15 must remain connected duration.
`curve[*].Hz15`	uint16	Hz	Hz15	Point 15 must remain connected frequency.
`curve[*].Tms16`	uint16	Secs	Tms16	Point 16 must remain connected duration.
`curve[*].Hz16`	uint16	Hz	Hz16	Point 16 must remain connected frequency.
`curve[*].Tms17`	uint16	Secs	Tms17	Point 17 must remain connected duration.
`curve[*].Hz17`	uint16	Hz	Hz17	Point 17 must remain connected frequency.
`curve[*].Tms18`	uint16	Secs	Tms18	Point 18 must remain connected duration.
`curve[*].Hz18`	uint16	Hz	Hz18	Point 18 must remain connected frequency.
`curve[*].Tms19`	uint16	Secs	Tms19	Point 19 must remain connected duration.
`curve[*].Hz19`	uint16	Hz	Hz19	Point 19 must remain connected frequency.
`curve[*].Tms20`	uint16	Secs	Tms20	Point 20 must remain connected duration.
`curve[*].Hz20`	uint16	Hz	Hz20	Point 20 must remain connected frequency.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 143: LFRTX

Name in records: lfrtx.

LFRT extended curve

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	LHzRT control mode. Enable active curve.
`WinTms`	uint16	Secs	WinTms	Time window for LFRT change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for LFRT curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`CrvType`	enum16
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Tms1`	uint16	Secs	Tms1	Point 1 duration.
`curve[*].Hz1`	uint16	Hz	Hz1	Point 1 frequency.
`curve[*].Tms2`	uint16	Secs	Tms2	Point 2 duration.
`curve[*].Hz2`	uint16	Hz	Hz2	Point 2 frequency.
`curve[*].Tms3`	uint16	Secs	Tms3	Point 3 duration.
`curve[*].Hz3`	uint16	Hz	Hz3	Point 3 frequency.
`curve[*].Tms4`	uint16	Secs	Tms4	Point 4 duration.
`curve[*].Hz4`	uint16	Hz	Hz4	Point 4 frequency.
`curve[*].Tms5`	uint16	Secs	Tms5	Point 5 duration.
`curve[*].Hz5`	uint16	Hz	Hz5	Point 5 frequency.
`curve[*].Tms6`	uint16	Secs	Tms6	Point 6 duration.
`curve[*].Hz6`	uint16	Hz	Hz6	Point 6 frequency.
`curve[*].Tms7`	uint16	Secs	Tms7	Point 7 duration.
`curve[*].Hz7`	uint16	Hz	Hz7	Point 7 frequency.
`curve[*].Tms8`	uint16	Secs	Tms8	Point 8 duration.
`curve[*].Hz8`	uint16	Hz	Hz8	Point 8 frequency.
`curve[*].Tms9`	uint16	Secs	Tms9	Point 9 duration.
`curve[*].Hz9`	uint16	Hz	Hz9	Point 9 frequency.
`curve[*].Tms10`	uint16	Secs	Tms10	Point 10 duration.
`curve[*].Hz10`	uint16	Hz	Hz10	Point 10 frequency.
`curve[*].Tms11`	uint16	Secs	Tms11	Point 11 duration.
`curve[*].Hz11`	uint16	Hz	Hz11	Point 11 frequency.
`curve[*].Tms12`	uint16	Secs	Tms12	Point 12 duration.
`curve[*].Hz12`	uint16	Hz	Hz12	Point 12 frequency.
`curve[*].Tms13`	uint16	Secs	Tms13	Point 13 duration.
`curve[*].Hz13`	uint16	Hz	Hz13	Point 13 frequency.
`curve[*].Tms14`	uint16	Secs	Tms14	Point 14 duration.
`curve[*].Hz14`	uint16	Hz	Hz14	Point 14 frequency.
`curve[*].Tms15`	uint16	Secs	Tms15	Point 15 duration.
`curve[*].Hz15`	uint16	Hz	Hz15	Point 15 frequency.
`curve[*].Tms16`	uint16	Secs	Tms16	Point 16 duration.
`curve[*].Hz16`	uint16	Hz	Hz16	Point 16 frequency.
`curve[*].Tms17`	uint16	Secs	Tms17	Point 17 duration.
`curve[*].Hz17`	uint16	Hz	Hz17	Point 17 frequency.
`curve[*].Tms18`	uint16	Secs	Tms18	Point 18 duration.
`curve[*].Hz18`	uint16	Hz	Hz18	Point 18 frequency.
`curve[*].Tms19`	uint16	Secs	Tms19	Point 19 duration.
`curve[*].Hz19`	uint16	Hz	Hz19	Point 19 frequency.
`curve[*].Tms20`	uint16	Secs	Tms20	Point 20 duration.
`curve[*].Hz20`	uint16	Hz	Hz20	Point 20 frequency.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
CrvType (enum16): 1 CEASE_TO_ENERGIZE
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 144: HFRTX

Name in records: hfrtx.

