Accuenergy - AcuRev 1310 Modbus Map

System Parameter Settings

System Settings: 03H Read, 10H Write
Address(H)Address(D)ParameterRangeDefaultData TypeAccess Property
200H512Meter Address1-2471WordR/W
201H513RS485 Baud Rate1200-3840019200WordR/W
202H514RS485 Parity Setting0: Even 
1: Odd
2: Non2
3: Non1
3WordR/W
203H515Energy Pulse Output Type0: Active Energy
1: Reactive Energy
0WordR/W
204H516Demand Calculation Method

0: Sliding Window 
1: Fixed Window
2: Rolling Window
3: Thermal

0WordR/W
205H517Demand Calculation Period1-30 minutes15WordR/W
206H518Demand Calculation Slipping Time1-30 minutes 1WordR/W
207H519Reactive Power Calculation Method0: True
1: General
0WordR/W
208H520VAR/PF Convention0: IEC
1: IEEE
0WordR/W
209H521Sealed Parameters SelectionBit0: TOU is sealed or not
Bit1: Communication
Bit2: Run-time and Load-time
Bit3-Bit5: 0
1: Valid
0: Invalid
0WordR/W
20AH522Communication Revise Operation Authority0x02: Meter Reset, Event Reset, write Energy Data
0x04: write Data(except Energy Data), Demand Peak reset
NOTE:Register Revise requires correct password, otherwise invalid
0Word

R/W

20BH523Password0000-9999
NOTE: Used for revise Communication Operation Authority
0WordW
20CH524New Password0000-9999
NOTE: To get new password the current password is required, otherwise incorrect current password is invalid

WordW
20DH525Meter Data ResetBit0: Reset Demand Record
Bit1: Reset Event Record
Bit2: Reset System Event Record
Bit3: Reset Meter Opening Record
Bit4: Reset Demand Event
Bit5: Reset Alarm Event 
Bit6: Reset Meter Operation Time
Bit7: Reset Time of Meter Operation with Load
Bit8: Reset Meter Record (Reset energy, record, demand peak and happening time record, system event record, etc)
0: Reset
1: No Reset
NOTE:reset not valid without Communication Revise Operation Authority

WordW
20EH526Optional Display Symbol 1



20FH527Optional Display Symbol 2



210H528Parameter Measurement Side0: Primary Side
1: Secondary Side
0WordR/W
211H529Wiring Mode0: 3LN
1: 2LL
2: 1LL
3: 1LN
0WordR/W
212H530CT2 1: 1A
5: 5A
100: RCT
200: 333mV

WordR/W
213H531CT11-50000/5-500005WordR/W
214H532CTN Value1-50000/5-500005WordR/W
215H533PT2 50.0-400.0 220.0WordR/W
216H-217H534-535PT150.0-999999.9220.0WordR/W
218H536Energy Pulse Constant1-600005000WordR/W
219H537Energy Pulse Width20-100ms100WordR/W
21AH538Energy Display Decimal0-32WordR/W
21BH539Relay Operating Mode0: Relay Control
1: Alarm Output
1WordR/W

Confirm system parameter settings

 


 

Clock Settings

Clock Parameter: 03H Read, 10H Write
Address (H)Address (D)Parameter DescriptionRangeDefaultData TypeAccess Property
300H768Clock: year2000-20992000WordR/W
301H769Clock: month1-121WordR/W
302H770Clock: date1-311WordR/W
303H771Clock: hour0-230WordR/W
304H772Clock: minute0-590WordR/W
305H773Clock: second0-590WordR/W
306H774Week0-6
0: Sunday
1: Monday
2: Tuesday
3: Wednesday
4: Thursday
5: Friday
6: Saturday
6WordR/W
310H-311H784-785Run time0-999999999
DwordR/W
312H-313H786-787Load Time0-999999999
DwordR/W

 


Meter Running State Display

Meter Running State: 03H Read
Address (H)Address (D)Parameter DescriptionRangeData TypeAccess Property
100H256Result of Wiring CheckRefer to table 4.2 of section 4.7 in AcuRev 1310 User ManualWordR
101H257Seal Status0x0A: Seal Sealed
Other: Seal Opened
WordR

 


Real Time Parameters

Real Time Parameters: 03H Read
Address (H)Address (D)SymbolParameter DescriptionRangePrimary ModeSecondary ModePropertyData TypeAccess Property
2000H-2001H8192-8193IavgAverage Current 
I=RxI=Rx*(CT1/CT2)AFloatR
2002H-2003H8194-8195I1Phase A Current 

