Briques techniques

gtbmodbus

Catalogue Modbus

Catalogue ouvert de devices Modbus — registres, types, échelles, RTU/TCP.

  • rtu
  • tcp
  • registres

GoodWe

Modbus Protokol für Energy Storage Inverter

Onduleur PV RTUTCP 2093 registres À vérifier

À vérifier

  • Source : ioBroker/modbus-templates. Vérifier l'ordre des octets et le sens du facteur sur datasheet.

Registres (2093/2093)

scaleunité
0x28A0 (10400)discreteR/o 1:Single inverter system >1:Parallel system · Inverter Quantity uint16 R
0x28A1 (10401)discreteR/o Refer to 35020 · Firmware Version ARM uint16 R
0x28A2 (10402)discreteR/o Refer to 35016 · Firmware Version DSP Master uint16 R
0x28A3 (10403)discreteR/o Refer to 35017 · Firmware uint16 R
0x28A4 (10404)discreteR/o · Online Quantity uint16 R
0x28A5 (10405)discreteR/o Refer to 47000 · APP Mode uint16 R
0x28A6 (10406)discreteR/o Refer to 45244 · Safety Country uint16 R
0x28A7 (10407)discreteR/o Refer to 35187 · Work Mode uint16 R
0x28A8 (10408)discreteR/o Refer to 36003 · Meter comm status uint16 R
0x28A9 (10409)discreteR/o Refer to 45252 · BackUp Enable uint16 R
0x28AA (10410)discreteR/o · Controller Status Code uint16 R
0x28AC (10412)discreteR/o Master DSP add up all PV power · PV Total Power uint32 ×2 WR
0x28AE (10414)discreteR/o Refer to 35182-35183 · Battery Total power int32 ×2 WR
0x28B0 (10416)discreteR/o Refer to 35169-35170 · Total Back-Up Load Power int32 ×2 WR
0x28B2 (10418)discreteR/o Refer to 36025-36026 · Meter Power int32 ×2 WR
0x28B2 (10418)holdingR/o Refer to 36025-36026 · Meter Power int32 ×2 WR
0x28B4 (10420)discreteR/o Refer to 35137-35138 · Total Inverter Power int32 ×2 WR
0x28B6 (10422)discreteR/o Refer to 35124-35125 · R Phase Inverter Power int32 ×2 WR
0x28B8 (10424)discreteR/o Refer to 35129-35130 · S Phase Inverter Power int32 ×2 WR
0x28BA (10426)discreteR/o Refer to 35134-35135 · T Phase Inverter Power int32 ×2 WR
0x28BC (10428)discreteR/o Refer to 35149-35150 · R Phase Backup Active Power int32 ×2 WR
0x28BE (10430)discreteR/o Refer to 35155-35156 · S Phase Backup Active Power int32 ×2 WR
0x28C0 (10432)discreteR/o Refer to 35161-35162 · T Phase Backup Active Power int32 ×2 WR
0x28C2 (10434)discreteR/o Refer to 36014 · Meter Frequence uint16 0HzR
0x28C2 (10434)holdingR/o Refer to 36014 · Meter Frequence uint16 0HzR
0x28C3 (10435)discreteR/o Refer to 35184 · Battery Mode uint16 R
0x28C4 (10436)discreteR/o Refer to 35180 · Battery Voltage 1 uint16 0VR
0x28C5 (10437)discreteR/o Refer to 35262 · Battery Voltage 2 uint16 0VR
0x28C6 (10438)discreteR/o Refer to 35001 · Total Inverter Power uint32 ×2 WR
0x28E6 (10470)discreteR/o Refer to 47001 · Meter Check Value uint16 R
0x28E7 (10471)discreteR/o Refer to 47002 · Meter Connect Check Flag uint16 R
0x28E8 (10472)discreteR/o The cloud board calculates the average value based on each machine's SOC and obtains each machine's register 37007 · SOC uint16 %R
0x28E9 (10473)discreteR/o · Battery Capacity uint16 R
0x28EA (10474)discreteR/o · Battery Communication uint16 R
0x28EC (10476)discreteR/o · Battery rechargeable watt hours uint32 ×2 W/hR
0x28EC (10476)holdingR/o · Battery rechargeable watt hours uint32 ×2 W/hR
0x28EE (10478)discreteR/o · Battery dischargeable watt hours uint32 ×2 W/hR
0x28EE (10478)holdingR/o · Battery dischargeable watt hours uint32 ×2 W/hR
0x28F0 (10480)discreteR/o 0: Need to be averaged 1: No need to be averaged · AbleBalanceFlag uint16 R
0x28F0 (10480)holdingR/o 0: Need to be averaged 1: No need to be averaged · AbleBalanceFlag uint16 R
0x28F1 (10481)discreteR/o Refer to 36127 · Meter Active Power R int32 ×2 WR
0x28F1 (10481)holdingR/o Refer to 36127 · Meter Active Power R int32 ×2 WR
0x28F3 (10483)discreteR/o Refer to 36129 · Meter Active Power S int32 ×2 WR
0x28F3 (10483)holdingR/o Refer to 36129 · Meter Active Power S int32 ×2 WR
0x28F5 (10485)discreteR/o Refer to 36131 · Meter Active Power T int32 ×2 WR
0x28F5 (10485)holdingR/o Refer to 36131 · Meter Active Power T int32 ×2 WR
0x2968 (10600)discreteR/o · CP Voltage uint16 0VR
0x2969 (10601)discreteR/o · Leak Current uint16 mAR
0x296A (10602)discreteR/o 0 disconnected; 1 connected; 2 charging; 3 fault · CP Status uint16 R
0x296B (10603)discreteR/o · Solar Power for Charge uint16 WR
0x296C (10604)discreteR/o · Battery Power for Charge uint16 WR
0x296D (10605)discreteR/o · Grid Power for Charge uint16 WR
0x296E (10606)discreteR/o · Current Charge Energy uint16 0kWhR
0x296F (10607)discreteR/o · Current Charge Time uint16 minR
0x2970 (10608)discreteR/o · Charge Current uint16 0AR
0x2971 (10609)discreteR/o Siehe Tabelle (muss erstellt werden) · EV Charger Status uint16 R
0x2972 (10610)discreteR/o · EV Charger Error Message uint32 ×2 R
0x2974 (10612)discreteR/o · Charging Mode uint16 R
0x2975 (10613)discreteR/o · Max Charge Current uint16 AR
0x2976 (10614)discreteR/o · Current Charge Power uint16 WR
0x2977 (10615)discreteR/o · Total Charge Energy uint32 ×2 0kWhR
0x2979 (10617)discreteR/o · Total Charge Time uint32 ×2 0hR
0x297B (10619)discreteR/o · EV Ouput Voltage uint16 0VR
0x297C (10620)discreteR/o · AC Input Voltage uint16 0VR
0x297D (10621)discreteR/o 0: Com not loss; 1: Com loss · EV Communication lost flag uint16 R
0x29AD (10669)discreteR/o · GIT Version uint16 R
0x29AE (10670)discreteR/o · Software Version uint16 R
0x29AF (10671)discreteR/o · EV charger SN string ×8 R
0x29B7 (10679)discreteR/o · EV Charger Model Name string ×16 R
0x29CC (10700)discreteR/o · Total Pages uint16 R
0x29CD (10701)discreteR/o Auto-increment for each read; Read page can be set via 20321 to prevent read failure · Current Page uint16 R
0x29CE (10702)discreteR/o unixtime · Error Time uint32 ×2 R
0x29D0 (10704)discreteR/o Siehe Tabelle (muss erstellt werden) · Error Code H uint16 R
0x29D1 (10705)discreteR/o Siehe Tabelle (muss erstellt werden) · Error Code L uint16 R
0x29D2 (10706)discreteR/o · Error Information uint32 ×2 R
0x29D4 (10708)discreteR/o · Error Code Count uint16 R
0x29D5 (10709)discreteR/o · Check Sum uint16 R
0x29D6 (10710)discreteR/o Only 8 records are passed per page, one page occupies 8 registers · Page 1 uint16 ×8 R
0x29DE (10718)discreteR/o Only 8 records are passed per page, one page occupies 8 registers · Page 2 uint16 ×8 R
0x29E6 (10726)discreteR/o Only 8 records are passed per page, one page occupies 8 registers · Page 3 uint16 ×8 R
0x29EE (10734)discreteR/o Only 8 records are passed per page, one page occupies 8 registers · Page 4 uint16 ×8 R
0x29F6 (10742)discreteR/o Only 8 records are passed per page, one page occupies 8 registers · Page 5 uint16 ×8 R
0x29FE (10750)discreteR/o Only 8 records are passed per page, one page occupies 8 registers · Page 6 uint16 ×8 R
0x2A06 (10758)discreteR/o unixtime · Error Time uint32 ×2 R
0x2A08 (10760)discreteR/o · Error Code H uint16 R
0x2A09 (10761)discreteR/o · Error Code L uint16 R
0x2A0A (10762)discreteR/o · Error Information uint32 ×2 R
0x2A0C (10764)discreteR/o · Error Code Count uint16 R
0x2A0D (10765)discreteR/o · Check Sum uint16 R
0x2A0E (10766)discreteR/o · Last Page uint16 R
0x2A30 (10800)discreteR/o · Total Pages uint16 R
0x2A31 (10801)discreteR/o Auto-increment for each read; Read page can be set via 20321 to prevent read failure · Current Page uint16 R
0x2A32 (10802)discreteR/o unixtime · Operation Time uint32 ×2 R
0x2A34 (10804)discreteR/o · Charging Mode uint16 R
0x2A35 (10805)discreteR/o 0:Charge start; 1:Charge end · Charging Status uint16 R
0x2A36 (10806)discreteR/o Display when charging is finished u16:Current charging time u16:Current charging power · Operation Information uint32 ×2 R
0x2A38 (10808)discreteR/o · Operation Code Count uint16 R
0x2A39 (10809)discreteR/o · Check Sum uint16 R
0x2A3A (10810)discreteR/o Only 8 records are passed per page, one page occupies 8 registers · Page 1 uint16 ×8 R
0x2A42 (10818)discreteR/o Only 8 records are passed per page, one page occupies 8 registers · Page 2 uint16 ×8 R
0x2A4A (10826)discreteR/o Only 8 records are passed per page, one page occupies 8 registers · Page 3 uint16 ×8 R
0x2A52 (10834)discreteR/o Only 8 records are passed per page, one page occupies 8 registers · Page 4 uint16 ×8 R
0x2A5A (10842)discreteR/o Only 8 records are passed per page, one page occupies 8 registers · Page 5 uint16 ×8 R
0x2A62 (10850)discreteR/o Only 8 records are passed per page, one page occupies 8 registers · Page 6 uint16 ×8 R
0x2A6A (10858)discreteR/o unixtime · Operation Time uint32 ×2 R
0x2A6C (10860)discreteR/o · Charging Mode uint16 R
0x2A6D (10861)discreteR/o · Charging Status uint16 R
0x2A6E (10862)discreteR/o · Operation Information uint32 ×2 R
0x2A70 (10864)discreteR/o · Operation Code Count uint16 R
0x2A71 (10865)discreteR/o · Check Sum uint16 R
0x2A72 (10866)discreteR/o · Last Page uint16 R
0x2A94 (10900)discreteR/o · Grid Voltage RS uint16 0VR
0x2A95 (10901)discreteR/o · Grid Voltage R uint16 0VR
0x2A96 (10902)discreteR/o · Grid Voltage S uint16 0VR
0x2A97 (10903)discreteR/o · Grid Frequency uint16 0HzR
0x2A98 (10904)discreteR/o · Relay Status uint16 R
0x2A99 (10905)discreteR/o bit0 +12V detect fail bit1 relay fail bit2 Utility over-voltage bit3 Utility undervoltage bit4 Utility overfrequency bit5 Utility under- frequency bit6 communication fail · Error Message uint16 ×2 R
0x2A9B (10907)discreteR/o · Inverter Voltage RS uint16 0VR
0x2A9C (10908)discreteR/o · Inverter Voltage R uint16 0VR
0x2A9D (10909)discreteR/o · Inverter Voltage S uint16 0VR
0x2A9E (10910)discreteR/o · Inverter Frequency uint16 0HzR
0x2A9F (10911)discreteR/o · Power Voltage uint16 0VR
0x2AA0 (10912)discreteR/o 0:Com not loss 1:Com loss · Box Com Loss uint16 R
0x2AA1 (10913)discreteR/o · Stop Button Flag uint16 R
0x2AE4 (10980)discreteR/o · Software Verion uint16 R
0x2AE5 (10981)discreteR/o · ABD SN string ×8 R
0x2AED (10989)discreteR/o · ABD Model Name string ×16 R
0x2AFD (11005)discreteR/o · git version uint16 R
0x4F4C (20300)discreteR/W [0-23],[0-59] hh:mm · Start Time_1 uint16 R
0x4F4D (20301)discreteR/W [0-23],[0-59] hh:mm · End Time_1 uint16 R
0x4F4E (20302)discreteR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_1 uint16 R
0x4F4F (20303)discreteR/W · Parameter1_1 uint16 R
0x4F50 (20304)discreteR/W · Parameter1_2 uint16 R
0x4F51 (20305)discreteR/W [0-23],[0-59] hh:mm · Start Time_2 uint16 R
0x4F52 (20306)discreteR/W [0-23],[0-59] hh:mm · End Time_2 uint16 R
0x4F53 (20307)discreteR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_2 uint16 R
0x4F54 (20308)discreteR/W · Parameter2_1 uint16 R
0x4F55 (20309)discreteR/W · Parameter2_2 uint16 R
0x4F56 (20310)discreteR/W [0-23],[0-59] hh:mm · Start Time_3 uint16 R
0x4F57 (20311)discreteR/W [0-23],[0-59] hh:mm · End Time_3 uint16 R
0x4F58 (20312)discreteR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_3 uint16 R
0x4F59 (20313)discreteR/W · Parameter3_1 uint16 R
0x4F5A (20314)discreteR/W · Parameter3_2 uint16 R
0x4F5B (20315)discreteR/W [0-23],[0-59] hh:mm · Start Time_4 uint16 R
0x4F5C (20316)discreteR/W [0-23],[0-59] hh:mm · End Time_4 uint16 R
0x4F5D (20317)discreteR/W · Work Week_4 uint16 R
0x4F5E (20318)discreteR/W · Parameter4_1 uint16 R
0x4F5F (20319)discreteR/W · Parameter4_2 uint16 R
0x4F60 (20320)discreteR/W 0:Plug and Play 1:Appoint charging 2:PV charge only 3:Check 1 and 2 for default plug-and-charge · Charging Mode uint16 R
0x4F61 (20321)discreteR/W · Error Page Set uint16 R
0x4F62 (20322)discreteR/W · Log Page Set uint16 R
0x4F63 (20323)discreteR/W · Max Charge Current uint16 AR
0x4F64 (20324)discreteR/W High Byte Year / Low Byte Month: 13-99 / 1-12 · Real-Time Clock_Year Month uint16 R
0x4F65 (20325)discreteR/W High Byte Day / Low Byte Hour: 1-31 / 0-23 · Real-Time Clock_Day Hour uint16 R
0x4F66 (20326)discreteR/W High Byte Minute / Low Byte Second: 0-59 / 0-59 · Real-Time Clock_Minute Second uint16 R
0x4F6C (20332)discreteR/W 0: Disabled(default) 1: Enabled · Off Grid Charge Enable uint16 R
0x7D00 (32000)inputR/o · Utility Fault 1 uint16 R
0x7D01 (32001)inputR/o · Utility Fault 2 uint16 R
0x7D02 (32002)inputR/o · System Fault 1 uint16 R
0x7D03 (32003)inputR/o · System Fault 2 uint16 R
0x7D04 (32004)inputR/o · Device Fault 1 uint16 R
0x7D05 (32005)inputR/o · Device Fault 2 uint16 R
0x7D06 (32006)inputR/o · DC Fault 1 uint16 R
0x7D07 (32007)inputR/o · PV Fault 1 uint16 R
0x7D08 (32008)inputR/o · PV Fault 2 uint16 R
0x7D09 (32009)inputR/o · BAT Fault 1 uint16 R
0x7D0A (32010)inputR/o · BAT Fault 2 uint16 R
0x7D0B (32011)inputR/o · BAT Fault 3 uint16 R
0x7D10 (32016)inputR/o · Alarm 1 uint16 R
0x7D1A (32026)inputR/o · wSolar Fault Summary uint32 ×2 R
0x7D1C (32028)inputR/o · wSolar Alarm Summary uint32 ×2 R
0x7D1E (32030)inputR/o · Grid Voltage Protection Subcode uint16 R
0x7D1F (32031)inputR/o · Grid Frequency Protection Subcode uint16 R
0x7D20 (32032)inputR/o · Internal Com Module uint16 R
0x7D21 (32033)inputR/o · Sensor Abnormal Subcode uint16 R
0x7D22 (32034)inputR/o · Relay Abnormal uint16 R
0x7D23 (32035)inputR/o · Internal Fan Fault Subcode uint16 R
0x7D24 (32036)inputR/o · External Fan Fault Subcode uint16 R
0x7D25 (32037)inputR/o · Temperature Fault Subcode uint16 R
0x7D26 (32038)inputR/o · PV IGBT Short Circuit Fault Subcode uint16 R
0x7D27 (32039)inputR/o · PV IGBT Open Circuit Fault Subcode uint16 R
0x7D28 (32040)inputR/o · PV HCT Fault Subcode uint16 R
0x7D29 (32041)inputR/o · PV Over Voltage uint16 R
0x7D2A (32042)inputR/o · PV Continuous Hardware Overcurrent Subcode uint16 R
0x7D2B (32043)inputR/o · PV Continuous Software Overcurrent Subcode uint16 R
0x7D2C (32044)inputR/o · FlyCap Software Overvoltage uint16 R
0x7D2D (32045)inputR/o · FlyCap Hardware Overvoltage Subcode uint16 R
0x7D2E (32046)inputR/o · FlyCap Undervoltage Subcode uint16 R
0x7D2F (32047)inputR/o · FlyCap Precharge Abnormal Subcode uint16 R
0x7D30 (32048)inputR/o · FlyCap Precharge Limit Subcode uint16 R
0x7D31 (32049)inputR/o · String Overcurrent Fault Subcode Low uint16 R
0x7D32 (32050)inputR/o · String Overcurrent Fault Subcode High uint16 R
0x7D33 (32051)inputR/o · String Reversed Fault Subcode Low uint16 R
0x7D34 (32052)inputR/o · String Reversed Fault Subcode High uint16 R
0x7D35 (32053)inputR/o · Fuse Fault Subcode Low uint16 R
0x7D36 (32054)inputR/o · Fuse Fault Subcode High uint16 R
0x7D37 (32055)inputR/o · PV Hardware Single Overcurrent Subcode uint16 R
0x7D38 (32056)inputR/o · PV Software Single Overcurrent Subcode uint16 R
0x7D39 (32057)inputR/o · PV Low Energy Subcode uint16 R
0x7D3A (32058)inputR/o · Model Recognition Fault Subcode uint16 R
0x7D64 (32100)inputR/o · Device Status uint16 R
0x7D65 (32101)inputR/o · Running Mark 1 uint16 R
0x7D66 (32102)inputR/o · Running Mark 2 uint16 R
0x7D67 (32103)inputR/o · Running Mark 3 uint16 R
0x7D68 (32104)inputR/o · Running Mark 4 uint16 R
0x7D69 (32105)inputR/o · Running Mark 5 uint16 R
0x7D6A (32106)inputR/o · Running Mark 6 uint16 R
0x7D6B (32107)inputR/o · Running Mark 7 uint16 R
0x7D6C (32108)inputR/o · Running Mark 8 uint16 R
0x7D6D (32109)inputR/o · Switch Status 1 uint16 R
0x7D6E (32110)inputR/o · Switch Status 2 uint16 R
0x7D6F (32111)inputR/o · Switch Status 3 uint16 R
0x7D70 (32112)inputR/o · Switch Status 4 uint16 R
0x7D71 (32113)inputR/o · Switch Status 5 uint16 R
0x7D72 (32114)inputR/o · Switch Status 6 uint16 R
0x7DC8 (32200)inputR/o bit0: Arc Fault(Subcode), bit1: DRED0 bit2: External Shutdown Signal bit3: Meter NG bit4: Meter Abnormal · External Device Protection Fault uint16 R
0x7DC9 (32201)inputR/o bit0: Generation data storage failure, Parameter info, BAT info · Flash Fault uint16 R
0x7DCB (32203)inputR/o dsp, box, ev, commodule, ble, meter · Com Fault 1 uint16 R
0x7DCC (32204)inputR/o · Com Fault 2 uint16 R
0x7DCD (32205)inputR/o dsp, meter, afci, box, ev · Burning Abnormal uint16 R
0x7DCE (32206)inputR/o Watchdog, can com failure, function safe · Soft Reset uint16 R
0x7DD0 (32208)inputR/o Refer to Subcode list · BMS1 Fault 1 uint16 R
0x7DD1 (32209)inputR/o Refer to Subcode list · BMS1 Fault 2 uint16 R
0x7DD2 (32210)inputR/o Refer to Subcode list · BMS2 Fault 1 uint16 R
0x7DD3 (32211)inputR/o Refer to Subcode list · BMS2 Fault 2 uint16 R
0x7DDC (32220)inputR/o · BAT1 Voltage Protection Subcode uint16 R
0x7DDD (32221)inputR/o · BAT1 Current Protection Subcode uint16 R
0x7DDE (32222)inputR/o · BAT1 Temperature Protection Subcode uint16 R