HFRT extended curve

Point	Type	Units	Label	Description
`ActCrv`	uint16		ActCrv	Index of active curve. 0=no active curve.
`ModEna`	bitfield16		ModEna	LHzRT control mode. Enable active curve.
`WinTms`	uint16	Secs	WinTms	Time window for LFRT change.
`RvrtTms`	uint16	Secs	RvrtTms	Timeout period for LFRT curve selection.
`RmpTms`	uint16	Secs	RmpTms	Ramp time for moving from current mode to new mode.
`NCrv`	uint16		NCrv	Number of curves supported (recommend 4).
`NPt`	uint16		NPt	Number of curve points supported (maximum of 20).
`CrvType`	enum16
`curve[*].ActPt`	uint16		ActPt	Number of active points in array.
`curve[*].Tms1`	uint16	Secs	Tms1	Point 1 duration.
`curve[*].Hz1`	uint16	Hz	Hz1	Point 1 frequency.
`curve[*].Tms2`	uint16	Secs	Tms2	Point 2 duration.
`curve[*].Hz2`	uint16	Hz	Hz2	Point 2 frequency.
`curve[*].Tms3`	uint16	Secs	Tms3	Point 3 duration.
`curve[*].Hz3`	uint16	Hz	Hz3	Point 3 frequency.
`curve[*].Tms4`	uint16	Secs	Tms4	Point 4 duration.
`curve[*].Hz4`	uint16	Hz	Hz4	Point 4 frequency.
`curve[*].Tms5`	uint16	Secs	Tms5	Point 5 duration.
`curve[*].Hz5`	uint16	Hz	Hz5	Point 5 frequency.
`curve[*].Tms6`	uint16	Secs	Tms6	Point 6 duration.
`curve[*].Hz6`	uint16	Hz	Hz6	Point 6 frequency.
`curve[*].Tms7`	uint16	Secs	Tms7	Point 7 duration.
`curve[*].Hz7`	uint16	Hz	Hz7	Point 7 frequency.
`curve[*].Tms8`	uint16	Secs	Tms8	Point 8 duration.
`curve[*].Hz8`	uint16	Hz	Hz8	Point 8 frequency.
`curve[*].Tms9`	uint16	Secs	Tms9	Point 9 duration.
`curve[*].Hz9`	uint16	Hz	Hz9	Point 9 frequency.
`curve[*].Tms10`	uint16	Secs	Tms10	Point 10 duration.
`curve[*].Hz10`	uint16	Hz	Hz10	Point 10 frequency.
`curve[*].Tms11`	uint16	Secs	Tms11	Point 11 duration.
`curve[*].Hz11`	uint16	Hz	Hz11	Point 11 frequency.
`curve[*].Tms12`	uint16	Secs	Tms12	Point 12 duration.
`curve[*].Hz12`	uint16	Hz	Hz12	Point 12 frequency.
`curve[*].Tms13`	uint16	Secs	Tms13	Point 13 duration.
`curve[*].Hz13`	uint16	Hz	Hz13	Point 13 frequency.
`curve[*].Tms14`	uint16	Secs	Tms14	Point 14 duration.
`curve[*].Hz14`	uint16	Hz	Hz14	Point 14 frequency.
`curve[*].Tms15`	uint16	Secs	Tms15	Point 15 duration.
`curve[*].Hz15`	uint16	Hz	Hz15	Point 15 frequency.
`curve[*].Tms16`	uint16	Secs	Tms16	Point 16 duration.
`curve[*].Hz16`	uint16	Hz	Hz16	Point 16 frequency.
`curve[*].Tms17`	uint16	Secs	Tms17	Point 17 duration.
`curve[*].Hz17`	uint16	Hz	Hz17	Point 17 frequency.
`curve[*].Tms18`	uint16	Secs	Tms18	Point 18 duration.
`curve[*].Hz18`	uint16	Hz	Hz18	Point 18 frequency.
`curve[*].Tms19`	uint16	Secs	Tms19	Point 19 duration.
`curve[*].Hz19`	uint16	Hz	Hz19	Point 19 frequency.
`curve[*].Tms20`	uint16	Secs	Tms20	Point 20 duration.
`curve[*].Hz20`	uint16	Hz	Hz20	Point 20 frequency.
`curve[*].CrvNam`	string		CrvNam	Optional description for curve.
`curve[*].ReadOnly`	enum16		ReadOnly	Curve is read-only or can be modified.