I=Rx

I=Rx*(CT1/CT2)AFloatR
2004H-2005H8196-8197I2Phase B Current
I=RxI=Rx*(CT1/CT2)AFloatR
2006H-2007H8198-8199I3Phase C Current 
I=RxI=Rx*(CT1/CT2)AFloatR
2008H-2009H8200-8201VavgAverage Phase Voltage
U=RxU=Rx*(PT1/PT2)VFloatR
200AH-200BH8202-8203V1Phase 1 Voltage
U=RxU=Rx*(PT1/PT2)VFloatR
200CH-200DH8204-8205V2Phase 2 Voltage
U=RxU=Rx*(PT1/PT2)VFloatR
200EH-200FH8206-8207V3Phase 3 Voltage
U=RxU=Rx*(PT1/PT2)VFloatR
2010H-2011H8208-8209VlavgAverage Line Voltage
U=RxU=Rx*(PT1/PT2)VFloatR
2012H-2013H8210-8211V12Line Voltage 1-2
U=RxU=Rx*(PT1/PT2)VFloatR
2014H-2015H8212-8213V23Line Voltage 2-3
U=RxU=Rx*(PT1/PT2)VFloatR
2016H-2017H8214-8215V31Line Voltage 3-1
U=RxU=Rx*(PT1/PT2)VFloatR
2018H-2019H8216-8217FFrequency
F=RxF=RxHzFloatR
201AH-201BH8218-8219PsumTotal System Power
P=Rx/1000P=[Rx*(PT1/PT2)*(CT1/CT2)]/1000kWFloatR
201CH-201DH8220-8221PaPhase A Power

P=Rx/1000

P=[Rx*(PT1/PT2)*(CT1/CT2)]/1000kWFloatR
201EH-201FH8222-8223PbPhase B Power 
P=Rx/1000P=[Rx*(PT1/PT2)*(CT1/CT2)]/1000kWFloatR
2020H-2021H8224-8225PcPhase C Power
P=Rx/1000P=[Rx*(PT1/PT2)*(CT1/CT2)]/1000kWFloatR
2022H-2023H8226-8227SsumTotal Apparent Power
S=Rx/1000S=[Rx*(PT1/PT2)*(CT1/CT2)]/1000kVAFloatR
2024H-2025H8228-8229SaPhase A Apparent Power
S=Rx/1000S=[Rx*(PT1/PT2)*(CT1/CT2)]/1000kVAFloatR
2026H-2027H8230-8231SbPhase B Apparent Power
S=Rx/1000S=[Rx*(PT1/PT2)*(CT1/CT2)]/1000kVAFloatR
2028H-2029H8232-8233ScPhase C Apparent Power
S=Rx/1000S=[Rx*(PT1/PT2)*(CT1/CT2)]/1000kVAFloatR
202AH-202BH8234-8235QsumTotal Reactive Power
Q=Rx/1000Q=[Rx*(PT1/PT2)*(CT1/CT2)]/1000kvarFloatR
202CH-202DH8236-8237QaPhase A Reactive Power
Q=Rx/1000Q=[Rx*(PT1/PT2)*(CT1/CT2)]/1000kvarFloatR
202EH-202FH8238-8239QbPhase B Reactive Power
Q=Rx/1000Q=[Rx*(PT1/PT2)*(CT1/CT2)]/1000kvarFloatR
2030H-2031H8240-8241QcPhase C Reactive Power
Q=Rx/1000Q=[Rx*(PT1/PT2)*(CT1/CT2)]/1000kvarFloatR

2032H-2033H

8242-8243PFsumTotal Power Factor 
PF=RxPF=Rx
FloatR
2034H-2035H8244-8245PFaPhase A Power Factor
PF=RxPF=Rx
FloatR
2036H-2037H8246-8247PFbPhase B Power Factor 
PF=RxPF=Rx
FloatR
2038H-2039H8248-8249PFcPhase C Power Factor
PF=RxPF=Rx
FloatR
1200H-1201H4608-4609InNeutral Current
I=RxI=RxAFloatR
1206H-1207H4614-4615LCLoad Characteristic67.0(C)
76.0(L)
82.0(R)
67.0(C)
76.0(L)
82.0(R)
67.0(C)
76.0(L)
82.0(R)

FloatR

 