0x7DDF (32223)inputR/o · BAT1 Unbalance Protection uint16 R
0x7DE0 (32224)inputR/o · BAT1 ISO Protection / Collecting Thread Subcode uint16 R
0x7DE1 (32225)inputR/o · BAT1 Other Protection Subcode uint16 R
0x7DE2 (32226)inputR/o · AC System Protection Subcode uint16 R
0x7DE3 (32227)inputR/o · BAT2 Voltage Protection Subcode uint16 R
0x7DE4 (32228)inputR/o · BAT2 Current Protection Subcode uint16 R
0x7DE5 (32229)inputR/o · BAT2 Temperature Protection Subcode uint16 R
0x7DE6 (32230)inputR/o · BAT2 Unbalance Protection uint16 R
0x7DE7 (32231)inputR/o · BAT2 ISO Protection / Collecting Thread Subcode uint16 R
0x7DE8 (32232)inputR/o · BAT2 Other Protection Subcode uint16 R
0x7DEA (32234)inputR/o bit0-bit3 respectively express four · Arc Fault Subcode uint16 R
0x7DEB (32235)inputR/o · Function Safety Fault Subcode uint16 R
0x7DEC (32236)inputR/o · Burning Abnormal Failure uint16 R
0x7DED (32237)inputR/o · DCDC1 Fault Subcode uint16 R
0x7DEE (32238)inputR/o · DCDC1 Alarm Subcode uint16 R
0x7DEF (32239)inputR/o · DCDC2 Fault Subcode uint16 R
0x7DF0 (32240)inputR/o · DCDC2 Alarm Subcode uint16 R
0x80B6 (32950)inputR/o · MPPT Number uint16 R
0x80B7 (32951)inputR/o String numbers for this MPPT · MPPT1 String Number uint16 R
0x80B8 (32952)inputR/o String numbers for this MPPT · MPPT2 String Number uint16 R
0x80B9 (32953)inputR/o String numbers for this MPPT · MPPT3 String Number uint16 R
0x80BA (32954)inputR/o String numbers for this MPPT · MPPT4 String Number uint16 R
0x80BB (32955)inputR/o String numbers for this MPPT · MPPT5 String Number uint16 R
0x80BC (32956)inputR/o String numbers for this MPPT · MPPT6 String Number uint16 R
0x80BD (32957)inputR/o String numbers for this MPPT · MPPT7 String Number uint16 R
0x80BE (32958)inputR/o String numbers for this MPPT · MPPT8 String Number uint16 R
0x80BF (32959)inputR/o String numbers for this MPPT · MPPT9 String Number uint16 R
0x80C0 (32960)inputR/o String numbers for this MPPT · MPPT10 String Number uint16 R
0x80C1 (32961)inputR/o String numbers for this MPPT · MPPT11 String Number uint16 R
0x80C2 (32962)inputR/o String numbers for this MPPT · MPPT12 String Number uint16 R
0x80C3 (32963)inputR/o String numbers for this MPPT · MPPT13 String Number uint16 R
0x80C4 (32964)inputR/o String numbers for this MPPT · MPPT14 String Number uint16 R
0x80C5 (32965)inputR/o String numbers for this MPPT · MPPT15 String Number uint16 R
0x81B0 (33200)inputR/o · Firmware Version_DSP_DC DC1 uint16 R
0x81B1 (33201)inputR/o · Beta Version_DCDC1 uint16 R
0x81B2 (33202)inputR/o · Firmware Version_DSP_MP PT1 uint16 R
0x81B3 (33203)inputR/o · Beta Version_MPPT1 uint16 R
0x81B4 (33204)inputR/o · Firmware Version_DSP_STS uint16 R
0x81B5 (33205)inputR/o · STS Beta uint16 R
0x81B6 (33206)inputR/o · Firmware Version_DSP2_Master uint16 R
0x81B7 (33207)inputR/o · Firmware Version_DSP2_Slave uint16 R
0x81B8 (33208)inputR/o · Beta Version_DSP2 uint16 R
0x81B9 (33209)inputR/o · Firmware Version_DSP_DC DC2 uint16 R
0x81BA (33210)inputR/o · Beta Version_DCDC2 uint16 R
0x81BB (33211)inputR/o · Firmware Version_DSP_MPPT2 uint16 R
0x81BC (33212)inputR/o · Beta Version_MPPT2 uint16 R
0x8214 (33300)inputR/o · Module Online Status uint32 ×2 R
0x8216 (33302)inputR/o · DCAC Fault Code uint32 ×2 R
0x8218 (33304)inputR/o · DCAC Warning Code uint32 ×2 R
0x821A (33306)inputR/o · AC Check Ready State uint16 R
0x821B (33307)inputR/o · AC Check Result uint16 R
0x821C (33308)inputR/o · AC Fault State Clear uint16 R
0x821D (33309)inputR/o · AC Warning State Clear uint16 R
0x821E (33310)inputR/o · AC Grid State uint16 R
0x821F (33311)inputR/o · AC Synchronous IO State uint16 R
0x8220 (33312)inputR/o · AC Check Count State uint16 R
0x8221 (33313)inputR/o · DCAC2 Fault uint32 ×2 R
0x8223 (33315)inputR/o · DCAC2 Warning Code uint32 ×2 R
0x8225 (33317)inputR/o · AC2 Check Ready State uint16 R
0x8226 (33318)inputR/o · AC2 Check uint16 R
0x8227 (33319)inputR/o · AC2 Fault State Clear uint16 R
0x8228 (33320)inputR/o · AC2 Warning State Clear uint16 R
0x8229 (33321)inputR/o · AC2 Grid State uint16 R
0x822A (33322)inputR/o · AC2 Synchronous IO State uint16 R
0x822B (33323)inputR/o · AC2 Check Count State uint16 R
0x822C (33324)inputR/o · AC1 Input State uint16 R
0x822D (33325)inputR/o · AC2 Input State uint16 R
0x8237 (33335)inputR/o · DCDC Fault Code uint32 ×2 R
0x8239 (33337)inputR/o · DCDC Warning Code uint32 ×2 R
0x823B (33339)inputR/o · DC Check Ready State uint16 R
0x823C (33340)inputR/o · DC Check Result uint16 R
0x823D (33341)inputR/o · DC Fault State Clear uint16 R
0x823E (33342)inputR/o · DC Warning State Clear uint16 R
0x823F (33343)inputR/o · DC Input State uint16 R
0x8240 (33344)inputR/o · DC Bus State uint16 R
0x8241 (33345)inputR/o · DCDC2 Fault uint32 ×2 R
0x8243 (33347)inputR/o · DCDC2 Warning Code uint32 ×2 R
0x8245 (33349)inputR/o · DC2 Check Ready State uint16 R
0x8246 (33350)inputR/o · DC2 Check uint16 R
0x8247 (33351)inputR/o · DC2 Fault State Clear uint16 R
0x8248 (33352)inputR/o · DC2 Warning State Clear uint16 R
0x8249 (33353)inputR/o · DC2 Input State uint16 R
0x824A (33354)inputR/o · DC2 Bus State uint16 R
0x8255 (33365)inputR/o · MPPT Fault Code uint32 ×2 R
0x8257 (33367)inputR/o · MPPT Warning Code uint32 ×2 R
0x8259 (33369)inputR/o · MPPT Check Ready State uint16 R
0x825A (33370)inputR/o · MPPT Check Result uint16 R
0x825B (33371)inputR/o · MPPT Fault State Clear uint16 R
0x825C (33372)inputR/o · MPPT Warning State Clear uint16 R
0x825D (33373)inputR/o · MPPT Input State uint16 R
0x825E (33374)inputR/o · MPPT2 Fault uint32 ×2 R
0x8260 (33376)inputR/o · MPPT2 Warning Code uint32 ×2 R
0x8262 (33378)inputR/o · MPPT2 Check Ready State uint16 R
0x8263 (33379)inputR/o · MPPT2 Check Result uint16 R
0x8264 (33380)inputR/o · MPPT2 Fault State Clear uint16 R
0x8265 (33381)inputR/o · MPPT2 Warning State Clear uint16 R
0x8266 (33382)inputR/o · MPPT2 Input uint16 R
0x8270 (33392)inputR/o · STS Fault Code uint32 ×2 R
0x8272 (33394)inputR/o · STS Warning uint32 ×2 R
0x8278 (33400)inputR/o · EMS Check Ready State uint16 R
0x8279 (33401)inputR/o · EMS Fault State Clear uint16 R
0x827A (33402)inputR/o · EMS Warning Message uint32 ×2 R
0x827C (33404)inputR/o · uw Test1 uint16 R
0x827D (33405)inputR/o · uw Test2 uint16 R
0x82DC (33500)inputR/o · Hitsink Temperature-DCDC int16 0°CR
0x82DD (33501)inputR/o · Hitsink Temperature-MPPT int16 0°CR
0x82DE (33502)inputR/o · Hitsink Temperature-STS int16 0°CR
0x82DF (33503)inputR/o · Hitsink Temperature- DCDC2 int16 0°CR
0x82E0 (33504)inputR/o · Hitsink Temperature-MPPT2 int16 0°CR
0x88B8 (35000)inputR/o · Modbus protocol version uint16 R
0x88B8 (35000)holdingR/o · Modbus protocol version uint16 R
0x88B9 (35001)inputR/o · Rate Power uint16 WR
0x88B9 (35001)holdingR/o · Rate Power uint16 WR
0x88BA (35002)inputR/o 0:single phase 1: three phase four wire system 2: three phase three wire system · AC output type uint16 R
0x88BA (35002)holdingR/o 0:single phase 1: three phase four wire system 2: three phase three wire system · AC output type uint16 R
0x88BB (35003)inputR/o · Inverter SN string ×8 R
0x88BB (35003)holdingR/o · Inverter SN string ×8 R
0x88C3 (35011)inputR/o · Model Name string ×5 R
0x88C3 (35011)holdingR/o · Model Name string ×5 R
0x88C8 (35016)inputR/o · Firmware Version_DSP_Master uint16 R
0x88C8 (35016)holdingR/o · Firmware Version_DSP_Master uint16 R
0x88C9 (35017)inputR/o · Firmware Version_DSP_Slave uint16 R
0x88C9 (35017)holdingR/o · Firmware Version_DSP_Slave uint16 R
0x88CA (35018)inputR/o SVN version number of the master DSP · Beta Version_DSP_Master uint16 R
0x88CA (35018)holdingR/o SVN version number of the master DSP · Beta Version_DSP_Master uint16 R
0x88CB (35019)inputR/o · Firmware Version_ARM uint16 R
0x88CB (35019)holdingR/o · Firmware Version_ARM uint16 R
0x88CC (35020)inputR/o (minor version number) · Beta Version_ARM uint16 R
0x88CC (35020)holdingR/o (minor version number) · Beta Version_ARM uint16 R
0x88CD (35021)inputR/o · DSP Internal Firmware Ver. string ×6 R
0x88CD (35021)holdingR/o · DSP Internal Firmware Ver. string ×6 R
0x88D3 (35027)inputR/o · ARM Internal Firmware Ver. string ×6 R
0x88D3 (35027)holdingR/o · ARM Internal Firmware Ver. string ×6 R
0x88DB (35035)inputR/o Only For BTC.DCDC module firmware version · Firmware Version_DSP_DCDC uint16 R
0x88DC (35036)inputR/o Only For BTC.DCDC module beta version · Beta Version_DCDC uint16 R
0x88DD (35037)inputR/o Only For BTC.MPPT module firmware version · Firmware Version_DSP_MPPT uint16 R
0x88DE (35038)inputR/o Only For BTC.MPPT module beta version · Beta Version_MPPT uint16 R
0x88DF (35039)inputR/o Only For BTC.STS module firmware version · Firmware Version_DSP_STS uint16 R
0x88E0 (35040)inputR/o Only For BTC.STS module beta version · Beta Version_STS uint16 R
0x88E3 (35043)inputR/o 0: Deault 1:Power fast set, without step size adjustment · System control mode uint16 R
0x88E4 (35044)inputR/o · Beta Version_DSP_Slave uint16 R
0x88E4 (35044)holdingR/o · Beta Version_DSP_Slave uint16 R
0x88E5 (35045)inputR/o ID of GPRS/4G module · SIMCCID string ×10 R
0x891C (35100)inputR/o High Byte Year / Low Byte Month: 0D-63 / 01-0C · Real-Time Clock_Year Month uint16 HexR
0x891C (35100)holdingR/o High Byte Year / Low Byte Month: 0D-63 / 01-0C · Real-Time Clock_Year Month uint16 HexR
0x891D (35101)inputR/o High Byte Day/Low Byte Hour: 01-1F / 00-17 · Real-Time Clock_Day Hour uint16 HexR
0x891D (35101)holdingR/o High Byte Day/Low Byte Hour: 01-1F / 00-17 · Real-Time Clock_Day Hour uint16 HexR
0x891E (35102)inputR/o High Byte minute/Low Byte Second: 0-3B / 0-3B · Real-Time Clock_Minute Second uint16 HexR
0x891E (35102)holdingR/o High Byte minute/Low Byte Second: 0-3B / 0-3B · Real-Time Clock_Minute Second uint16 HexR
0x891F (35103)inputR/o · PV1 Voltage uint16 0VR
0x891F (35103)holdingR/o · PV1 Voltage uint16 0VR
0x8920 (35104)inputR/o · PV1 Current uint16 0AR
0x8920 (35104)holdingR/o · PV1 Current uint16 0AR
0x8921 (35105)inputR/o 200ms Average · PV1 Power uint32 ×2 WR
0x8921 (35105)holdingR/o 200ms Average · PV1 Power uint32 ×2 WR
0x8923 (35107)inputR/o · PV2 Voltage uint16 0VR
0x8923 (35107)holdingR/o · PV2 Voltage uint16 0VR
0x8924 (35108)inputR/o · PV2 Current uint16 0AR
0x8924 (35108)holdingR/o · PV2 Current uint16 0AR
0x8925 (35109)inputR/o 200ms Average · PV2 Power uint32 ×2 WR
0x8925 (35109)holdingR/o 200ms Average · PV2 Power uint32 ×2 WR
0x8927 (35111)inputR/o · PV3 Voltage uint16 0VR
0x8927 (35111)holdingR/o · PV3 Voltage uint16 0VR
0x8928 (35112)inputR/o · PV3 Current uint16 0AR
0x8928 (35112)holdingR/o · PV3 Current uint16 0AR
0x8929 (35113)inputR/o 200ms Average · PV3 Power uint32 ×2 WR
0x8929 (35113)holdingR/o 200ms Average · PV3 Power uint32 ×2 WR
0x892B (35115)inputR/o · PV4 Voltage uint16 0VR
0x892B (35115)holdingR/o · PV4 Voltage uint16 0VR
0x892C (35116)inputR/o · PV4 Current uint16 0AR
0x892C (35116)holdingR/o · PV4 Current uint16 0AR
0x892D (35117)inputR/o 200ms Average · PV4 Power uint32 ×2 WR
0x892D (35117)holdingR/o 200ms Average · PV4 Power uint32 ×2 WR
0x892F (35119)inputR/o To check each MPPT mode, Table 8-3 & 8-4 · PV Mode uint16 ×2 HexR
0x892F (35119)holdingR/o To check each MPPT mode, Table 8-3 & 8-4 · PV Mode uint16 ×2 HexR
0x8931 (35121)inputR/o · R Phase Inverter Voltage uint16 0VR
0x8931 (35121)holdingR/o · R Phase Inverter Voltage uint16 0VR
0x8932 (35122)inputR/o · R Phase Inverter Current uint16 0AR
0x8932 (35122)holdingR/o · R Phase Inverter Current uint16 0AR
0x8933 (35123)inputR/o · R Phase Inverter Frequency uint16 0HzR
0x8933 (35123)holdingR/o · R Phase Inverter Frequency uint16 0HzR
0x8934 (35124)inputR/o Inverter Power 200ms Average · R Phase Inverter Power int32 ×2 WR
0x8934 (35124)holdingR/o Inverter Power 200ms Average · R Phase Inverter Power int32 ×2 WR
0x8936 (35126)inputR/o · S Phase Inverter Voltage uint16 0VR
0x8936 (35126)holdingR/o · S Phase Inverter Voltage uint16 0VR
0x8937 (35127)inputR/o · S Phase Inverter Current uint16 0AR
0x8937 (35127)holdingR/o · S Phase Inverter Current uint16 0AR
0x8938 (35128)inputR/o · S Phase Inverter Frequency uint16 0HzR
0x8938 (35128)holdingR/o · S Phase Inverter Frequency uint16 0HzR
0x8939 (35129)inputR/o Inverter Power 200ms Average · S Phase Inverter Power int32 ×2 WR
0x8939 (35129)holdingR/o Inverter Power 200ms Average · S Phase Inverter Power int32 ×2 WR
0x893B (35131)inputR/o · T Phase Inverter Voltage uint16 0VR
0x893B (35131)holdingR/o · T Phase Inverter Voltage uint16 0VR
0x893C (35132)inputR/o · T Phase Inverter Current uint16 0AR
0x893C (35132)holdingR/o · T Phase Inverter Current uint16 0AR
0x893D (35133)inputR/o · T Phase Inverter Frequency uint16 0HzR
0x893D (35133)holdingR/o · T Phase Inverter Frequency uint16 0HzR
0x893E (35134)inputR/o Inverter Power 200ms Average · T Phase Inverter Power int32 ×2 WR
0x893E (35134)holdingR/o Inverter Power 200ms Average · T Phase Inverter Power int32 ×2 WR
0x8940 (35136)inputR/o Grid connection status,Refer to Table 8-10 · Grid Mode uint16 R
0x8940 (35136)holdingR/o Grid connection status,Refer to Table 8-10 · Grid Mode uint16 R
0x8941 (35137)inputR/o 200ms Average · Total Inverter Power int32 ×2 WR
0x8941 (35137)holdingR/o 200ms Average · Total Inverter Power int32 ×2 WR
0x8943 (35139)inputR/o 200ms Average (Meter connection OK / not OK : is meter power / inverter on-grid port power · AC Active Power int32 ×2 WR
0x8943 (35139)holdingR/o 200ms Average (Meter connection OK / not OK : is meter power / inverter on-grid port power · AC Active Power int32 ×2 WR
0x8945 (35141)inputR/o 200ms Average (Meter connection OK / not OK : is meter power / inverter on-grid port power · AC Reactive Power int32 ×2 VarR
0x8945 (35141)holdingR/o 200ms Average (Meter connection OK / not OK : is meter power / inverter on-grid port power · AC Reactive Power int32 ×2 VarR
0x8947 (35143)inputR/o 200ms Average (Meter connection OK / not OK : is meter power / inverter on-grid port power · AC Apparent Power int32 ×2 VAR
0x8947 (35143)holdingR/o 200ms Average (Meter connection OK / not OK : is meter power / inverter on-grid port power · AC Apparent Power int32 ×2 VAR
0x8949 (35145)inputR/o Use R phase data for 1-phase inverter · R Phase Load Voltage on Back-Up uint16 0VR
0x8949 (35145)holdingR/o Use R phase data for 1-phase inverter · R Phase Load Voltage on Back-Up uint16 0VR
0x894A (35146)inputR/o · R Phase Load Current of Back-Up uint16 0AR
0x894A (35146)holdingR/o · R Phase Load Current of Back-Up uint16 0AR
0x894B (35147)inputR/o · R phase Load Frequency of Back-Up uint16 0HzR
0x894B (35147)holdingR/o · R phase Load Frequency of Back-Up uint16 0HzR
0x894C (35148)inputR/o Backupport: 0=on 1=off; Also used for 1-p inverter · Load Mode_R uint16 R
0x894C (35148)holdingR/o Backupport: 0=on 1=off; Also used for 1-p inverter · Load Mode_R uint16 R
0x894D (35149)inputR/o 200ms Average · R Phase Load Power of Back-Up int32 ×2 WR
0x894D (35149)holdingR/o 200ms Average · R Phase Load Power of Back-Up int32 ×2 WR
0x894F (35151)inputR/o · S Phase Load Voltage on Back-Up uint16 0VR
0x894F (35151)holdingR/o · S Phase Load Voltage on Back-Up uint16 0VR
0x8950 (35152)inputR/o · S Phase Load Current of Back-Up uint16 0AR
0x8950 (35152)holdingR/o · S Phase Load Current of Back-Up uint16 0AR
0x8951 (35153)inputR/o · S phase Load Frequency of Back-Up uint16 0HzR
0x8951 (35153)holdingR/o · S phase Load Frequency of Back-Up uint16 0HzR
0x8952 (35154)inputR/o Backupport: 0=on 1=off · Load Mode_S uint16 R
0x8952 (35154)holdingR/o Backupport: 0=on 1=off · Load Mode_S uint16 R
0x8953 (35155)inputR/o 200ms Average · S Phase Load Power of Back-Up int32 ×2 WR
0x8953 (35155)holdingR/o 200ms Average · S Phase Load Power of Back-Up int32 ×2 WR
0x8955 (35157)inputR/o · T Phase Load Voltage on Back-Up uint16 0VR
0x8955 (35157)holdingR/o · T Phase Load Voltage on Back-Up uint16 0VR
0x8956 (35158)inputR/o · T Phase Load Current of Back-Up uint16 0AR
0x8956 (35158)holdingR/o · T Phase Load Current of Back-Up uint16 0AR
0x8957 (35159)inputR/o · T phase Load Frequency of Back-Up uint16 0HzR
0x8957 (35159)holdingR/o · T phase Load Frequency of Back-Up uint16 0HzR
0x8958 (35160)inputR/o Backupport: 0=on 1=off · Load Mode_T uint16 R
0x8958 (35160)holdingR/o Backupport: 0=on 1=off · Load Mode_T uint16 R