Value names:

ModEna (bitfield16): bit 0 ENABLED
CrvType (enum16): 1 CEASE_TO_ENERGIZE
curve[*].ReadOnly (enum16): 0 READWRITE, 1 READONLY

Model 145: Extended Settings

Name in records: ext_settings.

Inverter controls extended settings

Point	Type	Units	Label	Description
`NomRmpUpRte`	uint16	Pct	Ramp Up Rate	Ramp up rate as a percentage of max current.
`NomRmpDnRte`	uint16	Pct	NomRmpDnRte	Ramp down rate as a percentage of max current.
`EmgRmpUpRte`	uint16	Pct	Emergency Ramp Up Rate	Emergency ramp up rate as a percentage of max current.
`EmgRmpDnRte`	uint16	Pct	Emergency Ramp Down Rate	Emergency ramp down rate as a percentage of max current.
`ConnRmpUpRte`	uint16	Pct	Connect Ramp Up Rate	Connect ramp up rate as a percentage of max current.
`ConnRmpDnRte`	uint16	Pct	Connect Ramp Down Rate	Connect ramp down rate as a percentage of max current.
`AGra`	uint16	Pct	Default Ramp Rate	Ramp rate specified in percent of max current.

Model 160: Multiple MPPT Inverter Extension Model

Name in records: mppt.

Point	Type	Units	Label
`Evt`	bitfield32		Global Events
`N`	count		Number of Modules
`TmsPer`	uint16		Timestamp Period
`module[*].ID`	uint16		Input ID
`module[*].IDStr`	string		Input ID String
`module[*].DCA`	uint16	A	DC Current
`module[*].DCV`	uint16	V	DC Voltage
`module[*].DCW`	uint16	W	DC Power
`module[*].DCWH`	acc32	Wh	Lifetime Energy
`module[*].Tms`	uint32	Secs	Timestamp
`module[*].Tmp`	int16	C	Temperature
`module[*].DCSt`	enum16		Operating State
`module[*].DCEvt`	bitfield32		Module Events

Value names:

Evt (bitfield32): bit 0 GROUND_FAULT, bit 1 INPUT_OVER_VOLTAGE, bit 2 RESERVED_2, bit 3 DC_DISCONNECT, bit 4 RESERVED_4, bit 5 CABINET_OPEN, bit 6 MANUAL_SHUTDOWN, bit 7 OVER_TEMP, bit 8 RESERVED_8, bit 9 RESERVED_9, bit 10 RESERVED_10, bit 11 RESERVED_11, bit 12 BLOWN_FUSE, bit 13 UNDER_TEMP, bit 14 MEMORY_LOSS, bit 15 ARC_DETECTION, bit 16 RESERVED_16, bit 17 RESERVED_17, bit 18 RESERVED_18, bit 19 RESERVED_19, bit 20 TEST_FAILED, bit 21 INPUT_UNDER_VOLTAGE, bit 22 INPUT_OVER_CURRENT
module[*].DCSt (enum16): 1 OFF, 2 SLEEPING, 3 STARTING, 4 MPPT, 5 THROTTLED, 6 SHUTTING_DOWN, 7 FAULT, 8 STANDBY, 9 TEST, 10 RESERVED_10
module[*].DCEvt (bitfield32): bit 0 GROUND_FAULT, bit 1 INPUT_OVER_VOLTAGE, bit 2 RESERVED_2, bit 3 DC_DISCONNECT, bit 4 RESERVED_4, bit 5 CABINET_OPEN, bit 6 MANUAL_SHUTDOWN, bit 7 OVER_TEMP, bit 8 RESERVED_8, bit 9 RESERVED_9, bit 10 RESERVED_10, bit 11 RESERVED_11, bit 12 BLOWN_FUSE, bit 13 UNDER_TEMP, bit 14 MEMORY_LOSS, bit 15 ARC_DETECTION, bit 16 RESERVED_16, bit 17 RESERVED_17, bit 18 RESERVED_18, bit 19 RESERVED_19, bit 20 TEST_FAILED, bit 21 INPUT_UNDER_VOLTAGE, bit 22 INPUT_OVER_CURRENT

Rusty SunSpec Collector