Energy Parameters

Energy Parameters: 03H Read, 10H Write
Address (H)Address (D)SymbolParameter DescriptionRangePropertyData TypeAccess Property
2046H-2047H8262-8263Ep_ExpGenerated Energy0-999999999 kWhkWhDwordR/W
2048H-2049H8264-8265Epa_ExpPhase A Generated Energy0-999999999 kWhkWhDwordR/W
204AH-204BH8266-8267Epb_ExpPhase B Generated Energy0-999999999 kWhkWhDwordR/W
204CH-204DH8268-8269Epc_ExpPhase C Generated Energy0-999999999 kWhkWhDwordR/W
204EH-204FH8270-8271Ep_ImpConsumed Energy0-999999999 kWhkWhDwordR/W
2050H-2051H8272-8273Epa_ImpPhase A Consumed Energy0-999999999 kWhkWhDwordR/W
2052H-2053H8274-8275Epb_ImpPhase B Consumed Energy0-999999999 kWhkWhDwordR/W
2054H-2055H8276-8277Epc_ImpPhase C Consumed Energy0-999999999 kWhkWhDwordR/W
2056H-2057H8278-8279Es_ExpGenerated Apparent Energy0-999999999 kVAhkVAhDwordR/W
2058H-2059H8280-8281Esa_ExpPhase A Generated Apparent Energy0-999999999 kVAhkVAhDwordR/W
205AH-205BH8282-8283Esb_ExpPhase B Generated Apparent Energy0-999999999 kVAhkVAhDwordR/W
205CH-205DH8284-8285Esc_ExpPhase C Generated Apparent Energy0-999999999 kVAhkVAhDwordR/W
205EH-205FH8286-8287Es_ImpConsumed Apparent Energy0-999999999 kVAhkVAhDwordR/W
2060H-2061H8288-8289Esa_ImpPhase A Consumed Apparent Energy0-999999999 kVAhkVAhDwordR/W
2062H-2063H8290-8291Esb_ImpPhase B Consumed Apparent Energy0-999999999 kVAhkVAhDwordR/W
2064H-2065H8292-8293Esc_ImpPhase C Consumed Apparent Energy0-999999999 kVAhkVAhDwordR/W
2066H-2067H8294-8295Eq_Imp_Q1Consumed Reactive Energy Q10-999999999 kvarhkvarhDwordR/W
2068H-2069H8296-8297Eqa_Imp_Q1Phase A Consumed Reactive Energy Q10-999999999 kvarhkvarhDwordR/W
206AH-206BH8298-8299Eqb_Imp_Q1Phase B Consumed Reactive Energy Q10-999999999 kvarhkvarhDwordR/W
206CH-206DH8300-8301Eqc_Imp_Q1Phase C Consumed Reactive Energy Q10-999999999 kvarhkvarhDwordR/W
206EH-206FH8302-8303Eq_Imp_Q2Consumed Reactive Energy Q20-999999999 kvarhkvarhDwordR/W
2070H-2071H8304-8305Eqa_Imp_Q2Phase A Consumed Reactive Energy Q20-999999999 kvarhkvarhDwordR/W
2072H-2073H8306-8307Eqb_Imp_Q2Phase B Consumed Reactive Energy Q20-999999999 kvarhkvarhDwordR/W
2074H-2075H8308-8309Eqc_Imp_Q2Phase C Consumed Reactive Energy Q20-999999999 kvarhkvarhDwordR/W
2076H-2077H8310-8311Eq_Imp_Q3Consumed Reactive Energy Q20-999999999 kvarhkvarhDwordR/W
2078H-2079H8312-8313Eqa_Imp_Q3Phase A Consumed Reactive Energy Q30-999999999 kvarhkvarhDwordR/W
207AH-207BH8314-8315Eqb_Imp_Q3Phase B Consumed Reactive Energy Q30-999999999 kvarhkvarhDwordR/W
207CH-207DH8316-8317Eqc_Imp_Q3Phase C Consumed Reactive Energy Q30-999999999 kvarhkvarhDwordR/W
207EH-207FH8318-8319Eq_Imp_Q4Consumed Reactive Energy Q40-999999999 kvarhkvarhDwordR/W
2080H-2081H8320-8321Eqa_Imp_Q4Phase A Consumed Reactive Energy Q40-999999999 kvarhkvarhDwordR/W
2082H-2083H8322-8323Eqb_Imp_Q4Phase B Consumed Reactive Energy Q40-999999999 kvarhkvarhDwordR/W
2084H-2085H8324-8325Eqc_Imp_Q4Phase C Consumed Reactive Energy Q40-999999999 kvarhkvarhDwordR/W