0x8959 (35161)inputR/o 200ms Average · T Phase Load Power of Back-Up int32 ×2 WR
0x8959 (35161)holdingR/o 200ms Average · T Phase Load Power of Back-Up int32 ×2 WR
0x895B (35163)inputR/o 200ms Average Excluding Backup load · R Phase On-Grid Load Power int32 ×2 WR
0x895B (35163)holdingR/o 200ms Average Excluding Backup load · R Phase On-Grid Load Power int32 ×2 WR
0x895D (35165)inputR/o 200ms Average Excluding Backup load · S Phase On-Grid Load Power int32 ×2 WR
0x895D (35165)holdingR/o 200ms Average Excluding Backup load · S Phase On-Grid Load Power int32 ×2 WR
0x895F (35167)inputR/o 200ms Average Excluding Backup load · T Phase On-Grid Load Power int32 ×2 WR
0x895F (35167)holdingR/o 200ms Average Excluding Backup load · T Phase On-Grid Load Power int32 ×2 WR
0x8961 (35169)inputR/o 200ms Average · Total Back-Up Load Power int32 ×2 WR
0x8961 (35169)holdingR/o 200ms Average · Total Back-Up Load Power int32 ×2 WR
0x8963 (35171)inputR/o 200ms Average Excluding Backup load · Total On-Grid Load Power int32 ×2 WR
0x8963 (35171)holdingR/o 200ms Average Excluding Backup load · Total On-Grid Load Power int32 ×2 WR
0x8965 (35173)inputR/o BackupLoad Power / Rated power · UPS Load Percent uint16 0%R
0x8965 (35173)holdingR/o BackupLoad Power / Rated power · UPS Load Percent uint16 0%R
0x8966 (35174)inputR/o Inverter Internal Temperature · Air Temperature uint16 0°CR
0x8966 (35174)holdingR/o Inverter Internal Temperature · Air Temperature uint16 0°CR
0x8967 (35175)inputR/o Inverter Unit Temperature · Model Temperature uint16 0°CR
0x8967 (35175)holdingR/o Inverter Unit Temperature · Model Temperature uint16 0°CR
0x8968 (35176)inputR/o Inverter Heat Sink Temperature · Heatsink Temperature 1 uint16 0°CR
0x8968 (35176)holdingR/o Inverter Heat Sink Temperature · Heatsink Temperature 1 uint16 0°CR
0x8969 (35177)inputR/o · Function Bit Value uint16 R
0x8969 (35177)holdingR/o · Function Bit Value uint16 R
0x896A (35178)inputR/o · BUS Voltage uint16 0VR
0x896A (35178)holdingR/o · BUS Voltage uint16 0VR
0x896B (35179)inputR/o · NBUS Voltage uint16 0VR
0x896B (35179)holdingR/o · NBUS Voltage uint16 0VR
0x896C (35180)inputR/o BMS communication OK = voltage BMS send to inverter · Battery1 Voltage uint16 0VR
0x896C (35180)holdingR/o BMS communication OK = voltage BMS send to inverter · Battery1 Voltage uint16 0VR
0x896D (35181)inputR/o · Battery1 Current int16 0AR
0x896D (35181)holdingR/o · Battery1 Current int16 0AR
0x896E (35182)inputR/o 200ms Average · Battery1 Power int32 ×2 WR
0x896E (35182)holdingR/o 200ms Average · Battery1 Power int32 ×2 WR
0x8970 (35184)inputR/o Refer to Table 8-9 · Battery1 Mode uint16 R
0x8970 (35184)holdingR/o Refer to Table 8-9 · Battery1 Mode uint16 R
0x8971 (35185)inputR/o · Warning Code uint16 R
0x8971 (35185)holdingR/o · Warning Code uint16 R
0x8972 (35186)inputR/o Refer to Table 8-21 · Safety Country uint16 R
0x8972 (35186)holdingR/o Refer to Table 8-21 · Safety Country uint16 R
0x8973 (35187)inputR/o Refer to Table 8-1 · Work Mode uint16 R
0x8973 (35187)holdingR/o Refer to Table 8-1 · Work Mode uint16 R
0x8975 (35189)inputR/o Refer to Table 8-12 · Error Message uint32 ×2 R
0x8975 (35189)holdingR/o Refer to Table 8-12 · Error Message uint32 ×2 R
0x8977 (35191)inputR/o PV production energy from installation date · PV Energy-Total uint32 ×2 0kWhR
0x8977 (35191)holdingR/o PV production energy from installation date · PV Energy-Total uint32 ×2 0kWhR
0x8979 (35193)inputR/o Total PV production energy of the day · PV Energy-Day uint32 ×2 0kWhR
0x8979 (35193)holdingR/o Total PV production energy of the day · PV Energy-Day uint32 ×2 0kWhR
0x897D (35197)inputR/o · Operating hour counter uint32 ×2 hR
0x897D (35197)holdingR/o · Operating hour counter uint32 ×2 hR
0x897F (35199)inputR/o The accumulated exporting energy to grid of the day · Energy-Day-Sell uint16 0kWhR
0x897F (35199)holdingR/o The accumulated exporting energy to grid of the day · Energy-Day-Sell uint16 0kWhR
0x8982 (35202)inputR/o The accumulated exporting energy from grid of the day · Energy-Day-Buy uint16 0kWhR
0x8982 (35202)holdingR/o The accumulated exporting energy from grid of the day · Energy-Day-Buy uint16 0kWhR
0x8983 (35203)inputR/o From the installation date, not include backup load · Energy-Total-Load uint32 ×2 0kWhR
0x8983 (35203)holdingR/o From the installation date, not include backup load · Energy-Total-Load uint32 ×2 0kWhR
0x8985 (35205)inputR/o Accumulated load consumption energy of the day, not include backup load · Energy-Load-Day uint16 0kWhR
0x8985 (35205)holdingR/o Accumulated load consumption energy of the day, not include backup load · Energy-Load-Day uint16 0kWhR
0x8986 (35206)inputR/o From the installation date Not from BMS · Energy-Battery Charge uint32 ×2 0kWhR
0x8986 (35206)holdingR/o From the installation date Not from BMS · Energy-Battery Charge uint32 ×2 0kWhR
0x8988 (35208)inputR/o Not from BMS · Energy-Charge-Day uint16 0kWhR
0x8988 (35208)holdingR/o Not from BMS · Energy-Charge-Day uint16 0kWhR
0x8989 (35209)inputR/o From the installation date Not from BMS · Energy-Battery Discharg uint32 ×2 0kWhR
0x8989 (35209)holdingR/o From the installation date Not from BMS · Energy-Battery Discharg uint32 ×2 0kWhR
0x898B (35211)inputR/o Not from BMS · Energy-Discharg-Day uint16 0kWhR
0x898B (35211)holdingR/o Not from BMS · Energy-Discharg-Day uint16 0kWhR
0x898C (35212)inputR/o number of battery strings · Battery Strings uint16 R
0x898C (35212)holdingR/o number of battery strings · Battery Strings uint16 R
0x898D (35213)inputR/o only for after-sales,Refer to Table 8-17 · CPLD Warning Code uint16 R
0x898D (35213)holdingR/o only for after-sales,Refer to Table 8-17 · CPLD Warning Code uint16 R
0x8992 (35218)inputR/o Refer to Table 8-13 · Diagnosis Status High uint16 ×2 HexR
0x8992 (35218)holdingR/o Refer to Table 8-13 · Diagnosis Status High uint16 ×2 HexR
0x8994 (35220)inputR/o Refer to Table 8-14 · Diagnosis Status Low uint16 ×2 HexR
0x8994 (35220)holdingR/o Refer to Table 8-14 · Diagnosis Status Low uint16 ×2 HexR
0x8999 (35225)inputR/o 0: failure 1: Activated 2: Deactivated 3: Locked only for HER · EH Battery Function Active uint16 R
0x8999 (35225)holdingR/o 0: failure 1: Activated 2: Deactivated 3: Locked only for HER · EH Battery Function Active uint16 R
0x899A (35226)inputR/o 0: failure 1: Activated 2: Deactivated 3: Locked only for inverters with AFCI protection · ARC Self Check Status uint16 R
0x899A (35226)holdingR/o 0: failure 1: Activated 2: Deactivated 3: Locked only for inverters with AFCI protection · ARC Self Check Status uint16 R
0x899B (35227)inputR/o Inverter Heat Sink Temperature · Heatsink Temperature 2 int16 0°CR
0x89B2 (35250)inputR/o Detail information of grid failure,Refer to Table 8-30 · Safety Detailed Error Message uint16 ×4 R
0x89B2 (35250)holdingR/o Detail information of grid failure,Refer to Table 8-30 · Safety Detailed Error Message uint16 ×4 R
0x89B6 (35254)inputR/o Detail information of grid failure,Refer to Table 8-31 · Inverter Detailed Error Message uint16 ×4 R
0x89BA (35258)inputR/o Refer to Table 8-32 · Inverter Detailed Status Message uint16 ×4 R
0x89C4 (35268)inputR/o · Max Grid Frequency within 1min uint16 0HzR
0x89C4 (35268)holdingR/o · Max Grid Frequency within 1min uint16 0HzR
0x89C5 (35269)inputR/o · Min Grid Frequency within 1min uint16 0HzR
0x89C5 (35269)holdingR/o · Min Grid Frequency within 1min uint16 0HzR
0x89C6 (35270)inputR/o · R-phase Max Grid Voltage within 1minute uint16 0VR
0x89C6 (35270)holdingR/o · R-phase Max Grid Voltage within 1minute uint16 0VR
0x89C7 (35271)inputR/o · R-phase Min Grid Voltage within 1minute uint16 0VR
0x89C7 (35271)holdingR/o · R-phase Min Grid Voltage within 1minute uint16 0VR
0x89C8 (35272)inputR/o · S-phase Max Grid Voltage within 1minute uint16 0VR
0x89C8 (35272)holdingR/o · S-phase Max Grid Voltage within 1minute uint16 0VR
0x89C9 (35273)inputR/o · S-phase Min Grid Voltage within 1minute uint16 0VR
0x89C9 (35273)holdingR/o · S-phase Min Grid Voltage within 1minute uint16 0VR
0x89CA (35274)inputR/o · T-phase Max Grid Voltage within 1minute uint16 0VR
0x89CA (35274)holdingR/o · T-phase Max Grid Voltage within 1minute uint16 0VR
0x89CB (35275)inputR/o · T-phase Min Grid Voltage within 1minute uint16 0VR
0x89CB (35275)holdingR/o · T-phase Min Grid Voltage within 1minute uint16 0VR
0x89CC (35276)inputR/o · R-phase Max Backup Power within 1minute uint32 ×2 WR
0x89CC (35276)holdingR/o · R-phase Max Backup Power within 1minute uint32 ×2 WR
0x89CE (35278)inputR/o · S-phase Max Backup Power within 1minute uint32 ×2 WR
0x89CE (35278)holdingR/o · S-phase Max Backup Power within 1minute uint32 ×2 WR
0x89D0 (35280)inputR/o · T-phase Max Backup Power within 1minute uint32 ×2 WR
0x89D0 (35280)holdingR/o · T-phase Max Backup Power within 1minute uint32 ×2 WR
0x89D2 (35282)inputR/o · Max Backup Power within 1minute uint32 ×2 WR
0x89D2 (35282)holdingR/o · Max Backup Power within 1minute uint32 ×2 WR
0x89D4 (35284)inputR/o clear after restart · Grid Hvrt Event Times uint16 R
0x89D4 (35284)holdingR/o clear after restart · Grid Hvrt Event Times uint16 R
0x89D5 (35285)inputR/o clear after restart · Grid Lvrt Event Times uint16 R
0x89D5 (35285)holdingR/o clear after restart · Grid Lvrt Event Times uint16 R
0x89DC (35292)inputR/o · Offline To Online Delay Seconds uint16 sR
0x89DC (35292)holdingR/o · Offline To Online Delay Seconds uint16 sR
0x89DD (35293)inputR/o · Grid Hvrt Status uint16 R
0x89DD (35293)holdingR/o · Grid Hvrt Status uint16 R
0x89DE (35294)inputR/o · Grid Lvrt Status uint16 R
0x89DE (35294)holdingR/o · Grid Lvrt Status uint16 R
0x89DF (35295)inputR/o 1:Australian 2:North American · Safety National Category Flag uint16 R
0x89E2 (35298)inputR/o · Battery1 Sample Voltage uint16 0VR
0x89E3 (35299)inputR/o · Battery2 Sample Voltage uint16 0VR
0x89E5 (35301)inputR/o · PV Total Power uint32 ×2 WR
0x89E5 (35301)holdingR/o · PV Total Power uint32 ×2 WR
0x89E7 (35303)inputR/o · PV channel uint16 R
0x89E7 (35303)holdingR/o · PV channel uint16 R
0x89E8 (35304)inputR/o · PV5 Voltage uint16 0VR
0x89E8 (35304)holdingR/o · PV5 Voltage uint16 0VR
0x89E9 (35305)inputR/o · PV5 Current uint16 0AR
0x89E9 (35305)holdingR/o · PV5 Current uint16 0AR
0x89EA (35306)inputR/o · PV6 Voltage uint16 0VR
0x89EA (35306)holdingR/o · PV6 Voltage uint16 0VR
0x89EB (35307)inputR/o · PV6 Current uint16 0AR
0x89EB (35307)holdingR/o · PV6 Current uint16 0AR
0x89EC (35308)inputR/o · PV7 Voltage uint16 0VR
0x89ED (35309)inputR/o · PV7 Current uint16 0AR
0x89EE (35310)inputR/o · PV8 Voltage uint16 0VR
0x89EF (35311)inputR/o · PV8 Current uint16 0AR
0x89F0 (35312)inputR/o · PV9 Voltage uint16 0VR
0x89F1 (35313)inputR/o · PV9 Current uint16 0AR
0x89F2 (35314)inputR/o · PV10 Voltage uint16 0VR
0x89F3 (35315)inputR/o · PV10 Current uint16 0AR
0x89F4 (35316)inputR/o · PV11 Voltage uint16 0VR
0x89F5 (35317)inputR/o · PV11 Current uint16 0AR
0x89F6 (35318)inputR/o · PV12 Voltage uint16 0VR
0x89F7 (35319)inputR/o · PV12 Current uint16 0AR
0x89F8 (35320)inputR/o · PV13 Voltage uint16 0VR
0x89F9 (35321)inputR/o · PV13 Current uint16 0AR
0x89FA (35322)inputR/o · PV14 Voltage uint16 0VR
0x89FB (35323)inputR/o · PV14 Current uint16 0AR
0x89FC (35324)inputR/o · PV15 Voltage uint16 0VR
0x89FD (35325)inputR/o · PV15 Current uint16 0AR
0x89FE (35326)inputR/o · PV16 Voltage uint16 0VR
0x89FF (35327)inputR/o · PV16 Current uint16 0AR
0x8A00 (35328)inputR/o Warning information, bit mode, different from 35185, specific faults, see the fault table of different models for details · Warning Message uint16 ×2 HexR
0x8A02 (35330)inputR/o · R-phase Avg Grid Voltage within 10minute uint16 0VR
0x8A02 (35330)holdingR/o · R-phase Avg Grid Voltage within 10minute uint16 0VR
0x8A03 (35331)inputR/o · S-phase Avg Grid Voltage within 10minute uint16 0VR
0x8A03 (35331)holdingR/o · S-phase Avg Grid Voltage within 10minute uint16 0VR
0x8A04 (35332)inputR/o · T-phase Avg Grid Voltage within 10minute uint16 0VR
0x8A04 (35332)holdingR/o · T-phase Avg Grid Voltage within 10minute uint16 0VR
0x8A05 (35333)inputR/o Fault information, bit pattern, extended from 35189, for specific faults, please refer to the fault table of different models · Error Message Extend uint16 ×2 HexR
0x8A07 (35335)inputR/o Warning information, bit pattern, extended to 35328, specific faults, see the fault table of different models for details · Warning Message Extend uint16 ×2 HexR
0x8A09 (35337)inputR/o · MPPT 1 Power uint16 WR
0x8A09 (35337)holdingR/o · MPPT 1 Power uint16 WR
0x8A0A (35338)inputR/o · MPPT 2 Power uint16 WR
0x8A0A (35338)holdingR/o · MPPT 2 Power uint16 WR
0x8A0B (35339)inputR/o · MPPT 3 Power uint16 WR
0x8A0B (35339)holdingR/o · MPPT 3 Power uint16 WR
0x8A0C (35340)inputR/o · MPPT 4 Power uint16 WR
0x8A0D (35341)inputR/o · MPPT 5 Power uint16 WR
0x8A0E (35342)inputR/o · MPPT 6 Power uint16 WR
0x8A0F (35343)inputR/o · MPPT 7 Power uint16 WR
0x8A10 (35344)inputR/o · MPPT 8 Power uint16 WR
0x8A11 (35345)inputR/o · MPPT 1 Current uint16 0AR
0x8A11 (35345)holdingR/o · MPPT 1 Current uint16 0AR
0x8A12 (35346)inputR/o · MPPT 2 Current uint16 0AR
0x8A12 (35346)holdingR/o · MPPT 2 Current uint16 0AR
0x8A13 (35347)inputR/o · MPPT 3 Current uint16 0AR
0x8A13 (35347)holdingR/o · MPPT 3 Current uint16 0AR
0x8A14 (35348)inputR/o · MPPT 4 Current uint16 0AR
0x8A15 (35349)inputR/o · MPPT 5 Current uint16 0AR
0x8A16 (35350)inputR/o · MPPT 6 Current uint16 0AR
0x8A17 (35351)inputR/o · MPPT 7 Current uint16 0AR
0x8A18 (35352)inputR/o · MPPT 8 Current uint16 0AR
0x8A19 (35353)inputR/o · R-phase Inventer Reactive Power int32 ×2 VARR
0x8A1B (35355)inputR/o · S-phase Inventer Reactive Power int32 ×2 VARR
0x8A1D (35357)inputR/o · T-phase Inventer Reactive Power int32 ×2 VARR
0x8A1F (35359)inputR/o · R-phase Inventer Apparent Power int32 ×2 VAR
0x8A21 (35361)inputR/o · S-phase Inventer Apparent Power int32 ×2 VAR
0x8A23 (35363)inputR/o · T-phase Inventer Apparent Power int32 ×2 VAR
0x8A25 (35365)inputR/o · ISO Value uint16 0kΩR
0x8A25 (35365)holdingR/o · ISO Value uint16 0kΩR
0x8A26 (35366)inputR/o · generator cumulative energy uint32 ×2 0kWhR
0x8A28 (35368)inputR/o DSP Reads BAT Temperature · BMS Temperature int16 0°CR
0x8A29 (35369)inputR/o 0:Grid mode 1:Generator mode · Generator operating mode uint16 R
0x8B10 (35600)inputR/o Only For BTC · Heatsink Temperarure-DCDC int16 0°CR
0x8B11 (35601)inputR/o Only For BTC · Heatsink Temperarure-MPPT int16 0°CR
0x8B12 (35602)inputR/o Only For BTC · Heatsink Temperarure-STS int16 0°CR
0x8CA0 (36000)inputR/o 01:WIFI 02:GPRS 03:LAN 04 / 05: WIFI / LAN mode of WIFIi+LAN module 06 / 07: WIFI / LAN mode of WIFIi+LAN 2.0 module · Communication Mode uint16 R
0x8CA0 (36000)holdingR/o 01:WIFI 02:GPRS 03:LAN 04 / 05: WIFI / LAN mode of WIFIi+LAN module 06 / 07: WIFI / LAN mode of WIFIi+LAN 2.0 module · Communication Mode uint16 R
0x8CA1 (36001)inputR/o RSSI of wifi module · RSSI uint16 R
0x8CA1 (36001)holdingR/o RSSI of wifi module · RSSI uint16 R
0x8CA2 (36002)inputR/o EMS protocol code · ManufacturerCode uint16 R
0x8CA2 (36002)holdingR/o EMS protocol code · ManufacturerCode uint16 R
0x8CA3 (36003)inputR/o 0: Not detected 1: Correct connection 2: Connection reverse (CT) 4: Incorrect connection 8: CT and voltage are out of phase · MeterConnectStatus uint16 HexR
0x8CA3 (36003)holdingR/o 0: Not detected 1: Correct connection 2: Connection reverse (CT) 4: Incorrect connection 8: CT and voltage are out of phase · MeterConnectStatus uint16 HexR
0x8CA4 (36004)inputR/o 1: Success 0: Failure · Meter Communication Status uint16 R
0x8CA4 (36004)holdingR/o 1: Success 0: Failure · Meter Communication Status uint16 R
0x8CA5 (36005)inputR/o If ARM Version > 9, please refer to 36019~36041 · R Phase Meter Active Power int16 WR
0x8CA5 (36005)holdingR/o If ARM Version > 9, please refer to 36019~36041 · R Phase Meter Active Power int16 WR
0x8CA6 (36006)inputR/o If ARM Version > 9, please refer to 36019~36041 · S Phase Meter Active Power int16 WR
0x8CA6 (36006)holdingR/o If ARM Version > 9, please refer to 36019~36041 · S Phase Meter Active Power int16 WR
0x8CA7 (36007)inputR/o If ARM Version > 9, please refer to 36019~36041 · T Phase Meter Active Power int16 WR
0x8CA7 (36007)holdingR/o If ARM Version > 9, please refer to 36019~36041 · T Phase Meter Active Power int16 WR