Demand Registers

Demand Parameters: 03H Read
Address (H)Address(D)Parameter DescriptionRangeDefaultData TypeAccess Property
1208H-1209H4616-4617System Active Power Demand

FloatR
120AH-120BH4618-4619System Reactive Power Demand

FloatR
120CH-120DH4620-4621System Apparent Power Demand

FloatR
120EH-120FH4622-4623Phase A Current Demand

FloatR
1210H-1211H4624-4625Phase B Current Demand

FloatR
1212H-1213H4626-4627Phase C Current Demand 

FloatR
1214H-1215H4628-4629System Active Power Demand Prediction

FloatR
1216H-1217H4630-4631System Reactive Power Demand Prediction

FloatR
1218H-1219H4632-4633System Apparent Power Demand Prediction

FloatR
121AH-121BH4634-4635Phase A Current Demand

FloatR
121CH-121DH4636-4637Phase B Current Demand

FloatR
121EH-121FH4638-4639Phase C Current Demand 

FloatR


Demand Peak

Demand Peak: 03H Read

Address (H)Address (D)Parameter DescriptionRangeDefaultData TypeAccess Property
1600H-1601H5632-5633Total Imported Active Power Demand Peakxx.xxxx kW
FloatR
1602H-1604H5634-5636Total Imported Active Power Demand Happening TimeYY/MM/DD/hh/mm/ss 
(second is always 0)

DwordR
1605H-1606H5637-5638Imported Active Power Demand 1 Peakxx.xxxx kW
FloatR
1607H-1609H5639-5641Imported Active Power Demand 1 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
160AH-160BH5642-5643Imported Active Power Demand 2 Peakxx.xxxx kW
FloatR
160CH-160EH5644-5646Imported Active Power Demand 2 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
160FH-1610H5647-5648Imported Active Power Demand 3 Peakxx.xxxx kW
FloatR
1611H-1613H5649-5651Imported Active Power Demand 3 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1614H-1615H5652-5653Imported Active Power Demand 4 Peakxx.xxxx kW
FloatR
1616H-1618H5654-5656Imported Active Power Demand 4 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1619H-161AH5657-5658Total Exported Active Power Demand Peakxx.xxxx kW
FloatR
161BH-161CH5659-5661Total Exported Active Power Demand Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
161DH-161EH5662-5663Exported Active Power Demand 1 Peakxx.xxxx kW
FloatR
161FH-1621H5664-5666Exported Active Power Demand 1 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1622H-1623H5667-5668Exported Active Power Demand 2 Peakxx.xxxx kW
FloatR
1624H-1626H5669-5671Exported Active Power Demand 2 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1627H-1628H5672-5673Exported Active Power Demand 3 Peakxx.xxxx kW
FloatR
1629H-162BH5674-5676Exported Active Power Demand 3 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
162CH-162DH5677-5678Exported Active Power Demand 4 Peak xx.xxxx kW
FloatR
162EH-1630H5679-5681Exported Active Power Demand 4 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1631H-1632H5682-5683Total Imported Reactive Power Demand Peakxx.xxxx kW
FloatR
1633H-1635H5684-5686Total Imported Reactive Power Demand Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1636H-1637H5687-5688Imported Reactive Power Demand 1 Peakxx.xxxx kW
FloatR
1638H-163AH5689-5691Imported Reactive Power Demand 1 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
163BH-163CH5692-5693Imported Reactive Power Demand 2 Peakxx.xxxx kW
FloatR
163DH-163FH5694-5696Imported Reactive Power Demand 2 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1640H-1641H5697-5698Imported Reactive Power Demand 3 Peakxx.xxxx kW
FloatR
1642H-1644H5699-5701Imported Reactive Power Demand 3 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1645H-1646H5702-5703Imported Reactive Power Demand 4 Peakxx.xxxx kW
FloatR
1647H-1649H5704-5706Imported Reactive Power Demand 4 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
164AH-164BH5707-5708Total Exported Reactive Power Demand Peakxx.xxxx kW
FloatR
164CH-164EH5709-5711Total Exported Reactive Power Demand Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
164FH-1650H5712-5713Exported Reactive Power Demand 1 Peakxx.xxxx kW
FloatR
1651H-1653H5714-5716Exported Reactive Power Demand 1 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1654H-1655H5717-5718Exported Reactive Power Demand 2 Peakxx.xxxx kW
FloatR
1656H-1658H5719-5721Exported Reactive Power Demand 2 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1659H-165AH5722-5723Exported Reactive Power Demand 3 Peakxx.xxxx kW
FloatR
165BH-165DH5724-5726Exported Reactive Power Demand 3 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
165FH-1660H5727-5728Exported Reactive Power Demand 4 Peakxx.xxxx kW
FloatR
1661H-1663H5729-5731Exported Reactive Power Demand 4 Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1664H-1665H5732-5733Total Apparent Power Demand Peakxx.xxxx kW
FloatR
1666H-1668H5734-5736Total Apparent Power Demand Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1669H-166AH5737-5738Phase A Current Demand Peakxx.xxxx A
FloatR
166BH-166DH5739-5741Phase A  Current Demand Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
166EH-166FH5742-5743Phase B Current Demand Peakxx.xxxx A
FloatR
1670H-1672H5744-5746Phase B Current Demand Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR
1673H-1674H5747-5748Phase C Current Demand Peakxx.xxxx A
FloatR
1675H-1677H5749-5751Phase C Current Demand Peak Happening TimeYY/MM/DD/hh/mm/ss
(second is always 0)