0x8CA8 (36008)inputR/o If ARM Version > 9, please refer to 36019~36041 · Meter Total Active Power int16 WR
0x8CA8 (36008)holdingR/o If ARM Version > 9, please refer to 36019~36041 · Meter Total Active Power int16 WR
0x8CA9 (36009)inputR/o If ARM Version > 9, please refer to 36019~36041 · Meter Total Reactive Power int16 VARR
0x8CA9 (36009)holdingR/o If ARM Version > 9, please refer to 36019~36041 · Meter Total Reactive Power int16 VARR
0x8CAA (36010)inputR/o · R Phase Meter Power Factor int16 R
0x8CAA (36010)holdingR/o · R Phase Meter Power Factor int16 R
0x8CAB (36011)inputR/o · S Phase Meter Power Factor int16 R
0x8CAB (36011)holdingR/o · S Phase Meter Power Factor int16 R
0x8CAC (36012)inputR/o · T Phase Meter Power Factor int16 R
0x8CAC (36012)holdingR/o · T Phase Meter Power Factor int16 R
0x8CAD (36013)inputR/o · Meter Power Factor int16 R
0x8CAD (36013)holdingR/o · Meter Power Factor int16 R
0x8CAE (36014)inputR/o · Meter Frequence uint16 0HzR
0x8CAE (36014)holdingR/o · Meter Frequence uint16 0HzR
0x8CAF (36015)inputR/o Total Energy To Grid. Read from meter · Energy-Total-Sell uint16 ×2 R
0x8CAF (36015)holdingR/o Total Energy To Grid. Read from meter · Energy-Total-Sell uint16 ×2 R
0x8CB1 (36017)inputR/o Total Energy From Grid. Read from meter · Energy-Total-Buy uint16 ×2 R
0x8CB1 (36017)holdingR/o Total Energy From Grid. Read from meter · Energy-Total-Buy uint16 ×2 R
0x8CB3 (36019)inputR/o the address of ARM Version > 9 · R Phase Meter Active Power int32 ×2 WR
0x8CB3 (36019)holdingR/o the address of ARM Version > 9 · R Phase Meter Active Power int32 ×2 WR
0x8CB5 (36021)inputR/o the address of ARM Version > 9 · S Phase Meter Active Power int32 ×2 WR
0x8CB5 (36021)holdingR/o the address of ARM Version > 9 · S Phase Meter Active Power int32 ×2 WR
0x8CB7 (36023)inputR/o the address of ARM Version > 9 · T Phase Meter Active Power int32 ×2 WR
0x8CB7 (36023)holdingR/o the address of ARM Version > 9 · T Phase Meter Active Power int32 ×2 WR
0x8CB9 (36025)inputR/o the address of ARM Version > 9 · Meter Total Active Power int32 ×2 WR
0x8CB9 (36025)holdingR/o the address of ARM Version > 9 · Meter Total Active Power int32 ×2 WR
0x8CBB (36027)inputR/o the address of ARM Version > 9 · R Phase Meter Reactive Power int32 ×2 VARR
0x8CBB (36027)holdingR/o the address of ARM Version > 9 · R Phase Meter Reactive Power int32 ×2 VARR
0x8CBD (36029)inputR/o the address of ARM Version > 9 · S Phase Meter Reactive Power int32 ×2 VARR
0x8CBD (36029)holdingR/o the address of ARM Version > 9 · S Phase Meter Reactive Power int32 ×2 VARR
0x8CBF (36031)inputR/o the address of ARM Version > 9 · T Phase Meter Reactive Power int32 ×2 VARR
0x8CBF (36031)holdingR/o the address of ARM Version > 9 · T Phase Meter Reactive Power int32 ×2 VARR
0x8CC1 (36033)inputR/o the address of ARM Version > 9 · Meter Total Reactive Power int32 ×2 VARR
0x8CC1 (36033)holdingR/o the address of ARM Version > 9 · Meter Total Reactive Power int32 ×2 VARR
0x8CC3 (36035)inputR/o the address of ARM Version > 9 · R Phase Meter Apparent Power int32 ×2 VAR
0x8CC3 (36035)holdingR/o the address of ARM Version > 9 · R Phase Meter Apparent Power int32 ×2 VAR
0x8CC5 (36037)inputR/o the address of ARM Version > 9 · S Phase Meter Apparent Power int32 ×2 VAR
0x8CC5 (36037)holdingR/o the address of ARM Version > 9 · S Phase Meter Apparent Power int32 ×2 VAR
0x8CC7 (36039)inputR/o the address of ARM Version > 9 · T Phase Meter Apparent Power int32 ×2 VAR
0x8CC7 (36039)holdingR/o the address of ARM Version > 9 · T Phase Meter Apparent Power int32 ×2 VAR
0x8CC9 (36041)inputR/o the address of ARM Version > 9 · Meter Total Apparent Power int32 ×2 VAR
0x8CC9 (36041)holdingR/o the address of ARM Version > 9 · Meter Total Apparent Power int32 ×2 VAR
0x8CCB (36043)inputR/o Only for GoodWe Smart Meter (0:Single phase 1:3P3W 2:3P4W 3:HomeKit 4:GM1000D) · Meter Type uint16 R
0x8CCB (36043)holdingR/o Only for GoodWe Smart Meter (0:Single phase 1:3P3W 2:3P4W 3:HomeKit 4:GM1000D) · Meter Type uint16 R
0x8CCC (36044)inputR/o Only for GoodWe Smart Meter · Meter Software Version uint16 R
0x8CCC (36044)holdingR/o Only for GoodWe Smart Meter · Meter Software Version uint16 R
0x8CCD (36045)inputR/o Only for AC Couple inverter.Detect PV inverter power · Meter CT2 Active Power int32 ×2 WR
0x8CCF (36047)inputR/o · CT2-Energy-Total-Sell uint32 ×2 0kWhR
0x8CD1 (36049)inputR/o · CT2-Energy-Total-Buy uint32 ×2 0kWhR
0x8CD3 (36051)inputR/o · MTCT2 Status uint16 R
0x8CD4 (36052)inputR/o · R Phase Meter Voltage uint16 0VR
0x8CD4 (36052)holdingR/o · R Phase Meter Voltage uint16 0VR
0x8CD5 (36053)inputR/o · S Phase Meter Voltage uint16 0VR
0x8CD5 (36053)holdingR/o · S Phase Meter Voltage uint16 0VR
0x8CD6 (36054)inputR/o · T Phase Meter Voltage uint16 0VR
0x8CD6 (36054)holdingR/o · T Phase Meter Voltage uint16 0VR
0x8CD7 (36055)inputR/o · R Phase Meter Current uint16 0AR
0x8CD7 (36055)holdingR/o · R Phase Meter Current uint16 0AR
0x8CD8 (36056)inputR/o · S Phase Meter Current uint16 0AR
0x8CD8 (36056)holdingR/o · S Phase Meter Current uint16 0AR
0x8CD9 (36057)inputR/o · T Phase Meter Current uint16 0AR
0x8CD9 (36057)holdingR/o · T Phase Meter Current uint16 0AR
0x8CE1 (36065)inputR/o · ARC fault channel uint16 R
0x8CE1 (36065)holdingR/o · ARC fault channel uint16 R
0x8CE2 (36066)inputR/o Bit0(Communication status between SEC1000S and inverters.) Bit1(Communication status between parallel inverters.)-- 0:NG 1:Success · Parallel Communication Status uint16 R
0x8CE3 (36067)inputR/o AFCI Version · ARC Software Version uint16 R
0x8CE3 (36067)holdingR/o AFCI Version · ARC Software Version uint16 R
0x8CFC (36092)inputR/o Dedicated to ARM745 and 753 platforms · R Phase Active Energy Total Sell uint64 ×4 0kWhR
0x8CFC (36092)holdingR/o Dedicated to ARM745 and 753 platforms · R Phase Active Energy Total Sell uint64 ×4 0kWhR
0x8D00 (36096)inputR/o Dedicated to ARM745 and 753 platforms · S Phase Active Energy Total Sell uint64 ×4 0kWhR
0x8D00 (36096)holdingR/o Dedicated to ARM745 and 753 platforms · S Phase Active Energy Total Sell uint64 ×4 0kWhR
0x8D04 (36100)inputR/o Dedicated to ARM745 and 753 platforms · T Phase Active Energy Total Sell uint64 ×4 0kWhR
0x8D04 (36100)holdingR/o Dedicated to ARM745 and 753 platforms · T Phase Active Energy Total Sell uint64 ×4 0kWhR
0x8D08 (36104)inputR/o Dedicated to ARM745 and 753 platforms · Active Energy Total Sell Total uint64 ×4 0kWhR
0x8D08 (36104)holdingR/o Dedicated to ARM745 and 753 platforms · Active Energy Total Sell Total uint64 ×4 0kWhR
0x8D0C (36108)inputR/o Dedicated to ARM745 and 753 platforms · R Phase Active Energy Total Buy uint64 ×4 0kWhR
0x8D0C (36108)holdingR/o Dedicated to ARM745 and 753 platforms · R Phase Active Energy Total Buy uint64 ×4 0kWhR
0x8D10 (36112)inputR/o Dedicated to ARM745 and 753 platforms · S Phase Active Energy Total Buy uint64 ×4 0kWhR
0x8D10 (36112)holdingR/o Dedicated to ARM745 and 753 platforms · S Phase Active Energy Total Buy uint64 ×4 0kWhR
0x8D14 (36116)inputR/o Dedicated to ARM745 and 753 platforms · T Phase Active Energy Total Buy uint64 ×4 0kWhR
0x8D14 (36116)holdingR/o Dedicated to ARM745 and 753 platforms · T Phase Active Energy Total Buy uint64 ×4 0kWhR
0x8D18 (36120)inputR/o Dedicated to ARM745 and 753 platforms · Active Energy Total Buy Total uint64 ×4 0kWhR
0x8D18 (36120)holdingR/o Dedicated to ARM745 and 753 platforms · Active Energy Total Buy Total uint64 ×4 0kWhR
0x8D1C (36124)inputR/o High Byte Year / Low Byte Month: 0D-63 / 01-0C · Real-Time Clock_Year Month uint16 HexR
0x8D1C (36124)holdingR/o High Byte Year / Low Byte Month: 0D-63 / 01-0C · Real-Time Clock_Year Month uint16 HexR
0x8D1D (36125)inputR/o High Byte Day/Low Byte Hour: 01-1F / 00-17 · Real-Time Clock_Day Hour uint16 HexR
0x8D1D (36125)holdingR/o High Byte Day/Low Byte Hour: 01-1F / 00-17 · Real-Time Clock_Day Hour uint16 HexR
0x8D1E (36126)inputR/o High Byte minute/Low Byte Second: 0-3B / 0-3B · Real-Time Clock_Minute Second uint16 HexR
0x8D1E (36126)holdingR/o High Byte minute/Low Byte Second: 0-3B / 0-3B · Real-Time Clock_Minute Second uint16 HexR
0x8D1F (36127)inputR/o used for the second channel of metering data · R Phase Meter Active Power int32 ×2 WR
0x8D21 (36129)inputR/o used for the second channel of metering data · S Phase Meter Active Power int32 ×2 WR
0x8D23 (36131)inputR/o used for the second channel of metering data · T Phase Meter Active Power int32 ×2 WR
0x8D25 (36133)inputR/o used for the second channel of metering data · Meter Total Active Power int32 ×2 WR
0x8D27 (36135)inputR/o Dedicated to ARM745 and 753 platforms, used for the second channel of metering data · R Phase Active Energy Total Sell uint64 ×4 0kWhR
0x8D2B (36139)inputR/o Dedicated to ARM745 and 753 platforms, used for the second channel of metering data · S Phase Active Energy Total Sell uint64 ×4 0kWhR
0x8D2F (36143)inputR/o Dedicated to ARM745 and 753 platforms, used for the second channel of metering data · T Phase Active Energy Total Sell uint64 ×4 0kWhR
0x8D33 (36147)inputR/o Dedicated to ARM745 and 753 platforms, used for the second channel of metering data · Active Energy Total Sell Total uint64 ×4 0kWhR
0x8D37 (36151)inputR/o Dedicated to ARM745 and 753 platforms, used for the second channel of metering data · R Phase Active Energy Total Buy uint64 ×4 0kWhR
0x8D3B (36155)inputR/o Dedicated to ARM745 and 753 platforms, used for the second channel of metering data · S Phase Active Energy Total Buy uint64 ×4 0kWhR
0x8D3F (36159)inputR/o Dedicated to ARM745 and 753 platforms, used for the second channel of metering data · T Phase Active Energy Total Buy uint64 ×4 0kWhR
0x8D43 (36163)inputR/o Dedicated to ARM745 and 753 platforms, used for the second channel of metering data · Active Energy Total Buy Total uint64 ×4 0kWhR
0x8D4B (36171)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 1 uint16 R
0x8D4C (36172)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 2 uint16 R
0x8D4D (36173)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 3 uint16 R
0x8D4E (36174)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 4 uint16 R
0x8D4F (36175)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 5 uint16 R
0x8D50 (36176)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 6 uint16 R
0x8D51 (36177)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 7 uint16 R
0x8D52 (36178)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 8 uint16 R
0x8D53 (36179)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 9 uint16 R
0x8D54 (36180)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 10 uint16 R
0x8D55 (36181)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 11 uint16 R
0x8D56 (36182)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 12 uint16 R
0x8D57 (36183)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 13 uint16 R
0x8D58 (36184)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 14 uint16 R
0x8D59 (36185)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 15 uint16 R
0x8D5A (36186)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 16 uint16 R
0x8D5B (36187)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 17 uint16 R
0x8D5C (36188)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 18 uint16 R
0x8D5D (36189)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 19 uint16 R
0x8D5E (36190)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 20 uint16 R
0x8D5F (36191)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 21 uint16 R
0x8D60 (36192)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 22 uint16 R
0x8D61 (36193)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 23 uint16 R
0x8D62 (36194)inputR/o unexecuted: 0 running: 1 execution is completed: 2 · SAPN FeedPower State 24 uint16 R
0x8D63 (36195)inputR/o · SAPN FeedPower Limit int32 ×2 WR
0x8D65 (36197)inputR/o 0: Grid mode 1: Generator mode · Generator operating mode uint16 R
0x8D65 (36197)holdingR/o 0: Grid mode 1: Generator mode · Generator operating mode uint16 R
0x8D66 (36198)inputR/o · Communication Module software version string ×10 R
0x8D66 (36198)holdingR/o · Communication Module software version string ×10 R
0x9088 (37000)inputR/o Demand Response Enabling Device (DRED) only for Australia, refere to table 8-15 · DRM Status uint16 R
0x9089 (37001)inputR/o Battery manufactor index setting · BattTypeIndex uint16 R
0x9089 (37001)holdingR/o Battery manufactor index setting · BattTypeIndex uint16 R
0x908A (37002)inputR/o · BMS1 Status uint16 R
0x908A (37002)holdingR/o · BMS1 Status uint16 R
0x908B (37003)inputR/o · BMS1 Package Temperature uint16 0°CR
0x908B (37003)holdingR/o · BMS1 Package Temperature uint16 0°CR
0x908C (37004)inputR/o · BMS1 Max Charge Current uint16 AR
0x908C (37004)holdingR/o · BMS1 Max Charge Current uint16 AR
0x908D (37005)inputR/o · BMS1 Max Discharge Current uint16 AR
0x908D (37005)holdingR/o · BMS1 Max Discharge Current uint16 AR
0x908E (37006)inputR/o · BMS1 Error Code Low uint16 R
0x908E (37006)holdingR/o · BMS1 Error Code Low uint16 R
0x908F (37007)inputR/o Capacity of BAT1 · BMS1 SOC uint16 %R
0x908F (37007)holdingR/o Capacity of BAT1 · BMS1 SOC uint16 %R
0x9090 (37008)inputR/o · BMS1 SOH uint16 %R
0x9090 (37008)holdingR/o · BMS1 SOH uint16 %R
0x9091 (37009)inputR/o · BMS1 Battery Strings uint16 R
0x9091 (37009)holdingR/o · BMS1 Battery Strings uint16 R
0x9092 (37010)inputR/o · BMS1 Warning Code Low uint16 R
0x9092 (37010)holdingR/o · BMS1 Warning Code Low uint16 R
0x9093 (37011)inputR/o · BMS1 Battery Protocol uint16 R
0x9093 (37011)holdingR/o · BMS1 Battery Protocol uint16 R
0x9094 (37012)inputR/o · BMS1 Error Code High uint16 R
0x9094 (37012)holdingR/o · BMS1 Error Code High uint16 R
0x9095 (37013)inputR/o · BMS1 Warning Code High uint16 R
0x9095 (37013)holdingR/o · BMS1 Warning Code High uint16 R
0x9096 (37014)inputR/o · BMS1 Software Version uint16 R
0x9096 (37014)holdingR/o · BMS1 Software Version uint16 R
0x9097 (37015)inputR/o · BMS1 Battery Hardware Version uint16 R
0x9097 (37015)holdingR/o · BMS1 Battery Hardware Version uint16 R
0x9098 (37016)inputR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS1 Maximum Cell Temperature ID uint16 HexR
0x9098 (37016)holdingR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS1 Maximum Cell Temperature ID uint16 HexR
0x9099 (37017)inputR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS1 Minimum Cell Temperature ID uint16 HexR
0x9099 (37017)holdingR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS1 Minimum Cell Temperature ID uint16 HexR
0x909A (37018)inputR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS1 Maximum Cell Voltage ID uint16 HexR
0x909A (37018)holdingR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS1 Maximum Cell Voltage ID uint16 HexR
0x909B (37019)inputR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS1 Minimum Cell Voltage ID uint16 HexR
0x909B (37019)holdingR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS1 Minimum Cell Voltage ID uint16 HexR
0x909C (37020)inputR/o · BMS1 Maximum Cell Temperature uint16 0°CR
0x909C (37020)holdingR/o · BMS1 Maximum Cell Temperature uint16 0°CR
0x909D (37021)inputR/o · BMS1 Minimum Cell Temperature uint16 0°CR
0x909D (37021)holdingR/o · BMS1 Minimum Cell Temperature uint16 0°CR
0x909E (37022)inputR/o · BMS1 Maximum Cell Voltage uint16 mVR
0x909E (37022)holdingR/o · BMS1 Maximum Cell Voltage uint16 mVR
0x909F (37023)inputR/o · BMS1 Minimum Cell Voltage uint16 mVR
0x909F (37023)holdingR/o · BMS1 Minimum Cell Voltage uint16 mVR
0x90A0 (37024)inputR/o (GW BAT only)BAT system running status 0: Init 1: Idle 2: Standby 3: Run 4: Sleep 5: Shutdown 6: Fault 7: Update · BMS1 Pass Infomation 1 uint16 R
0x90A1 (37025)inputR/o · BMS1 Pass Infomation 2 uint16 R
0x90A2 (37026)inputR/o · BMS1 Pass Infomation 3 uint16 R
0x90A3 (37027)inputR/o · BMS1 Pass Infomation 4 uint16 R
0x90A4 (37028)inputR/o · BMS1 Pass Infomation 5 uint16 R
0x90A5 (37029)inputR/o · BMS1 Pass Infomation 6 uint16 R
0x90A6 (37030)inputR/o · BMS1 Pass Infomation 7 uint16 R
0x90A7 (37031)inputR/o · BMS1 Pass Infomation 8 uint16 R
0x90A8 (37032)inputR/o · BMS1 Pass Infomation 9 uint16 R
0x90A9 (37033)inputR/o · BMS1 Pass Infomation 10 uint16 R
0x90AA (37034)inputR/o · BMS1 Pass Infomation 11 uint16 R
0x90AB (37035)inputR/o · BMS1 Pass Infomation 12 uint16 R
0x90AC (37036)inputR/o · BMS1 Pass Infomation 13 uint16 R
0x90AD (37037)inputR/o · BMS1 Pass Infomation 14 uint16 R
0x90AE (37038)inputR/o · BMS1 Pass Infomation 15 uint16 R
0x90AF (37039)inputR/o · BMS1 Pass Infomation 16 uint16 R
0x90B0 (37040)inputR/o · BMS1 Pass Infomation 17 uint16 R
0x90B1 (37041)inputR/o · BMS1 Pass Infomation 18 uint16 R
0x90B2 (37042)inputR/o · BMS1 Pass Infomation 19 uint16 R
0x90B3 (37043)inputR/o · BMS1 Pass Infomation 20 uint16 R
0x90B4 (37044)inputR/o · BMS1 Pass Infomation 21 uint16 R
0x90B5 (37045)inputR/o · BMS1 Pass Infomation 22 uint16 R
0x90B6 (37046)inputR/o · BMS1 Pass Infomation 23 uint16 R
0x90B7 (37047)inputR/o · BMS1 Pass Infomation 24 uint16 R
0x90B8 (37048)inputR/o · BMS1 Pass Infomation 25 uint16 R
0x90B9 (37049)inputR/o · BMS1 Pass Infomation 26 uint16 R
0x90BA (37050)inputR/o · BMS1 Pass Infomation 27 uint16 R
0x90BB (37051)inputR/o · BMS1 Pass Infomation 28 uint16 R
0x90BC (37052)inputR/o · BMS1 Pass Infomation 29 uint16 R
0x90BD (37053)inputR/o · BMS1 Pass Infomation 30 uint16 R
0x90BE (37054)inputR/o · BMS1 Pass Infomation 31 uint16 R
0x90BF (37055)inputR/o · BMS1 Pass Infomation 32 uint16 R
0x90C0 (37056)inputR/o · BMS1 Battery Total Charge Energy uint32 ×2 0kWhR
0x90C0 (37056)holdingR/o · BMS1 Battery Total Charge Energy uint32 ×2 0kWhR
0x90C2 (37058)inputR/o · BMS1 Battery Total Discharge Energy uint32 ×2 0kWhR
0x90C2 (37058)holdingR/o · BMS1 Battery Total Discharge Energy uint32 ×2 0kWhR
0x90C4 (37060)inputR/o · BMS1 Battery SN string ×16 R
0x90C4 (37060)holdingR/o · BMS1 Battery SN string ×16 R
0x90D4 (37076)inputR/o · BMS1 Rated Capacity uint16 0kWhR
0x90D4 (37076)holdingR/o · BMS1 Rated Capacity uint16 0kWhR
0x90D5 (37077)inputR/o · BMS1 Cluster NUM uint16 R
0x90D5 (37077)holdingR/o · BMS1 Cluster NUM uint16 R
0x90D6 (37078)inputR/o Register + Online · BMS1 Cluster number uint16 R
0x90D6 (37078)holdingR/o Register + Online · BMS1 Cluster number uint16 R
0x911E (37150)inputR/o 0x00: Shutdown 0x01: Blowing 0x02: Cooling 0x03: Warming 0x04: Arefaction 0xFFFF: Unsupport · Air conditioner status uint16 R
0x911F (37151)inputR/o outlet air temperature · Coil temperature uint16 0°CR
0x9120 (37152)inputR/o · Condensing temperature uint16 0°CR
0x9121 (37153)inputR/o · Room temperature uint16 0°CR
0x9122 (37154)inputR/o · Room RH uint16 %R
0x9123 (37155)inputR/o · AC Voltage uint16 0VR
0x9124 (37156)inputR/o · Frost temperature uint16 0°CR
0x9125 (37157)inputR/o · Internal Fan Speed uint16 r/minR
0x9126 (37158)inputR/o · External Fan Speed uint16 r/minR
0x9858 (39000)inputR/o · BMS2 Status uint16 R
0x9858 (39000)holdingR/o · BMS2 Status uint16 R
0x9859 (39001)inputR/o · BMS2 Package Temperature uint16 0°CR
0x9859 (39001)holdingR/o · BMS2 Package Temperature uint16 0°CR
0x985A (39002)inputR/o · BMS2 Max Charge Current uint16 AR
0x985A (39002)holdingR/o · BMS2 Max Charge Current uint16 AR
0x985B (39003)inputR/o · BMS2 Max Discharge Current uint16 AR
0x985B (39003)holdingR/o · BMS2 Max Discharge Current uint16 AR
0x985C (39004)inputR/o · BMS2 Error Code Low uint16 R
0x985C (39004)holdingR/o · BMS2 Error Code Low uint16 R
0x985D (39005)inputR/o Capacity of BAT2 · BMS2 SOC uint16 %R
0x985D (39005)holdingR/o Capacity of BAT2 · BMS2 SOC uint16 %R
0x985E (39006)inputR/o · BMS2 SOH uint16 %R
0x985E (39006)holdingR/o · BMS2 SOH uint16 %R
0x985F (39007)inputR/o · BMS2 Battery Strings uint16 R
0x985F (39007)holdingR/o · BMS2 Battery Strings uint16 R
0x9860 (39008)inputR/o · BMS2 Warning Code Low uint16 R
0x9860 (39008)holdingR/o · BMS2 Warning Code Low uint16 R
0x9861 (39009)inputR/o · BMS2 Battery Protocol uint16 R
0x9861 (39009)holdingR/o · BMS2 Battery Protocol uint16 R
0x9862 (39010)inputR/o · BMS2 Error Code High uint16 R
0x9862 (39010)holdingR/o · BMS2 Error Code High uint16 R
0x9863 (39011)inputR/o · BMS2 Warning Code High uint16 R
0x9863 (39011)holdingR/o · BMS2 Warning Code High uint16 R
0x9864 (39012)inputR/o · BMS2 Software Version uint16 R
0x9864 (39012)holdingR/o · BMS2 Software Version uint16 R
0x9865 (39013)inputR/o · BMS2 Battery Hardware Version uint16 R
0x9865 (39013)holdingR/o · BMS2 Battery Hardware Version uint16 R
0x9866 (39014)inputR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS2 Maximum Cell Temperature ID uint16 HexR
0x9866 (39014)holdingR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS2 Maximum Cell Temperature ID uint16 HexR
0x9867 (39015)inputR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS2 Minimum Cell Temperature ID uint16 HexR
0x9867 (39015)holdingR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS2 Minimum Cell Temperature ID uint16 HexR
0x9868 (39016)inputR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS2 Maximum Cell Voltage ID uint16 HexR
0x9868 (39016)holdingR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS2 Maximum Cell Voltage ID uint16 HexR
0x9869 (39017)inputR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS2 Minimum Cell Voltage ID uint16 HexR
0x9869 (39017)holdingR/o Battery module ID (1 Byte) + Battery sampling point (1 Byte) · BMS2 Minimum Cell Voltage ID uint16 HexR
0x986A (39018)inputR/o · BMS2 Maximum Cell Temperature uint16 0°CR
0x986A (39018)holdingR/o · BMS2 Maximum Cell Temperature uint16 0°CR
0x986B (39019)inputR/o · BMS2 Minimum Cell Temperature uint16 0°CR
0x986B (39019)holdingR/o · BMS2 Minimum Cell Temperature uint16 0°CR
0x986C (39020)inputR/o · BMS2 Maximum Cell Voltage uint16 mVR
0x986C (39020)holdingR/o · BMS2 Maximum Cell Voltage uint16 mVR
0x986D (39021)inputR/o · BMS2 Minimum Cell Voltage uint16 mVR
0x986D (39021)holdingR/o · BMS2 Minimum Cell Voltage uint16 mVR
0x986E (39022)inputR/o (GW BAT only)BAT system running status 0: Init 1: Idle 2: Standby 3: Run 4: Sleep 5: Shutdown 6: Fault 7: Update · BMS2 Pass Infomation 1 uint16 R
0x986F (39023)inputR/o · BMS2 Pass Infomation 2 uint16 R
0x9870 (39024)inputR/o · BMS2 Pass Infomation 3 uint16 R
0x9871 (39025)inputR/o · BMS2 Pass Infomation 4 uint16 R
0x9872 (39026)inputR/o · BMS2 Pass Infomation 5 uint16 R
0x9873 (39027)inputR/o · BMS2 Pass Infomation 6 uint16 R
0x9874 (39028)inputR/o · BMS2 Pass Infomation 7 uint16 R
0x9875 (39029)inputR/o · BMS2 Pass Infomation 8 uint16 R
0x9876 (39030)inputR/o · BMS2 Pass Infomation 9 uint16 R
0x9877 (39031)inputR/o · BMS2 Pass Infomation 10 uint16 R
0x9878 (39032)inputR/o · BMS2 Pass Infomation 11 uint16 R
0x9879 (39033)inputR/o · BMS2 Pass Infomation 12 uint16 R
0x987A (39034)inputR/o · BMS2 Pass Infomation 13 uint16 R
0x987B (39035)inputR/o · BMS2 Pass Infomation 14 uint16 R
0x987C (39036)inputR/o · BMS2 Pass Infomation 15 uint16 R
0x987D (39037)inputR/o · BMS2 Pass Infomation 16 uint16 R
0x987E (39038)inputR/o · BMS2 Pass Infomation 17 uint16 R
0x987F (39039)inputR/o · BMS2 Pass Infomation 18 uint16 R
0x9880 (39040)inputR/o · BMS2 Pass Infomation 19 uint16 R
0x9881 (39041)inputR/o · BMS2 Pass Infomation 20 uint16 R
0x9882 (39042)inputR/o · BMS2 Pass Infomation 21 uint16 R
0x9883 (39043)inputR/o · BMS2 Pass Infomation 22 uint16 R
0x9884 (39044)inputR/o · BMS2 Pass Infomation 23 uint16 R
0x9885 (39045)inputR/o · BMS2 Pass Infomation 24 uint16 R
0x9886 (39046)inputR/o · BMS2 Pass Infomation 25 uint16 R
0x9887 (39047)inputR/o · BMS2 Pass Infomation 26 uint16 R
0x9888 (39048)inputR/o · BMS2 Pass Infomation 27 uint16 R
0x9889 (39049)inputR/o · BMS2 Pass Infomation 28 uint16 R
0x988A (39050)inputR/o · BMS2 Pass Infomation 29 uint16 R
0x988B (39051)inputR/o · BMS2 Pass Infomation 30 uint16 R
0x988C (39052)inputR/o · BMS2 Pass Infomation 31 uint16 R
0x988D (39053)inputR/o · BMS2 Pass Infomation 32 uint16 R
0x988E (39054)inputR/o · BMS2 Battery Total Charge Energy uint32 ×2 0kWhR
0x988E (39054)holdingR/o · BMS2 Battery Total Charge Energy uint32 ×2 0kWhR
0x9891 (39057)inputR/o · BMS2 Battery Total Discharge Energy uint32 ×2 0kWhR
0x9891 (39057)holdingR/o · BMS2 Battery Total Discharge Energy uint32 ×2 0kWhR
0x9892 (39058)inputR/o · BMS2 Battery SN uint16 ×16 R
0x9892 (39058)holdingR/o · BMS2 Battery SN uint16 ×16 R
0x98A2 (39074)inputR/o · BMS2 Rated Capacity uint16 0kWhR
0x98A2 (39074)holdingR/o · BMS2 Rated Capacity uint16 0kWhR
0x98A3 (39075)inputR/o · BMS2 Cluster NUM uint16 R
0x98A3 (39075)holdingR/o · BMS2 Cluster NUM uint16 R
0x98A4 (39076)inputR/o Register + Online · BMS2 Cluster number uint16 R
0x98A4 (39076)holdingR/o Register + Online · BMS2 Cluster number uint16 R
0x9A4B (39499)inputR/o 0: LV BAT 1:HV BAT · LG battery type uint16 R
0x9A4C (39500)inputR/o · LG Wakeup Data analyze Flag uint16 R
0x9A4D (39501)inputR/o · LG Running Data analyze Flag uint16 R
0x9A4E (39502)inputR/o · LG Fault Data analyze Flag uint16 R
0x9A4F (39503)inputR/o · BMS1 Battery state uint16 R
0x9A50 (39504)inputR/o · BMS1 DC Bus voltage uint16 0VR
0x9A51 (39505)inputR/o · BMS1 Real-time power int16 WR
0x9A52 (39506)inputR/o · BMS1 Full pack energy available uint16 WhR
0x9A53 (39507)inputR/o · BMS1 Energy remaining uint16 WhR
0x9A54 (39508)inputR/o · BMS1 Lifetime energy charged uint32 ×2 WhR
0x9A56 (39510)inputR/o · BMS1 Lifetime energy discharged uint32 ×2 WhR
0x9A58 (39512)inputR/o · BMS1 Pack max available charge power uint16 WR
0x9A59 (39513)inputR/o · BMS1 Pack max available discharge power uint16 WR
0x9A5A (39514)inputR/o · BMS1 Battery voltage uint16 0VR
0x9A5B (39515)inputR/o · BMS1 Battery current int16 0AR
0x9A5C (39516)inputR/o · BMS1 Battery max temperature int16 0°CR
0x9A5D (39517)inputR/o · BMS1 Battery min temperature int16 0°CR
0x9A5E (39518)inputR/o · BMS1 DC Bus current int16 0AR
0x9A5F (39519)inputR/o · BMS1 State of charge uint16 0%R
0x9A60 (39520)inputR/o · BMS1 State of health uint16 0%R
0x9A61 (39521)inputR/o · BMS1 Charge current limit uint16 0AR
0x9A62 (39522)inputR/o · BMS1 Discharge current uint16 0AR
0x9A63 (39523)inputR/o · BMS1 CB status uint16 R
0x9A64 (39524)inputR/o · BMS1 Battery diagnosis result uint16 R
0x9A7E (39550)inputR/o · BMS2 Battery state uint16 R
0x9A7F (39551)inputR/o · BMS2 DC Bus voltage uint16 0VR
0x9A80 (39552)inputR/o · BMS2 Real-time power int16 WR
0x9A81 (39553)inputR/o · BMS2 Full pack energy available uint16 WhR
0x9A82 (39554)inputR/o · BMS2 Energy remaining uint16 WhR
0x9A83 (39555)inputR/o · BMS2 Lifetime energy charged uint32 ×2 WhR
0x9A85 (39557)inputR/o · BMS2 Lifetime energy discharged uint32 ×2 WhR
0x9A87 (39559)inputR/o · BMS2 Pack max available charge power uint16 WR
0x9A88 (39560)inputR/o · BMS2 Pack max available discharge power uint16 WR
0x9A89 (39561)inputR/o · BMS2 Battery voltage uint16 0VR
0x9A8A (39562)inputR/o · BMS2 Battery current int16 0AR
0x9A8B (39563)inputR/o · BMS2 Battery max temperature int16 0°CR
0x9A8C (39564)inputR/o · BMS2 Battery min temperature int16 0°CR
0x9A8D (39565)inputR/o · BMS2 DC Bus current int16 0AR
0x9A8E (39566)inputR/o · BMS2 State of charge uint16 0%R
0x9A8F (39567)inputR/o · BMS2 State of health uint16 0%R
0x9A90 (39568)inputR/o · BMS2 Charge current limit uint16 0AR
0x9A91 (39569)inputR/o · BMS2 Discharge current uint16 0AR
0x9A92 (39570)inputR/o · BMS2 CB status uint16 R
0x9A93 (39571)inputR/o · BMS2 Battery diagnosis result uint16 R
0x9AB0 (39600)inputR/o · BMS1 Protocol version number uint16 R
0x9AB1 (39601)inputR/o · BMS1 Battery serial number uint32 ×2 R
0x9AB3 (39603)inputR/o · BMS1 DC/DC FW version1 uint16 R
0x9AB4 (39604)inputR/o · BMS1 DC/DC FW version2 uint16 R
0x9AB5 (39605)inputR/o · BMS1 FW version uint32 ×2 R
0x9AB7 (39607)inputR/o · BMS1 Inverter type uint16 R
0x9AB8 (39608)inputR/o · BMS1 Nameplate energy uint16 R
0x9ACE (39630)inputR/o · BMS2 Protocol version number uint16 R
0x9ACF (39631)inputR/o · BMS2 Battery serial number uint32 ×2 R
0x9AD1 (39633)inputR/o · BMS2 DC/DC FW version1 uint16 R
0x9AD2 (39634)inputR/o · BMS2 DC/DC FW version2 uint16 R
0x9AD3 (39635)inputR/o · BMS2 FW version uint32 ×2 R
0x9AD5 (39637)inputR/o · BMS2 Inverter type uint16 R
0x9AD6 (39638)inputR/o · BMS2 Nameplate energy uint16 R
0x9AEC (39660)inputR/o · BMS1 Fault 0 Count uint16 R
0x9AED (39661)inputR/o · BMS1 Fault 0 BMS heartbeat uint32 ×2 R
0x9AEF (39663)inputR/o · BMS1 Fault 0 ID uint16 R
0x9AF0 (39664)inputR/o · BMS1 Fault 0 Battery internal voltage uint16 0VR
0x9AF1 (39665)inputR/o · BMS1 Fault 0 Battery internal current int16 0AR
0x9AF2 (39666)inputR/o · BMS1 Fault 0 Battery external voltage uint16 0VR
0x9AF3 (39667)inputR/o · BMS1 Fault 0 Battery external current int16 0AR
0x9AF4 (39668)inputR/o · BMS1 Fault 0 Battery maximum temperature int16 0°CR
0x9AF5 (39669)inputR/o · BMS1 Fault 0 BMS internal check uint16 R
0x9AF6 (39670)inputR/o · BMS1 Fault 1 Count uint16 R
0x9AF7 (39671)inputR/o · BMS1 Fault 1 BMS heartbeat uint32 ×2 R
0x9AF9 (39673)inputR/o · BMS1 Fault 1 ID uint16 R
0x9AFA (39674)inputR/o · BMS1 Fault 1 Battery internal voltage uint16 0VR
0x9AFB (39675)inputR/o · BMS1 Fault 1 Battery internal current int16 0AR
0x9AFC (39676)inputR/o · BMS1 Fault 1 Battery external voltage uint16 0VR
0x9AFD (39677)inputR/o · BMS1 Fault 1 Battery external current int16 0AR
0x9AFE (39678)inputR/o · BMS1 Fault 1 Battery maximum temperature int16 0°CR
0x9AFF (39679)inputR/o · BMS1 Fault 1 BMS internal check uint16 R
0x9B00 (39680)inputR/o · BMS1 Fault 2 Count uint16 R
0x9B01 (39681)inputR/o · BMS1 Fault 2 BMS heartbeat uint32 ×2 R
0x9B03 (39683)inputR/o · BMS1 Fault 2 ID uint16 R
0x9B04 (39684)inputR/o · BMS1 Fault 2 Battery internal voltage uint16 0VR
0x9B05 (39685)inputR/o · BMS1 Fault 2 Battery internal current int16 0AR
0x9B06 (39686)inputR/o · BMS1 Fault 2 Battery external voltage uint16 0VR
0x9B07 (39687)inputR/o · BMS1 Fault 2 Battery external current int16 0AR
0x9B08 (39688)inputR/o · BMS1 Fault 2 Battery maximum temperature int16 0°CR
0x9B09 (39689)inputR/o · BMS1 Fault 2 BMS internal check uint16 R
0x9B0A (39690)inputR/o · BMS1 Fault 3 Count uint16 R
0x9B0B (39691)inputR/o · BMS1 Fault 3 BMS heartbeat uint32 ×2 R
0x9B0D (39693)inputR/o · BMS1 Fault 3 ID uint16 R
0x9B0E (39694)inputR/o · BMS1 Fault 3 Battery internal voltage uint16 0VR
0x9B0F (39695)inputR/o · BMS1 Fault 3 Battery internal current int16 0AR
0x9B10 (39696)inputR/o · BMS1 Fault 3 Battery external voltage uint16 0VR
0x9B11 (39697)inputR/o · BMS1 Fault 3 Battery external current int16 0AR
0x9B12 (39698)inputR/o · BMS1 Fault 3 Battery maximum temperature int16 0°CR
0x9B13 (39699)inputR/o · BMS1 Fault 3 BMS internal check uint16 R
0x9B14 (39700)inputR/o · BMS1 Fault 4 Count uint16 R
0x9B15 (39701)inputR/o · BMS1 Fault 4 BMS heartbeat uint32 ×2 R
0x9B17 (39703)inputR/o · BMS1 Fault 4 ID uint16 R
0x9B18 (39704)inputR/o · BMS1 Fault 4 Battery internal voltage uint16 0VR
0x9B19 (39705)inputR/o · BMS1 Fault 4 Battery internal current int16 0AR
0x9B1A (39706)inputR/o · BMS1 Fault 4 Battery external voltage uint16 0VR
0x9B1B (39707)inputR/o · BMS1 Fault 4 Battery external current int16 0AR
0x9B1C (39708)inputR/o · BMS1 Fault 4 Battery maximum temperature int16 0°CR
0x9B1D (39709)inputR/o · BMS1 Fault 4 BMS internal check uint16 R
0x9B1E (39710)inputR/o · BMS1 Fault 5 Count uint16 R
0x9B1F (39711)inputR/o · BMS1 Fault 5 BMS heartbeat uint32 ×2 R
0x9B21 (39713)inputR/o · BMS1 Fault 5 ID uint16 R
0x9B22 (39714)inputR/o · BMS1 Fault 5 Battery internal voltage uint16 0VR
0x9B23 (39715)inputR/o · BMS1 Fault 5 Battery internal current int16 0AR
0x9B24 (39716)inputR/o · BMS1 Fault 5 Battery external voltage uint16 0VR
0x9B25 (39717)inputR/o · BMS1 Fault 5 Battery external current int16 0AR
0x9B26 (39718)inputR/o · BMS1 Fault 5 Battery maximum temperature int16 0°CR
0x9B27 (39719)inputR/o · BMS1 Fault 5 BMS internal check uint16 R
0x9B28 (39720)inputR/o · BMS1 Fault 6 Count uint16 R
0x9B29 (39721)inputR/o · BMS1 Fault 6 BMS heartbeat uint32 ×2 R
0x9B2B (39723)inputR/o · BMS1 Fault 6 ID uint16 R
0x9B2C (39724)inputR/o · BMS1 Fault 6 Battery internal voltage uint16 0VR
0x9B2D (39725)inputR/o · BMS1 Fault 6 Battery internal current int16 0AR
0x9B2E (39726)inputR/o · BMS1 Fault 6 Battery external voltage uint16 0VR
0x9B2F (39727)inputR/o · BMS1 Fault 6 Battery external current int16 0AR
0x9B30 (39728)inputR/o · BMS1 Fault 6 Battery maximum temperature int16 0°CR
0x9B31 (39729)inputR/o · BMS1 Fault 6 BMS internal check uint16 R
0x9B32 (39730)inputR/o · BMS1 Fault 7 Count uint16 R
0x9B33 (39731)inputR/o · BMS1 Fault 7 BMS heartbeat uint32 ×2 R