DwordR

 


Sunspec Registers

Sunspec: 03H Read, 10H Write
Address (H) Address (D)Parameter DescriptionRangeDefaultData TypeAccess Property
1000H-1001H4096-4097SunSpec_ID0x83756e531Uint16R
1002H4098ID11Uint16R
1003H4099Length6565Uint16R
1004H-1013H4100-4115Manufacturer
AccuenergyStringR
1014H-1023H4116-4131ModelManufacturer Specific Value (32 characters)AcuRev 1310StringR
1024H-102BH4132-4139OptionsManufacturer Specific Value (16 characters)AcuRev 13xxStringR
102CH-1033H4140-4147VersionManufacturer Specific Value (16 characters)H: 1.10
S: 1.01
StringR
1034H-1043H4148-4163Serial Number Manufacturer Specific Value (32 characters)
StringR
1044H4164Device AddressModbus Device Address
Uint16R
1045H4165IDSingle phase (AN or AB): 201
Split single phase (ABN): 202
Three phase wye (ABCN): 203
Three phase delta (ABC): 204

Uint16R
1046H4166Length105
Uint16R
1047H4167Current Amps (Average)0-9999 A
int16R
1048H4168Current: Phase A0-9999 A
int16R
1049H4169Current: Phase B0-9999 A
int16R
104AH4170Current: Phase C0-9999 A
int16R
104BH4171Current Sunspec Scale Factor-3 ~ 5 (used as exponent of a power of 10)
sunssfR
104CH4172Voltage: Average Phase0-9999 V
int16R
104DH4173Voltage: Phase A0-9999 V
int16R
104EH4174Voltage: Phase B0-9999 V
int16R
104FH4175Voltage: Phase C0-9999 V
int16R
1050H4176Voltage: Average Line0-9999 V
int16R
1051H4177Voltage: Line AB0-9999 V
int16R
1052H4178Voltage: Line BC0-9999 V
int16R
1053H4179Voltage: Line CA0-9999 V
int16R
1054H4180Voltage Sunspec Scale Factor -2 ~ 2 (used as exponent of a power of 10)
sunssfR
1055H4181Frequency45Hz - 65Hz
int16R
1056H4182Frequency Scale Factor-2 (used as exponent of a power of 10)
sunssfR
1057H4183Total Real Power0-9999 W
int16R
1058H4184Real Power: Phase A Watts0-9999 W
int16R
1059H4185Real Power: Phase B Watts0-9999 W
int16R
105AH4186Real Power: Phase C Watts0-9999 W
int16R
105BH4187Real Power Sunspec Scale Factor-1 ~ 4 (used as exponent of a power of 10) 
sunssfR
105CH4188Total Apparent Power0-9999 VA
int16R
105DH4189Apparent Power: Phase A VA0-9999 VA
int16R
105EH4190Apparent Power: Phase B VA0-9999 VA
int16R
105FH4191Apparent Power: Phase C VA0-9999 VA
int16R
1060H4192Apparent Power Sunspec Scale Factor-1 ~ 4 (used as exponent of a power of 10)
sunssfR
1061H4193Total Reactive Power0-9999 var
int16R
1062H4194Reactive Power: Phase A var0-9999 var
int16R
1063H4195Reactive Power: Phase B var0-9999 var
int16R
1064H4196Reactive Power: Phase C var0-9999 var
int16R
1065H4197Reactive Power Sunspec Scale Factor-1 ~ 4 (used as exponent of a power of 10)
sunssfR
1066H4198Power Factor-1000 ~ 1000
int16R
1067H4199Power Factor: Phase A PF-1000 ~ 1000
int16 R
1068H4200Power Factor: Phase B PF-1000 ~ 1000
int16R
1069H4201Power Factor: Phase C PF-1000 ~ 1000
int16R
106AH4202Power Factor Sunspec Scale Factor-3 (used as exponent of a power of 10)