0x9B35 (39733)inputR/o · BMS1 Fault 7 ID uint16 R
0x9B36 (39734)inputR/o · BMS1 Fault 7 Battery internal voltage uint16 0VR
0x9B37 (39735)inputR/o · BMS1 Fault 7 Battery internal current int16 0AR
0x9B38 (39736)inputR/o · BMS1 Fault 7 Battery external voltage uint16 0VR
0x9B39 (39737)inputR/o · BMS1 Fault 7 Battery external current int16 0AR
0x9B3A (39738)inputR/o · BMS1 Fault 7 Battery maximum temperature int16 0°CR
0x9B3B (39739)inputR/o · BMS1 Fault 7 BMS internal check uint16 R
0x9B50 (39760)inputR/o · BMS2 Fault 0 Count uint16 R
0x9B51 (39761)inputR/o · BMS2 Fault 0 BMS heartbeat uint32 ×2 R
0x9B53 (39763)inputR/o · BMS2 Fault 0 ID uint16 R
0x9B54 (39764)inputR/o · BMS2 Fault 0 Battery internal voltage uint16 0VR
0x9B55 (39765)inputR/o · BMS2 Fault 0 Battery internal current int16 0AR
0x9B56 (39766)inputR/o · BMS2 Fault 0 Battery external voltage uint16 0VR
0x9B57 (39767)inputR/o · BMS2 Fault 0 Battery external current int16 0AR
0x9B58 (39768)inputR/o · BMS2 Fault 0 Battery maximum temperature int16 0°CR
0x9B59 (39769)inputR/o · BMS2 Fault 0 BMS internal check uint16 R
0x9B5A (39770)inputR/o · BMS2 Fault 1 Count uint16 R
0x9B5B (39771)inputR/o · BMS2 Fault 1 BMS heartbeat uint32 ×2 R
0x9B5D (39773)inputR/o · BMS2 Fault 1 ID uint16 R
0x9B5E (39774)inputR/o · BMS2 Fault 1 Battery internal voltage uint16 0VR
0x9B5F (39775)inputR/o · BMS2 Fault 1 Battery internal current int16 0AR
0x9B60 (39776)inputR/o · BMS2 Fault 1 Battery external voltage uint16 0VR
0x9B61 (39777)inputR/o · BMS2 Fault 1 Battery external current int16 0AR
0x9B62 (39778)inputR/o · BMS2 Fault 1 Battery maximum temperature int16 0°CR
0x9B63 (39779)inputR/o · BMS2 Fault 1 BMS internal check uint16 R
0x9B64 (39780)inputR/o · BMS2 Fault 2 Count uint16 R
0x9B65 (39781)inputR/o · BMS2 Fault 2 BMS heartbeat uint32 ×2 R
0x9B67 (39783)inputR/o · BMS2 Fault 2 ID uint16 R
0x9B68 (39784)inputR/o · BMS2 Fault 2 Battery internal voltage uint16 0VR
0x9B69 (39785)inputR/o · BMS2 Fault 2 Battery internal current int16 0AR
0x9B6A (39786)inputR/o · BMS2 Fault 2 Battery external voltage uint16 0VR
0x9B6B (39787)inputR/o · BMS2 Fault 2 Battery external current int16 0AR
0x9B6C (39788)inputR/o · BMS2 Fault 2 Battery maximum temperature int16 0°CR
0x9B6D (39789)inputR/o · BMS2 Fault 2 BMS internal check uint16 R
0x9B6E (39790)inputR/o · BMS2 Fault 3 Count uint16 R
0x9B6F (39791)inputR/o · BMS2 Fault 3 BMS heartbeat uint32 ×2 R
0x9B71 (39793)inputR/o · BMS2 Fault 3 ID uint16 R
0x9B72 (39794)inputR/o · BMS2 Fault 3 Battery internal voltage uint16 0VR
0x9B73 (39795)inputR/o · BMS2 Fault 3 Battery internal current int16 0AR
0x9B74 (39796)inputR/o · BMS2 Fault 3 Battery external voltage uint16 0VR
0x9B75 (39797)inputR/o · BMS2 Fault 3 Battery external current int16 0AR
0x9B76 (39798)inputR/o · BMS2 Fault 3 Battery maximum temperature int16 0°CR
0x9B77 (39799)inputR/o · BMS2 Fault 3 BMS internal check uint16 R
0x9B78 (39800)inputR/o · BMS2 Fault 4 Count uint16 R
0x9B79 (39801)inputR/o · BMS2 Fault 4 BMS heartbeat uint32 ×2 R
0x9B7B (39803)inputR/o · BMS2 Fault 4 ID uint16 R
0x9B7C (39804)inputR/o · BMS2 Fault 4 Battery internal voltage uint16 0VR
0x9B7D (39805)inputR/o · BMS2 Fault 4 Battery internal current int16 0AR
0x9B7E (39806)inputR/o · BMS2 Fault 4 Battery external voltage uint16 0VR
0x9B7F (39807)inputR/o · BMS2 Fault 4 Battery external current int16 0AR
0x9B80 (39808)inputR/o · BMS2 Fault 4 Battery maximum temperature int16 0°CR
0x9B81 (39809)inputR/o · BMS2 Fault 4 BMS internal check uint16 R
0x9B82 (39810)inputR/o · BMS2 Fault 5 Count uint16 R
0x9B83 (39811)inputR/o · BMS2 Fault 5 BMS heartbeat uint32 ×2 R
0x9B85 (39813)inputR/o · BMS2 Fault 5 ID uint16 R
0x9B86 (39814)inputR/o · BMS2 Fault 5 Battery internal voltage uint16 0VR
0x9B87 (39815)inputR/o · BMS2 Fault 5 Battery internal current int16 0AR
0x9B88 (39816)inputR/o · BMS2 Fault 5 Battery external voltage uint16 0VR
0x9B89 (39817)inputR/o · BMS2 Fault 5 Battery external current int16 0AR
0x9B8A (39818)inputR/o · BMS2 Fault 5 Battery maximum temperature int16 0°CR
0x9B8B (39819)inputR/o · BMS2 Fault 5 BMS internal check uint16 R
0x9B8C (39820)inputR/o · BMS2 Fault 6 Count uint16 R
0x9B8D (39821)inputR/o · BMS2 Fault 6 BMS heartbeat uint32 ×2 R
0x9B8F (39823)inputR/o · BMS2 Fault 6 ID uint16 R
0x9B90 (39824)inputR/o · BMS2 Fault 6 Battery internal voltage uint16 0VR
0x9B91 (39825)inputR/o · BMS2 Fault 6 Battery internal current int16 0AR
0x9B92 (39826)inputR/o · BMS2 Fault 6 Battery external voltage uint16 0VR
0x9B93 (39827)inputR/o · BMS2 Fault 6 Battery external current int16 0AR
0x9B94 (39828)inputR/o · BMS2 Fault 6 Battery maximum temperature int16 0°CR
0x9B95 (39829)inputR/o · BMS2 Fault 6 BMS internal check uint16 R
0x9B96 (39830)inputR/o · BMS2 Fault 7 Count uint16 R
0x9B97 (39831)inputR/o · BMS2 Fault 7 BMS heartbeat uint32 ×2 R
0x9B99 (39833)inputR/o · BMS2 Fault 7 ID uint16 R
0x9B9A (39834)inputR/o · BMS2 Fault 7 Battery internal voltage uint16 0VR
0x9B9B (39835)inputR/o · BMS2 Fault 7 Battery internal current int16 0AR
0x9B9C (39836)inputR/o · BMS2 Fault 7 Battery external voltage uint16 0VR
0x9B9D (39837)inputR/o · BMS2 Fault 7 Battery external current int16 0AR
0x9B9E (39838)inputR/o · BMS2 Fault 7 Battery maximum temperature int16 0°CR
0x9B9F (39839)inputR/o · BMS2 Fault 7 BMS internal check uint16 R
0x9BBE (39870)inputR/o · Maximum charging voltage uint16 0VR
0x9BBF (39871)inputR/o · Maximum charging current uint16 0AR
0x9BC0 (39872)inputR/o · Maximum Discharging current uint16 0AR
0x9BC1 (39873)inputR/o · Batttery Voltage uint16 0VR
0x9BC2 (39874)inputR/o · Batttery Current int16 0AR
0x9BC3 (39875)inputR/o · Batttery Temperature uint16 0°CR
0x9BC4 (39876)inputR/o · Cell Voltage #1 uint16 0VR
0x9BC5 (39877)inputR/o · Cell Voltage #2 uint16 0VR
0x9BC6 (39878)inputR/o · Cell Voltage #3 uint16 0VR
0x9BC7 (39879)inputR/o · Cell Voltage #4 uint16 0VR
0x9BC8 (39880)inputR/o · Cell Voltage #5 uint16 0VR
0x9BC9 (39881)inputR/o · Cell Voltage #6 uint16 0VR
0x9BCA (39882)inputR/o · Cell Voltage #7 uint16 0VR
0x9BCB (39883)inputR/o · Cell Voltage #8 uint16 0VR
0x9BCC (39884)inputR/o · Cell Voltage #9 uint16 0VR
0x9BCD (39885)inputR/o · Cell Voltage #10 uint16 0VR
0x9BCE (39886)inputR/o · Cell Voltage #11 uint16 0VR
0x9BCF (39887)inputR/o · Cell Voltage #12 uint16 0VR
0x9BD0 (39888)inputR/o · Cell Voltage #13 uint16 0VR
0x9BD1 (39889)inputR/o · Cell Voltage #14 uint16 0VR
0x9BD2 (39890)inputR/o · BMS Serial Number uint32 ×2 R
0x9BD4 (39892)inputR/o · BMS SW Version uint16 R
0x9BD5 (39893)inputR/o · Battery series uint16 R
0x9BD6 (39894)inputR/o Refer to 8-14 · BMS Warning uint32 ×2 R
0x9BD8 (39896)inputR/o Refer to 8-14 · BMS Alarm uint32 ×2 R
0x9BDA (39898)inputR/o · SOC uint16 %R
0x9BDB (39899)inputR/o · SOH uint16 %R
0x9C40 (40000)holdingR/W inverter serial · OEM SN string ×8 R
0x9C48 (40008)holdingR/o 0:checking 1:Normal 2:Fault · EMS Check Status uint16 R
0x9C49 (40009)holdingR/o · FPCurve_Safety Status uint16 R
0x9C4A (40010)holdingR/o · FPCurve_Safety Power int32 ×2 WR
0xA410 (42000)holdingR/W For BTC/ETC · EMS Power Mode uint16 R
0xA411 (42001)holdingR/W For BTC/ETC · EMS Power Set uint32 ×2 R
0xA413 (42003)holdingR/W 0:Disable 1:Enable Used together with register 42004 · Feed Power Enable uint16 R
0xA414 (42004)holdingR/W (-50000 W - 50000 W) · Feed Power Allowable On Grid Power int32 ×2 WR
0xA416 (42006)holdingR/W For BTC/ETC · 3 Phase Feed Power Enable uint16 R
0xA417 (42007)holdingR/W For BTC/ETC (-20000 W - 20000 W) · R Phase Feed Power Parameter int32 ×2 WR
0xA419 (42009)holdingR/W For BTC/ETC (-20000 W - 20000 W) · S Phase Feed Power Parameter int32 ×2 WR
0xA41B (42011)holdingR/W For BTC/ETC (-20000 W - 20000 W) · T Phase Feed Power Parameter int32 ×2 WR
0xA475 (42101)holdingR/W Config Remote Communication Loss Time 0: Disable · Remote Comm Loss Time uint16 sR
0xA4D8 (42200)holdingR/W Config 0:STS module not installed 1:STS module installed · STS Module Installed uint16 R
0xB047 (45127)holdingR/W if multiple inverters are connected to the same controller, addr of each inverter must be different and not 247!!! · Modbus Address uint16 R
0xB04C (45132)holdingR/W · Modbus Baudrate uint32 ×2 R
0xB04E (45134)holdingR/W 0: goodwe 1: sunspec · Modbus Protocol Type string R
0xB090 (45200)holdingR/W High Byte Year / Low Byte Month: 0D-63 / 01-0C · Real-Time Clock_Year Month uint16 HexR
0xB091 (45201)holdingR/W High Byte Day/Low Byte Hour: 01-1F / 00-17 · Real-Time Clock_Day Hour uint16 HexR
0xB092 (45202)holdingR/W High Byte minute/Low Byte Second: 0-3B / 0-3B · Real-Time Clock_Minute Second uint16 HexR
0xB0A0 (45216)holding"W/o Choose ""Warehouse"" safety code first and then Set ""1""" · Restore Factory Setting uint16 R
0xB0A1 (45217)holdingW/o Reset inverter accumulated data like E-total, E-day, error log running data etc. · Clear Data uint16 R
0xB0A4 (45220)holdingW/o Inverter will recheck and reconnect to utility again. Inverter does not shutdown. · Restart uint16 R
0xB0A6 (45222)holdingR/W total PV production energy from the installation date · PV Energy-Total uint32 ×2 0kWhR
0xB0A8 (45224)holdingR/W total PV production energy of the day · PV Energy-Day uint32 ×2 0kWhR
0xB0AA (45226)holdingR/W accumulated exporting energy to Grid from the installation date · Energy-Total-Sell uint32 ×2 0kWhR
0xB0AC (45228)holdingR/W accumulated operation hours from the installation date · Hour-Total uint32 ×2 hR
0xB0AE (45230)holdingR/W accumulated exporting energy to Grid of the day · Energy-Day-Sell uint16 0kWhR
0xB0AF (45231)holdingR/W accumulated energy imported from Grid from the installation date · Energy-Total-Buy uint32 ×2 0kWhR
0xB0B1 (45233)holdingR/W accumulated energy imported from Grid of the day · Energy-Day-Buy uint16 0kWhR
0xB0B2 (45234)holdingR/W accumulated load consumption energy from the installation date, not include backup load · Energy-Total-Load uint32 ×2 0kWhR
0xB0B4 (45236)holdingR/W accumulated load consumption energy of the day, not include backup load · Energy-Load-Day uint16 0kWhR
0xB0B5 (45237)holdingR/W accumulated energy charged to Battery from the installation date, not from BMS · Energy-Battery Charge uint32 ×2 0kWhR
0xB0B7 (45239)holdingR/W accumulated energy charged to Battery of the day, not from BMS · Energy-Charge-Day uint16 0kWhR
0xB0B8 (45240)holdingR/W accumulated energy Battery discharged, from the installation date, not from BMS · Energy-Battery Discharge uint32 ×2 0kWhR
0xB0BA (45242)holdingR/W accumulated energy Battery discharged, of the day, not from BMS · Energy-Discharge-Day uint16 0kWhR
0xB0BC (45244)holdingR/W safety code for inverter Refer to Table 8-21 · Safety Country uint16 R
0xB0BD (45245)holdingR/W Isolation protection threshold for the inverter · ISO Limit uint16 kΩR
0xB0BE (45246)holdingR/W 0:Disable (default) 1:Only Lvrt 2:Only Hvrt 3: Both Lvrt&Hvrt · LVRT / HVRT Enable uint16 R
0xB0C2 (45250)holdingR/W start up PV Voltage of the inverter · PV Start Voltage uint16 0VR
0xB0C3 (45251)holding"R/W set ""1"" to activate ""Shadow Scan"" functtion" · Enable MPPT Shadow Scan uint16 R
0xB0C4 (45252)holding"R/W set ""0"" to deactivate ""Backup"" functtion" · BackUp Enable uint16 R
0xB0C5 (45253)holding"R/W set ""1"" to activate ""Auto Start Backup"" functtion" · Auto Start Backup uint16 R
0xB0C6 (45254)holdingR/W Default: 0 · Grid Wave Check uint16 R
0xB0C7 (45255)holdingR/W Rapid shutdown to switch grid-connected systems to off-grid operation · Rapid Cut Off uint16 R
0xB0C8 (45256)holdingR/W Default: 30s · Backup Start Delay uint16 sR
0xB0C9 (45257)holdingR/W 0:208V, 1:20V, 2:240V, 3:230V · UPS Standard Voltage Type uint16 R
0xB0CF (45263)holdingR/W decrease the load,only can set to 70%, only for German · Derate Rate(VDE) uint16 %R
0xB0D0 (45264)holding"R/W set ""1"" to activate. After activated, All power needs to be turned off and restarted" · Three Phase Unbalanced Output uint16 R
0xB0D2 (45266)holdingR/W For weak Grid area · High Impedance Mode uint16 R
0xB0D7 (45271)holdingW/o only for inverters with AFCI function · ARC Self Check uint16 R
0xB0D8 (45272)holdingW/o · ARC Fault Remove uint16 R
0xB0DB (45275)holdingR/W 0:Normal mode 1:cancel ISO test when offGrid to onGrid · ISO Check Mode uint16 R
0xB0DC (45276)holdingR/W The delay time when Grid is available · Off Grid To On Grid Delay uint16 sR
0xB0DD (45277)holdingR/W If set 80%, when offGrid output Voltage less than 230*80%=184V, inverter will have the error · Off Grid Under Voltage Protect Coefficient uint16 %R
0xB0DE (45278)holdingR/W When offGrid and the Battery SOC is low, PV charge the Battery first · Battery Mode PV Charge Enable uint16 R
0xB0DF (45279)holdingR/W Default: 1 (1-20) · DCV Check Coefficient uint16 R
0xB0E0 (45280)holdingR/W Only for MircoGrid Function inverte · Force MircoGrid Run uint16 R
0xB0E1 (45281)holdingR/W For configuring whether the Battery comes with a pre-charge function · Battery PreCharge Function uint16 R
0xB0E6 (45286)holdingR/W · GL Operation Mode Control Duration uint16 sR
0xB0E8 (45288)holdingR/W offGrid 1 close 0 open · PE Relay Switch uint16 R
0xB0E9 (45289)holdingW/o Write 0x050A to clear GFCI Fault · GFCI fault remove uint16 HexR
0xB0EB (45291)holdingR/W PV Connect Mode, Set 0 for each MPPT, Set 1 for 12,34MPPT, Set 2 for 1MPPT · PV Connect Mode uint16 R
0xB0EC (45292)holdingR/W 0:Normal mode 1:cancel GFCI check · GFCI Disable Check uint16 R
0xB0ED (45293)holdingR/W · SPD enable uint16 R
0xB0EE (45294)holdingR/W Only for MircoGrid Function inverter · Force MircoGrid Frequence Adjust uint16 R
0xB0EF (45295)holdingR/W 5min - 300min · Shadow scan cycle setting uint16 minR
0xB0F0 (45296)holdingR/W 1:Enable · PV only UPS Auto Enable uint16 R
0xB0F1 (45297)holdingR/W 1:Enable · Ac Phase Order Self Adaption uint16 R
0xB0F2 (45298)holdingR/W Default: 300s (10s - 3600s) · AFCI Fault Reconnect Time uint16 sR
0xB0F3 (45299)holdingR/W Default: 5 times (0 - 1000) · AFCI Fault Reconnect Count Limit uint16 R
0xB0F4 (45300)holdingR/W ESC Port multiplexing mode (default: 0) 0: generator mode 1: Large load mode 2: indicates the normal BACKUP mode · Port multiplexing mode uint16 R
0xB0F5 (45301)holdingR/W · PV charge enable uint16 R
0xB0F6 (45302)holdingR/W ES G2 · Battery SPS SW_TurnOff Enable uint16 R
0xB0F7 (45303)holdingR/W ES G2 (300,480) · Battery SPS TurnOff Value uint16 0VR
0xB0F8 (45304)holdingR/W Three-phase inverter · PX Curve Enable uint16 R
0xB0F9 (45305)holdingR/W Three-phase inverter (230,300) · PX Curve Voltage Value uint16 0VR
0xB126 (45350)holdingR/W · Lead Battery Capacity uint16 AhR
0xB127 (45351)holdingR/W · Battery Strings uint16 R
0xB128 (45352)holdingR/W These register set protection parameters at the inverter side. The actual operation will still follow the battery BMS limit (e.g. register 47902). · Battery Charge Volaget Max uint16 0VR
0xB129 (45353)holdingR/W These register set protection parameters at the inverter side. The actual operation will still follow the battery BMS limit (e.g. register 47903). · Battery Charge Current Max uint16 0AR
0xB12A (45354)holdingR/W These register set protection parameters at the inverter side. The actual operation will still follow the battery BMS limit (e.g. register 47904). · Battery Discharge Voltage Min uint16 0VR
0xB12B (45355)holdingR/W These register set protection parameters at the inverter side. The actual operation will still follow the battery BMS limit (e.g. register 47905). · Battery Discharge Current Max uint16 0AR
0xB12C (45356)holdingR/W · Battery SOC Min uint16 %R
0xB12D (45357)holdingR/W · Battery off-grid voltage Min uint16 0VR
0xB12E (45358)holdingR/W · Battery off-grid SOC Min uint16 %R
0xB14D (45389)holdingR/W · Separate Battery Mode uint16 R
0xB158 (45400)holdingR/W 60V - 300V · Grid Voltage High S1 uint16 0VR
0xB159 (45401)holdingR/W 0,02s - 1000s · Grid Voltage High S1 Time uint16 sR
0xB15A (45402)holdingR/W 60V - 300V · Grid Voltage Low S1 uint16 0VR
0xB15B (45403)holdingR/W 0,02s - 1000s · Grid Voltage Low S1 Time uint16 sR
0xB15C (45404)holdingR/W 60V - 300V · Grid Voltage High S2 uint16 0VR
0xB15D (45405)holdingR/W 0,02s - 1000s · Grid Voltage High S2 Time uint16 sR
0xB15E (45406)holdingR/W 60V - 300V · Grid Voltage Low S2 uint16 0VR
0xB15F (45407)holdingR/W 0,02s - 1000s · Grid Voltage Low S2 Time uint16 sR
0xB160 (45408)holdingR/W 60V - 300V · Grid Voltage 10min uint16 0VR
0xB161 (45409)holdingR/W 30Hz - 80Hz · Grid Frequency High S1 uint16 0HzR
0xB162 (45410)holdingR/W 0,02s - 1000s · Grid Frequency High S1 Time uint16 sR
0xB163 (45411)holdingR/W 30Hz - 80Hz · Grid Frequency Low S1 uint16 0HzR
0xB164 (45412)holdingR/W 0,02s - 1000s · Grid Frequency Low S1 Time uint16 sR
0xB165 (45413)holdingR/W 30Hz - 80Hz · Grid Frequency High S2 uint16 0HzR
0xB166 (45414)holdingR/W 0,02s - 1000s · Grid Frequency High S2 Time uint16 sR
0xB167 (45415)holdingR/W 30Hz - 80Hz · Grid Frequency Low S2 uint16 0HzR
0xB168 (45416)holdingR/W 0,02s - 1000s · Grid Frequency Low S2 Time uint16 sR
0xB169 (45417)holdingR/W 60V - 300V · Grid Connection Voltage High uint16 0VR
0xB16A (45418)holdingR/W 60V - 300V · Grid Connection Voltage Low uint16 0VR
0xB16B (45419)holdingR/W 30Hz - 80Hz · Grid Connection Frequency High uint16 0HzR
0xB16C (45420)holdingR/W 30Hz - 80Hz · Grid Connection Frequency Low uint16 0HzR
0xB16D (45421)holdingR/W 1s - 1200s · Grid connection waiting time uint16 sR
0xB16E (45422)holdingR/W 60V - 300V · Grid Voltage High Recover of Fault uint16 0VR
0xB16F (45423)holdingR/W 60V - 300V · Grid Voltage Low Recover of Fault uint16 0VR
0xB170 (45424)holdingR/W 30Hz - 80Hz · Grid Frequency High Recover of Fault uint16 0HzR
0xB171 (45425)holdingR/W 30Hz - 80Hz · Grid Frequency Low Recover of Fault uint16 0HzR
0xB172 (45426)holdingR/W 1s - 1200s · Voltage fault condition grid connection waiting time uint16 sR
0xB173 (45427)holdingR/W 1s - 1200s · Frequency fault condition grid connection waiting time uint16 sR
0xB174 (45428)holdingR/W 1s - 1200s · On Grid Power Slope uint16 sR
0xB175 (45429)holdingR/W 1s - 1200s · On Grid Power Slope of Fault Condition uint16 sR
0xB176 (45430)holdingR/W 1s - 1200s · Power reduction slope uint16 sR
0xB177 (45431)holdingR/W · On Grid Protect Switch uint16 R
0xB178 (45432)holdingR/W · On Grid Slope Switch uint16 R
0xB179 (45433)holdingR/W · cos φ (P) curve Switch uint16 R
0xB17A (45434)holdingR/W -100% - 100% · Point A power int16 0%R
0xB17B (45435)holdingR/W -100 - 100 · A Point cos φ int16 R
0xB17C (45436)holdingR/W -100% - 100% · Point B power int16 0%R
0xB17D (45437)holdingR/W -100 - 100 · B Point cos φ int16 R
0xB17E (45438)holdingR/W -100% - 100% · Point C power int16 0%R
0xB17F (45439)holdingR/W -100 - 100 · C Point cos φ int16 R
0xB180 (45440)holdingR/W 60V - 300V · Lock In Curve Voltage uint16 0VR
0xB181 (45441)holdingR/W 60V - 300V · Lock Out Curve Voltage uint16 0VR
0xB182 (45442)holdingR/W -100% - 100% · Lock Out Curve Power int16 %R
0xB183 (45443)holdingR/W bit0: 0=off, 1=on bit1: response mode 0:slope, 1:fstop · Over Frequency Decrese Load Curve uint16 HexR
0xB184 (45444)holdingR/W 30Hz - 80Hz · Discharge mode over-frequency point uint16 0HzR
0xB185 (45445)holdingR/W 30Hz - 80Hz · Charge mode under-frequency point uint16 0HzR
0xB186 (45446)holdingR/W 30Hz - 80Hz · Discharge mode Frequency end point uint16 0HzR
0xB187 (45447)holdingR/W 30Hz - 80Hz · Charge mode underfrequency end point uint16 0HzR
0xB188 (45448)holdingR/W 0s - 12s · Over Frequency Recovery Waiting Time uint16 0sR
0xB189 (45449)holdingR/W 30Hz - 80Hz · Restoration frequency upper limit uint16 0HzR
0xB18A (45450)holdingR/W 30Hz - 80Hz · Restoration frequency lower limit uint16 0HzR
0xB18B (45451)holdingR/W 0 - 1200 · Over Frequency Recovery Slope uint16 R
0xB18C (45452)holdingR/W 0 - 65535 · Frequency Power Curve Configuration uint16 R
0xB18D (45453)holdingR/W -100%/Hz - 100%/Hz · Over frequency reduction slope int16 0%/HzR
0xB18E (45454)holdingR/W -100%/Hz - 100%/Hz · Under frequency increasing slope int16 0%/HzR
0xB18F (45455)holdingR/W -100%/Min - 200%/Min · Frequency recovery rate int16 0%/MinR
0xB190 (45456)holdingR/W · QU Curve switch uint16 R
0xB191 (45457)holdingR/W -100% - 100% · Lock In Curve Power int16 0%R
0xB192 (45458)holdingR/W -100% - 100% · Lock Out Curve Power int16 0%R
0xB193 (45459)holdingR/W 60V - 300V · V1 Voltage uint16 0VR
0xB194 (45460)holdingR/W -100% - 100% · V1 Value (var % Rated VA) int16 0%R
0xB195 (45461)holdingR/W 60V - 300V · V2 Voltage uint16 0VR
0xB196 (45462)holdingR/W -100% - 100% · V2 Value (var % Rated VA) int16 0%R
0xB197 (45463)holdingR/W 60V - 300V · V3 Voltage uint16 0VR
0xB198 (45464)holdingR/W -100% - 100% · V3 Value (var % Rated VA) int16 0%R
0xB199 (45465)holdingR/W 60V - 300V · V4 Voltage uint16 0VR
0xB19A (45466)holdingR/W -100% - 100% · V4 Value (var % Rated VA) int16 0%R
0xB19B (45467)holdingR/W 0 - 65535 · K Value uint16 R
0xB19C (45468)holdingR/W 0 - 4096 · Filter Time Constant uint16 R
0xB19D (45469)holdingR/W 0 - 65535 · Miscellanea uint16 R
0xB19E (45470)holdingR/W 0 - 65535 · Rated Voltage (Korea) uint16 R
0xB19F (45471)holdingR/W 0 - 65535 · Response Time (Korea) uint16 R
0xB1A0 (45472)holdingR/W · PU Curve switch uint16 R
0xB1A1 (45473)holdingR/W 0s - 1200s · Power Change Rate uint16 sR
0xB1A2 (45474)holdingR/W 60V - 300V · V1 Voltage uint16 0VR
0xB1A3 (45475)holdingR/W -100% - 100% · V1 Value ((P/Pn)%) int16 0%R
0xB1A4 (45476)holdingR/W 60V - 300V · V2 Voltage uint16 0VR
0xB1A5 (45477)holdingR/W -100% - 100% · V2 Value ((P/Pn)%) int16 0%R
0xB1A6 (45478)holdingR/W 60V - 300V · V3 Voltage uint16 0VR
0xB1A7 (45479)holdingR/W -100% - 100% · V3 Value ((P/Pn)%) int16 0%R
0xB1A8 (45480)holdingR/W 60V - 300V · V4 Voltage uint16 0VR
0xB1A9 (45481)holdingR/W -100% - 100% · V4 Value ((P/Pn)%) int16 0%R
0xB1AA (45482)holdingR/W 100 - 80= 1 - 0.8Pf , 20 - 0 = -0.8 - 1 Pf · Fixed Power Factor uint16 R
0xB1AB (45483)holdingR/W -60% - 60% · Fixed Reactive Power int16 0%R
0xB1AC (45484)holdingR/W 0% - 100% · Fixed Active Power uint16 0%R
0xB1AD (45485)holdingR/W 0 - 65535 Only for Japan · Grid Limit By Voltage Start Voltage uint16 0R
0xB1AE (45486)holdingR/W 0 - 65535 Only for Japan · Grid Limit By Voltage Start Percent uint16 0R
0xB1AF (45487)holdingR/W 0 - 65535 Only for Japan · Grid Limit By Voltage Slope uint16 0R
0xB1B3 (45491)holding"R/W this must be turned off to do Meter test . ""1"" means Off" · All Power Curve Disable switch uint16 0R
0xB1B4 (45492)holdingR/W 0% - 100% 1-phase inverter use only R phase. Unbalance output function must be turned on to set different values for R/S/T phases. · R Phase Fixed Active Power uint16 0%R
0xB1B5 (45493)holdingR/W 0% - 100% 1-phase inverter use only R phase. Unbalance output function must be turned on to set different values for R/S/T phases. · S Phase Fixed Active Power uint16 0%R
0xB1B6 (45494)holdingR/W 0% - 100% 1-phase inverter use only R phase. Unbalance output function must be turned on to set different values for R/S/T phases. · T Phase Fixed Active Power uint16 0%R
0xB1B7 (45495)holdingR/W 220V - 299,2V Only if needed 3-stage Grid Voltage protection eg. Czech Republic · Grid Voltage High S3 uint16 0VR
0xB1B8 (45496)holdingR/W 0,02s - 1000s Only if needed 3-stage Grid Voltage protection eg. Czech Republic · Grid Voltage High S3 Time uint16 sR
0xB1B9 (45497)holdingR/W 33V - 220V Only if needed 3-stage Grid Voltage protection eg. Czech Republic · Grid Voltage Low S3 uint16 0VR
0xB1BA (45498)holdingR/W 0,02s - 1000s Only if needed 3-stage Grid Voltage protection eg. Czech Republic · Grid Voltage Low S3 Time uint16 sR
0xB1BB (45499)holdingR/W 0:Disable 1:Only Lvrt 2:Only Hvrt 3: Both Lvrt&Hvrt · Zvrt Configuration uint16 R
0xB1BC (45500)holdingR/W 0V - 230V · Lvrt Start Voltage uint16 0VR
0xB1BD (45501)holdingR/W 0V - 230V · Lvrt End Voltage uint16 0VR
0xB1BE (45502)holdingR/W 0,02s - 1000s · Lvrt Start Trip Time uint16 sR
0xB1BF (45503)holdingR/W 0,02s - 1000s · Lvrt End Trip Time uint16 sR
0xB1C0 (45504)holdingR/W 0V - 230V · Lvrt Trip Limit Voltage uint16 0VR
0xB1C1 (45505)holdingR/W 100V - 300V · Hvrt Start Voltage uint16 0VR
0xB1C2 (45506)holdingR/W 100V - 300V · Hvrt End Voltage uint16 0VR
0xB1C3 (45507)holdingR/W 0,02s - 1000s · Hvrt Start Trip Time uint16 sR
0xB1C4 (45508)holdingR/W 0,02s - 1000s · Hvrt End Trip Time uint16 sR
0xB1C5 (45509)holdingR/W 230V - 300V · Hvrt Trip Limit Voltage uint16 0VR
0xB1C6 (45510)holdingR/W 0 - 4096 · PF filter time constant uint16 R
0xB1C7 (45511)holdingR/W 0 - 4096 · Power Frequency Filter Time Constant uint16 R
0xB1C8 (45512)holdingR/W 0 - 4096 · PU Curve Filter Time Constant uint16 R
0xB1C9 (45513)holdingR/W -100% - 100% · D Point Power int16 0%R
0xB1CA (45514)holdingR/W -100 - 100 · D Point cosφ int16 R
0xB1CB (45515)holdingR/W 0s - 1200s · Under Frequency Recovery Waiting Time uint16 sR
0xB1CC (45516)holdingR/W 0s - 1200s · Under Frequency Recovery Slope uint16 sR
0xB1CD (45517)holdingR/W -100%/Min - 200%/Min · Under Frequency Power Rate uint16 0%/MinR
0xB1CE (45518)holdingR/W 0s - 1200s · On Grid Charging Power Slope uint16 sR
0xB1CF (45519)holdingR/W 0s - 1200s · On Grid Charging Power Slope of Fault uint16 sR
0xB1D0 (45520)holdingR/W 30Hz - 80Hz · Under Frequency Stop Charging Frequency uint16 0HzR
0xB1D1 (45521)holdingR/W 30Hz - 80Hz · Over Frequency Stop Charging Frequency uint16 0HzR
0xB1D2 (45522)holdingR/W 0/1 · Over/Under Frequency Two Step Flag uint16 R
0xB1D3 (45523)holdingR/W Holu special requirements: 0:No effect 1:Enable only over frequency curve 2:Enable only under frequency curve · Frequency Extension Function Bit uint16 R
0xB1D4 (45524)holdingR/W 1: Setting method is -0.8~+0.8; not 1:Setting method is 1-20, 80-100 · Safety PF Setting Method uint16 R
0xB1D6 (45526)holdingR/W · PQ Curve Enable switch uint16 R
0xB1D7 (45527)holdingR/W -100% - 100% · Point1 Active Power int16 0%R
0xB1D8 (45528)holdingR/W -100% - 100% · Point1 Reactive Power int16 0%R
0xB1D9 (45529)holdingR/W -100% - 100% · Point2 Active Power int16 0%R
0xB1DA (45530)holdingR/W -100% - 100% · Point2 Reactive Power int16 0%R
0xB1DB (45531)holdingR/W -100% - 100% · Point3 Active Power int16 0%R
0xB1DC (45532)holdingR/W -100% - 100% · Point3 Reactive Power int16 0%R
0xB1DD (45533)holdingR/W -100% - 100% · Point4 Active Power int16 0%R
0xB1DE (45534)holdingR/W -100% - 100% · Point4 Reactive Power int16 0%R
0xB1DF (45535)holdingR/W -100% - 100% · Point5 Active Power int16 0%R
0xB1E0 (45536)holdingR/W -100% - 100% · Point5 Reactive Power int16 0%R
0xB1E1 (45537)holdingR/W -100% - 100% · Point6 Active Power int16 0%R
0xB1E2 (45538)holdingR/W -100% - 100% · Point6 Reactive Power int16 0%R
0xB1E3 (45539)holdingR/W 0/1 · Fixed Power Factor Flag uint16 R
0xB1E4 (45540)holdingR/W 0 - 10 · Fixed Power Factor uint16 0R
0xB1E5 (45541)holdingR/W 1: Lead; 0: Lag · Fixed Power Factor Over / Under switch uint16 R
0xB1E6 (45542)holdingR/W 0/1 · Fixed Q Power Flag uint16 R
0xB1E7 (45543)holdingR/W 0/1 · Fixed P Power Flag uint16 R
0xB1E8 (45544)holdingR/W 0/1 · QU Reference Voltage Adjust Flag uint16 R
0xB1E9 (45545)holdingR/W 300s - 5000s · QU Reference Voltage Adjust Time uint16 sR
0xB1EA (45546)holdingR/W 200V - 256V · QU Reference Voltage Adjust Value uint16 0VR
0xB1EB (45547)holdingR/W 0Hz - 20Hz · Over-frequency dead zone of power frequency curve uint16 0HzR
0xB1EC (45548)holdingR/W 0Hz - 20Hz · Under-frequency dead zone of power frequency curve uint16 0HzR
0xB1ED (45549)holdingR/W 2,00Hz/‰ - 5,00Hz/‰ · Power frequency curve over-frequency load reduction Slope uint16 0Hz/‰R
0xB1EE (45550)holdingR/W 2,00Hz/‰ - 5,00Hz/‰ · Power frequency curve over-frequency load increasing Slope uint16 0Hz/‰R
0xB1EF (45551)holdingR/W 0ms - 100ms · Power Frequency Curve Reponse Time uint16 msR
0xB1F0 (45552)holdingR/W · FCAS Ready Enable switch uint16 R
0xB1F1 (45553)holdingR/W 30Hz - 80Hz · Under Frequency Start uint16 0HzR
0xB1F2 (45554)holdingR/W 30Hz - 80Hz · Over Frequency Start uint16 0HzR
0xB1F3 (45555)holdingR/W 30Hz - 80Hz · Under Frequency End uint16 0HzR
0xB1F4 (45556)holdingR/W 30Hz - 80Hz · Over Frequency End uint16 0HzR
0xB1F5 (45557)holdingR/W 0,01Hz - 100Hz · Frequency Response Resolution Ratio uint16 0HzR
0xB1F6 (45558)holdingR/W 0% - 100% · Min Discharge SOC uint16 %R
0xB1F7 (45559)holdingR/W 0% - 100% · Max Charge SOC uint16 %R
0xB1F8 (45560)holdingR/W 0s - 65535s · Discharge Duration uint16 sR
0xB1F9 (45561)holdingR/W 0W - 4600W · Discharge Max Power Delta uint16 WR
0xB1FA (45562)holdingR/W 0s - 65535s · Charge Duration uint16 sR
0xB1FB (45563)holdingR/W 0W - 4600W · Charge Max Power uint16 WR
0xB1FC (45564)holdingR/W · Battery Power Charge / Discharge Enable switch uint16 R
0xB1FD (45565)holdingR/W 0W - 4600W · Battery Charge Limit uint16 WR
0xB1FE (45566)holdingR/W 0W - 4600W · Battery Discharge Limit uint16 WR
0xB1FF (45567)holdingR/W 0W - 4600W · Inverter AC Input / Output Limit uint16 WR
0xB200 (45568)holdingR/W 0s - 6000s · Fixed Q Filter Time Constant uint16 0sR
0xB201 (45569)holdingR/W 0 - 10 · uwFrtK_Value uint16 R
0xB202 (45570)holdingR/W 1:Lead;0:Lag · Fixed Q Over / Under uint16 R
0xB203 (45571)holdingR/W 0: Basic Mode 1: Slope Mode · QU curve operation mode uint16 R
0xB204 (45572)holdingR/W -200%Qmax/1%Vn - 200%Qmax/1%Vn · QU curve Slope1 int16 0%Qmax/1%VnR
0xB205 (45573)holdingR/W -200%Qmax/1%Vn - 200%Qmax/1%Vn · QU curve Slope2 int16 0%Qmax/1%VnR
0xB206 (45574)holdingR/W 0%Vn - 100%Vn · QU curve Volt Dead uint16 0%VnR
0xB209 (45577)holdingR/W refere Table 8-100, Japanese safety Parameters, corresponding to the old version 0x056D · AS477 Parameters uint16 0HexR
0xB20A (45578)holdingR/W 0 - 6553,5 Japanese safety Parameters, corresponding to the old version 0x0591 · Voltage Rise Suppression V1 uint16 0R
0xB20B (45579)holdingR/W 0 - 65535 Japanese safety Parameters, corresponding to the old version 0x0592 · Voltage Rise Suppression Limit Power uint16 R
0xB20C (45580)holdingR/W 0 - 65535 Japanese safety Parameters, corresponding to the old version 0x0593 · Anti-Island (Passive) Angle uint16 R
0xB20D (45581)holdingR/W 0 - 6553,5 Japanese safety Parameters, corresponding to the old version 0x0594 · Volt Rise Suppression V2 uint16 0R
0xB20E (45582)holdingR/W 0:regular 1:standby Japanese safety Parameters, corresponding to the old version 0x7150 · Anti-Island Status uint16 R
0xB20F (45583)holdingR/W Bit0:Recovery manually Japanese safety Parameters, corresponding to the old version · On Grid Waiting Manual Recover Set uint16 R
0xB210 (45584)holdingR/W 0 - 65535 0.25p.u/0.001Hz Japanese safety Parameters, corresponding to the old version 0x7152 · Frequency Feedback Inject Effciency uint16 R
0xB211 (45585)holdingR/W 0:MODE0 1:MODE1 2:MODE2 Japanese safety Parameters, corresponding to the old version 0x7153 · Action Signal Pin Setting uint16 R
0xB212 (45586)holdingR/W 0:Disable 5-10:5min-10min Japanese safety Parameters · Output Control Time Set int16 R
0xB213 (45587)holdingR/W 0‰ - 1000‰ Japanese safety Parameters · Output Control Power Set int16 ‰R
0xB214 (45588)holdingR/W 0 - 65535 Japanese safety Parameters · Number of Standby Transfer Set uint16 R
0xB215 (45589)holdingR/W 0,02s - 1000s When the Number of Standby Transfer is Less Than 2 Japanese safety Parameters · Recovery Cycle Setting 1 uint16 sR
0xB216 (45590)holdingR/W 0,02s - 1000s When the Number of Standby Transfer is Less Than 3 Japanese safety Parameters · Recovery Cycle Setting 2 uint16 sR
0xB217 (45591)holdingR/W 0 - 365535 Japanese safety Parameters · Lost Communication Flag uint16 R
0xB218 (45592)holdingR/W 0 - 2500 Japanese safety Parameters · Frequency Feedback Reactive Power Infection Standard Unit uint16 0.0001p.uR
0xB219 (45593)holdingR/W 80V - 280V default 280V · Upper limit of the generator operating voltage range uint16 VR
0xB21A (45594)holdingR/W 80V - 280V default 180V · Lower limit of the generator operating voltage range uint16 VR
0xB21B (45595)holdingR/W 40Hz - 60Hz default 55Hz · Upper limit of the generator operating frequency range uint16 0HzR
0xB21C (45596)holdingR/W 40Hz - 60Hz default 45Hz · Lower limit of the generator operating frequency range uint16 0HzR
0xB21D (45597)holdingR/W 10s - 300s default 10s · Delay before load uint16 sR
0xB21E (45598)holdingR/W 1s - 65535s Generator's Safety Parameter · Generator safety trip uint16 sR
0xB220 (45600)holdingR/W 0/1 default 0 · uwPFUCurveFlag uint16 R
0xB221 (45601)holdingR/W 60V - 300V default 216,2V · uwPFUV1Volt uint16 0VR
0xB222 (45602)holdingR/W -100 - 100 default 90 · wPFUCurvePointAPf int16 R
0xB223 (45603)holdingR/W 60V - 300V default 223,1V · uwPFUV2Volt uint16 0VR