sunssfR
106BH-106CH4203-4204Total Real Energy Exported0-999999999 Wh
int32R/W
106DH-106EH4205-4206Export Real Energy: Phase A 0-999999999 Wh
int32R/W
106FH-1070H4207-4208Export Real Energy: Phase B0-999999999 Wh
int32R/W
1071H-1072H4209-4210Export Real Energy: Phase C0-999999999 Wh
int32R/W
1073H-1074H4211-4212Total Real Energy Imported0-999999999 Wh
int32R/W
1075H-1076H4213-4214Import Real Energy: Phase A0-999999999 Wh
int32R/W
1077H-1078H4215-4216Import Real Energy: Phase B0-999999999 Wh
int32R/W
1079H-107AH4217-4218Import Real Energy: Phase C0-999999999 Wh
int32R/W
107BH4219Real Energy Sunpec Scale Factor -3 ~ 0 (used as exponent of a power of 10)
sunssfR/W
107CH-107DH4220-4221Total Apparent Energy Exported0-999999999 VAh
int32R/W
107EH-107FH4222-4223Export Apparent Energy: Phase A0-999999999 VAh
int32R/W
1080H-1081H4224-4225Export Apparent Energy: Phase B0-999999999 VAh
int32R/W
1082H-1083H4226-4227Export Apparent Energy: Phase C0-999999999 VAh
int32R/W
1084H-1085H4228-4229Total Apparent Energy Imported0-999999999 VAh
int32R/W
1086H-1087H4230-4231Import Apparent Energy: Phase A 0-999999999 VAh
int32R/W
1088H-1089H4232-4233Import Apparent Energy: Phase B0-999999999 VAh
int32R/W
108AH-108BH4234-4235Import Apparent Energy: Phase C0-999999999 VAh
int32R/W
108CH4236Apparent Energy Sunspec Scale Factor-3 ~ 0 (used as exponent of a power of 10)
sunssfR/W
108DH-108EH4237-4238Total Reactive Energy Imported Q10-999999999 varh
int32R/W
108FH-1090H4239-4240Import Reactive Energy Q1: Phase A 0-999999999 varh
int32R/W
1091H-1092H4241-4242Import Reactive Energy Q1: Phase B0-999999999 varh
int32R/W
1093H-1094H4243-4244Import Reactive Energy Q1: Phase C0-999999999 varh
int32R/W
1095H-1096H4245-4246Total Reactive Energy Imported Q20-999999999 varh
int32R/W
1097H-1098H4247-4248Import Reactive Energy Q2: Phase A 0-999999999 varh
int32R/W
1099H-109AH4249-4250Import Reactive Energy Q2: Phase B0-999999999 varh
int32R/W
109BH-109CH4251-4252Import Reactive Energy Q2: Phase C0-999999999 varh
int32R/W
109DH-109EH4253-4254Total Reactive Energy Imported Q30-999999999 varh
int32R/W
109FH-10A0H4255-4256Import Reactive Energy Q3: Phase A0-999999999 varh
int32R/W
10A1H-10A2H4257-4258Import Reactive Energy Q3: Phase B0-999999999 varh
int32R/W
10A3H-10A4H4259-4260Import Reactive Energy Q3: Phase C0-999999999 varh
int32R/W
10A5H-10A6H4261-4262Total Reactive Energy Imported Q40-999999999 varh
int32R/W
10A7H-10A8H4263-4264Import Reactive Energy Q4: Phase A0-999999999 varh
int32R/W
10A9H-10AAH4265-4266Import Reactive Energy Q4: Phase B0-999999999 varh
int32R/W
10ABH-10ACH4267-4268Import Reactive Energy Q4: Phase C0-999999999 varh
int32R/W
10ADH4269Reactive Energy Sunspec Scale Factor-3 ~ 0 (used as exponent of a power of 10)
sunssfR/W