0xB224 (45604)holdingR/W -100 - 100 default 100 · wPFUCurvePointBPf int16 R
0xB225 (45605)holdingR/W 60V - 300V default 241,5V · uwPFUV3Volt uint16 0VR
0xB226 (45606)holdingR/W -100 - 100 default 100 · wPFUCurvePointCPf int16 R
0xB227 (45607)holdingR/W 60V - 300V default 248,4V · uwPFUV4Volt uint16 0VR
0xB228 (45608)holdingR/W -100 - 100 default 90 · wPFUCurvePointDPf int16 R
0xB229 (45609)holdingR/W 0s - 6000s default 0s · wPFUTimeConstant uint16 0sR
0xB22A (45610)holdingR/W -100%Pn - 100%Pn default 200 · wPFULockInPower int16 0%PnR
0xB22B (45611)holdingR/W -100%Pn - 100%Pn default 100 · wPFULockOutPower int16 0%PnR
0xB22C (45612)holdingR/W 0W - 65533W Japanese safety Parameters · Output power control setting uint16 WR
0xB22D (45613)holdingR/W 0/1 Japanese safety Parameters · FIT contract type uint16 R
0xB22E (45614)holdingR/W 0 - 100 Japanese safety Parameters · Conversion coefficient uint16 R
0xB22F (45615)holdingR/W 65 - 69 Japanese safety Parameters · Output power restraint status uint16 R
0xB230 (45616)holdingR/W 0 - 3 Japanese safety Parameters · System interconnection status uint16 R
0xB234 (45620)holdingR/W 0: Basic Mode 1: Slope Mode · cos φ P Mode uint16 R
0xB236 (45622)holdingR/W 0: Basic Mode 1: Slope Mode · QP Curve Mode uint16 R
0xB237 (45623)holdingR/W -200Qmax/10%Pn - 200Qmax/10%Pn · QP Curve Slope1 int16 0Qmax/10%PnR
0xB238 (45624)holdingR/W -200Qmax/10%Pn - 200Qmax/10%Pn · QP Curve Slope2 int16 0Qmax/10%PnR
0xB239 (45625)holdingR/W 50%Vn - 150%Vn · Int QP Curve Grid Volt uint16 0%VnR
0xB23A (45626)holdingR/W 50%Vn - 150%Vn · Out QP Curve Grid Volt uint16 0%VnR
0xB23B (45627)holdingR/W · QP Enter the curve condition enabling switch uint16 R
0xB23C (45628)holdingR/W 0: Pn Rated Power 1: Ps Apparent Power 2: Po Current Power 3: Pm Max Power 4: Qm Max Reactive Power · QP Curve Rective Power Refer uint16 R
0xB23D (45629)holdingFrom high bit to low bit: Master DSP, Slave DSP, ARM, Reserved · Soft Ware Version by Safty Country uint16 ×2 HexR
0xB24F (45647)holdingR/W 30Hz - 80Hz · Grid Frequency High S3 uint16 0HzR
0xB250 (45648)holdingR/W 30Hz - 80Hz · Grid Frequency Low S3 uint16 0HzR
0xB251 (45649)holdingR/W 30Hz - 80Hz · Grid Frequency High S4 uint16 0HzR
0xB252 (45650)holdingR/W 30Hz - 80Hz · Grid Frequency Low S4 uint16 0HzR
0xB253 (45651)holdingR/o · VFmsEnFlag uint16 R
0xB254 (45652)holdingR/W 15%Vn - 100%Vn 0(Default): Not being used If 0, data will not be displayed. · Undervoltage trigger first order value(0.1%) uint16 0%VnR
0xB255 (45653)holdingR/W 10ms - 7200000ms · Undervoltage trigger first-order trip time uint32 ×2 msR
0xB257 (45655)holdingR/W 80%Vn - 140%Vn · Overvoltage trigger first order value(0.1%) uint16 0%VnR
0xB258 (45656)holdingR/W 10ms - 7200000ms · Overvoltage trigger first-order trip time uint32 ×2 msR
0xB25A (45658)holdingR/W 15%Vn - 100%Vn · Undervoltage trigger second order value(0.1%) uint16 0%VnR
0xB25B (45659)holdingR/W 10ms - 7200000ms · Undervoltage trigger second-order trip time uint32 ×2 msR
0xB25D (45661)holdingR/W 80%Vn - 140%Vn · Overvoltage trigger second order value(0.1%) uint16 0%VnR
0xB25E (45662)holdingR/W 10ms - 7200000ms · Overvoltage trigger second-order trip time uint32 ×2 msR
0xB260 (45664)holdingR/W 15%Vn - 100%Vn · Undervoltage trigger third order value(0.1%) uint16 0%VnR
0xB261 (45665)holdingR/W 10ms - 7200000ms · Undervoltage trigger third-order trip time uint32 ×2 msR
0xB263 (45667)holdingR/W 80%Vn - 140%Vn · Overvoltage trigger third order value(0.1%) uint16 0%VnR
0xB264 (45668)holdingR/W 10ms - 7200000ms · Overvoltage trigger third-order trip time uint32 ×2 msR
0xB266 (45670)holdingR/W 15%Vn - 100%Vn · Undervoltage trigger forth order value(0.1%) uint16 0%VnR
0xB267 (45671)holdingR/W 10ms - 7200000ms · Undervoltage trigger forth-order trip time uint32 ×2 msR
0xB269 (45673)holdingR/W 80%Vn - 140%Vn · Overvoltage trigger forth order value(0.1%) uint16 0%VnR
0xB26A (45674)holdingR/W 10ms - 7200000ms · Overvoltage trigger forth-order trip time uint32 ×2 msR
0xB26C (45676)holdingR/W 10ms - 7200000ms · Underfrequence trigger first-order trip time uint32 ×2 msR
0xB26E (45678)holdingR/W 10ms - 7200000ms · Overfrequence trigger first-order trip time uint32 ×2 msR
0xB270 (45680)holdingR/W 10ms - 7200000ms · Underfrequence trigger second-order trip time uint32 ×2 msR
0xB272 (45682)holdingR/W 10ms - 7200000ms · Overfrequence trigger second-order trip time uint32 ×2 msR
0xB274 (45684)holdingR/W 10ms - 7200000ms · Underfrequence trigger third-order trip time uint32 ×2 msR
0xB276 (45686)holdingR/W 10ms - 7200000ms · Overfrequence trigger third-order trip time uint32 ×2 msR
0xB278 (45688)holdingR/W 10ms - 7200000ms · Underfrequence trigger forth-order trip time uint32 ×2 msR
0xB27A (45690)holdingR/W 10ms - 7200000ms · Overfrequence trigger forth-order trip time uint32 ×2 msR
0xB27C (45692)holdingR/W 80%Vn - 140%Vn · 10min overvoltage trigger value (0.1%) uint16 0%VnR
0xB27D (45693)holdingR/W 10ms - 7200000ms · 10min trigger trip time uint32 ×2 msR
0xB27F (45695)holdingR/W 0s - 6000s · QU Reference Voltage Regulation Time uint16 0sR
0xB280 (45696)holdingR/W 0s - 6000s · PU Curve OutPut Regulation Time uint16 0sR
0xB281 (45697)holdingR/W 0s - 6000s · cos φ(P) curve response time uint16 0sR
0xB282 (45698)holdingR/W 0s - 6000s · PQ Reactive power variation filter uint16 0sR
0xB283 (45699)holdingR/W 0s - 6000s · Power Frequency Filter Time Constant uint16 0sR
0xB284 (45700)holdingR/W 0: Pn Rated Power 1: Ps Apparent Power 2: Po Current Power 3: Pm Max Power · QU curve ref uint16 R
0xB285 (45701)holdingR/W 0%Vn - 140%Vn · QU Voltage1(0.1%) uint16 0%VnR
0xB286 (45702)holdingR/W 0%Vn - 140%Vn · QU Voltage2(0.1%) uint16 0%VnR
0xB287 (45703)holdingR/W 0%Vn - 140%Vn · QU Voltage3(0.1%) uint16 0%VnR
0xB288 (45704)holdingR/W 0%Vn - 140%Vn · QU Voltage4(0.1%) uint16 0%VnR
0xB289 (45705)holdingR/W 80%Vn - 120%Vn · QU reference voltage value uint16 0%VnR
0xB28A (45706)holdingR/W · QU Reference Voltage Autoscale Enable switch uint16 R
0xB28B (45707)holdingR/W 0%Pn/s - 6500%Pn/s · QU curve response slope uint16 0%Pn/sR
0xB28C (45708)holdingR/W 0: OFF 1: Slope Response 2: Low-pass filter Response · QU curve output regulation mode uint16 R
0xB28D (45709)holdingR/W · QU Enter the curve condition enabling switch uint16 R
0xB292 (45714)holdingR/W 15%Vn - 100%Vn · Normal condition upper limit of connection voltage(0.1%) uint16 0%VnR
0xB293 (45715)holdingR/W 80%Vn - 140%Vn · Normal condition lowerer limit of connection uint16 0%VnR
0xB294 (45716)holdingR/W 15%Vn - 100%Vn · Fault condition upper limit of connection uint16 0%VnR
0xB295 (45717)holdingR/W 80%Vn - 140%Vn · Fault condition lowerer limit of connection voltage uint16 0%VnR
0xB298 (45720)holdingR/W 0%Vn - 140%Vn · PU Voltage1(0.1%) uint16 0%VnR
0xB299 (45721)holdingR/W 0%Vn - 140%Vn · PU Voltage2(0.1%) uint16 0%VnR
0xB29A (45722)holdingR/W 0%Vn - 140%Vn · PU Voltage3(0.1%) uint16 0%VnR
0xB29B (45723)holdingR/W 0%Vn - 140%Vn · PU Voltage4(0.1%) uint16 0%VnR
0xB29C (45724)holdingR/W 0: OFF 1: Slope Response 2: Low-pass filter Response · PU Curve OutPut Regulation Mode uint16 R
0xB29D (45725)holdingR/W 0%Pn/s - 6500%Pn/s · Slope of PU Curve power slope uint16 0%Pn/sR
0xB29E (45726)holdingR/W 0 - 65535 · PU Curve operation mode uint16 R
0xB2A5 (45733)holdingR/W 0%Vn - 140%Vn · voltage of Enter the curve (0.1%) uint16 0%VnR
0xB2A6 (45734)holdingR/W 0%Vn - 140%Vn · voltage of quit the curve(0.1%) uint16 0%VnR
0xB2A7 (45735)holdingR/W 0%Vn - 140%Vn · cos φ(P) curve response Slope uint16 0%VnR
0xB2A8 (45736)holdingR/W 0: OFF 1: Slope Response 2: Low-pass filter Response · cos φ(P) curve response Model uint16 R
0xB2A9 (45737)holdingR/W -1,000 bis -0,800 und 0,800 bis 1,000 · cos φ A int16 0R
0xB2AA (45738)holdingR/W -1,000 bis -0,800 und 0,800 bis 1,000 · cos φ B int16 0R
0xB2AB (45739)holdingR/W -1,000 bis -0,800 und 0,800 bis 1,000 · cos φ C int16 0R
0xB2AC (45740)holdingR/W -1,000 bis -0,800 und 0,800 bis 1,000 · cos φ D int16 0R
0xB2AD (45741)holdingR/W 0%Pn - 110%Pn · Power E uint16 0%PnR
0xB2AE (45742)holdingR/W -1,000 bis -0,800 und 0,800 bis 1,000 · cos φ E int16 0R
0xB2AF (45743)holdingR/W 0/1 · cos φ(P) Enter the curve condition int16 R
0xB2B7 (45751)holdingR/W · P(F) Curve Eable switch uint16 R
0xB2B8 (45752)holdingR/W 0: slop mode 1: stop mode 2: Stop_V mode(AU) · P(F) Curve Mode uint16 R
0xB2B9 (45753)holdingR/W · P(F) Curve Transition Mode switch uint16 R
0xB2BA (45754)holdingR/W 0s - 1000s · silence time uint16 0sR
0xB2BB (45755)holdingR/W 0: Pn Rated Power 1: Ps Apparent Power 2: Po Current Power 3: Pm Max Power · OF dereating power benchmark uint16 R
0xB2BC (45756)holdingR/W 0%Px/Hz - 1000%Px/Hz · P(F) power slope (Slope) uint16 0%Px/HzR
0xB2BD (45757)holdingR/W · Hysteresis eable switch uint16 0R
0xB2BE (45758)holdingR/W 50Hz - 65Hz · Hysteresis frequency Point uint16 0HzR
0xB2BF (45759)holdingR/W 0s - 1000s · Deactivation observation time uint16 0sR
0xB2C0 (45760)holdingR/W 0: OFF 1: Slope Response 2: Low-pass filter Response · Power response mode uint16 R
0xB2C1 (45761)holdingR/W 0%Pn/min - 6500%Pn/min · Recover power slope uint16 0%Pn/minR
0xB2C2 (45762)holdingR/W 0%Pn - 110%Pn · Into the power point uint16 0%PnR
0xB2C3 (45763)holdingR/W 50Hz - 65Hz · Upper Threshold frequency uint16 0HzR
0xB2C4 (45764)holdingR/W 0%Pn - 110%Pn · Output power lower uint16 0%PnR
0xB2C5 (45765)holdingR/W 0: Pn Rated Power 1: Ps Apparent Power 2: Po Current Power 3: Pm Max Power 4: Pd Power Difference · uwOFRecoverPwrRef uint16 R
0xB2C6 (45766)holdingR/W 0%Pn/min - 6500%Pn/min · Response slope uint16 0%Pn/minR
0xB2C7 (45767)holdingR/W 0/1 · Overfrequency curve Charge Enable uint16 R
0xB2C9 (45769)holdingR/W 0/1 · Overfrequency Pcmax flag uint16 R
0xB2CA (45770)holdingR/W 0,00Hz - 2,00Hz · Over-frequency dead zone of power frequency curve uint16 0HzR
0xB2CB (45771)holdingR/W 50Hz - 65Hz · Over frequency quit Point uint16 0HzR
0xB2D0 (45776)holdingR/W · Under frequency Point switch uint16 R
0xB2D1 (45777)holdingR/W 0: slop mode 1: stop mode 2: Stop_V mode(AU) · FP UF curve transition mode uint16 R
0xB2D2 (45778)holdingR/W 0s - 1000s · silence time uint16 0sR
0xB2D3 (45779)holdingR/W 0: Pn Rated Power 1: Ps Apparent Power 2: Po Current Power 3: Pm Max Power 4: Pd Power Difference · Power reference Slope uint16 R
0xB2D4 (45780)holdingR/W 0%Px/Hz - 1000%Px/Hz · P(F) power slope uint16 0%Px/HzR
0xB2D5 (45781)holdingR/W 0/1 · Under frequency loading hysteresis switch uint16 R
0xB2D6 (45782)holdingR/W 45Hz - 60Hz · Hysteresis frequency Point uint16 0HzR
0xB2D7 (45783)holdingR/W 0s - 1000s · Deactivation observation time uint16 0sR
0xB2D8 (45784)holdingR/W 0: OFF 1: Slope Response 2: Low-pass filter Response · Power response mode uint16 R
0xB2D9 (45785)holdingR/W 0%Pn/min - 6500%Pn/min · Recover power slope uint16 0%Pn/minR
0xB2DA (45786)holdingR/W 0%Pn - 110%Pn · Into the power point uint16 0%PnR
0xB2DB (45787)holdingR/W 45Hz - 60Hz · Lower Threshold frequency uint16 0HzR
0xB2DC (45788)holdingR/W 0%Pn - 110%Pn · Output power upper uint16 0%Pn/minR
0xB2DD (45789)holdingR/W 0: Pn Rated Power 1: Ps Apparent Power 2: Po Current Power 3: Pm Max Power 4: Pd Power Difference · Recover power reference uint16 R
0xB2DE (45790)holdingR/W 0%Pn/min - 6500%Pn/min · Response slope uint16 0%Pn/minR
0xB2DF (45791)holdingR/W 0/1 · UF curve Charge uint16 R
0xB2E1 (45793)holdingR/W 0/1 · UF Psmax flag uint16 R
0xB2E2 (45794)holdingR/W 0,00Hz - 2,00Hz · Underfrequency dead zone of power frequency curve uint16 0HzR
0xB2E3 (45795)holdingR/W 45Hz - 60Hz · Under frequency quit Point uint16 0HzR
0xB2E8 (45800)holdingR/W 0/1 · Generate enable uint16 R
0xB2E9 (45801)holdingR/W 0/1 · Reconnect enable uint16 R
0xB2EA (45802)holdingR/W 0/1 · Decrease enable uint16 R
0xB2F5 (45813)holdingR/W 0%Pn/s - 6500%Pn/s · QP Reactive power variation filter uint16 0%Pn/sR
0xB2F6 (45814)holdingR/W 0: OFF 1: Slope Response 2: Low-pass filter Response · QP Reactive output Model uint16 R
0xB2FD (45821)holding0: Fundamental positive sequence component Ud 1: Phase voltage reconstruction 2: Line voltage reconstruction · Fault ride-through processing volume mode selection uint16 R
0xB2FE (45822)holdingR/W · Fault ride through variation machining mode enable switch uint16 R
0xB2FF (45823)holdingR/W 0%Vn - 100%Vn · Variation Threshold uint16 0%VnR
0xB300 (45824)holdingR/W 0: Absolute injection 1: relative injection · Reactive Current Injection Mode uint16 R
0xB301 (45825)holdingR/W 0: Reactive power priority 1: Active power priority 2: Constant current mode · Current distribution Mode uint16 R
0xB302 (45826)holdingR/W 0:OFF 1:Slope Response 2:Low Filter Mode Response · Ride through end active power recover Model uint16 R
0xB303 (45827)holdingR/W 0%In/s - 6500%In/s · Ride through end active power recover uint16 0%In/sR
0xB304 (45828)holdingR/W 0: OFF 1: Slope Response 2: Low-pass filter Response · Ride through end reactive power recover Model uint16 R
0xB305 (45829)holdingR/W 0%In/s - 6500%In/s · Ride through end reactive power recover speed uint16 0%In/sR
0xB306 (45830)holdingR/W 0/1 · VRT grid voltage protection shield uint16 R
0xB307 (45831)holdingR/W · continuous ZVRT enable switch uint16 R
0xB308 (45832)holdingR/W 0s - 655s · enter VRT silence time uint16 0sR
0xB309 (45833)holdingR/W 0s - 655s · exit VRT silence time uint16 0sR
0xB30A (45834)holdingR/W 0s - 36000s · Active power recovery slope at the end of high and low wear (firstorder low-pass filtering) uint32 ×2 0sR
0xB30C (45836)holdingR/W 0s - 36000s · Reactive power recovery slope at the end of high and low wear (firstorder low-pass filtering) uint32 ×2 0sR
0xB30E (45838)holdingR/W · LVRT enable switch uint16 R
0xB30F (45839)holdingR/W 0%Vn - 100%Vn · The judgment threshold of entering uint16 0%VnR
0xB310 (45840)holdingR/W 0%Vn - 100%Vn · The judgment threshold of quiting uint16 0%VnR
0xB311 (45841)holdingR/W 0%Vn - 100%Vn · LVRT computational benchmark uint16 0%VnR
0xB312 (45842)holdingR/W · LVRT positive active power current adjust enable switch uint16 R
0xB313 (45843)holdingR/W · LVRT positive reactive power current adjust enable switch uint16 R
0xB314 (45844)holdingR/W · LVRT negative active power current adjust enable switch uint16 R
0xB315 (45845)holdingR/W 0%/In - 110%/In · LVRT active power current limit percentage uint16 0%/InR
0xB316 (45846)holdingR/W 0,00 - 10,00 · LVRT positive sequence reactive K value uint16 0R
0xB317 (45847)holdingR/W -100%/In - 100%/In · LVRT Positive sequence reactive power static error int16 0%/InR
0xB318 (45848)holdingR/W 0%/In - 110%/In · LVRT positive reactive power current limit percent uint16 0%/InR
0xB319 (45849)holdingR/W 0,00 - 10,00 · LVRT negative sequence reactive K value uint16 0R
0xB31A (45850)holdingR/W -100%/In - 100%/In · LVRT negative sequence reactive power static error int16 0%/InR
0xB31B (45851)holdingR/W 0%/In - 110%/In · LVRT negative reactive power current limit percent uint16 0%/InR
0xB31C (45852)holdingR/W · LVRT null-current mode enable switch uint16 R
0xB31D (45853)holdingR/W 0%Vn - 100%Vn · LVRT null-current mode enter voltage uint16 0%VnR
0xB31E (45854)holdingR/W 0%Vn - 100%Vn · LVRT depth 1 uint16 0%VnR
0xB31F (45855)holdingR/W 0s - 650s · maintenance time 1 uint16 0sR
0xB320 (45856)holdingR/W 0%Vn - 100%Vn · LVRT depth 2 uint16 0%VnR
0xB321 (45857)holdingR/W 0s - 650s · maintenance time 2 uint16 0sR
0xB322 (45858)holdingR/W 0%Vn - 100%Vn · LVRT depth 3 uint16 0%VnR
0xB323 (45859)holdingR/W 0s - 650s · maintenance time 3 uint16 0sR
0xB324 (45860)holdingR/W 0%Vn - 100%Vn · LVRT depth 4 uint16 0%VnR
0xB325 (45861)holdingR/W 0s - 650s · maintenance time 4 uint16 0sR
0xB326 (45862)holdingR/W 0%Vn - 100%Vn · LVRT depth 5 uint16 0%VnR
0xB327 (45863)holdingR/W 0s - 650s · maintenance time 5 uint16 0sR
0xB328 (45864)holdingR/W 0%Vn - 100%Vn · LVRT depth 6 uint16 0%VnR
0xB329 (45865)holdingR/W 0s - 650s · maintenance time 6 uint16 0sR
0xB32A (45866)holdingR/W 0%Vn - 100%Vn · LVRT depth 7 uint16 0%VnR
0xB32B (45867)holdingR/W 0s - 650s · maintenance time 7 uint16 0sR
0xB32F (45871)holdingR/W · HVRT enable switch uint16 R
0xB330 (45872)holdingR/W 0%Vn - 140%Vn · The judgment threshold of entering uint16 0%VnR
0xB331 (45873)holdingR/W 0%Vn - 140%Vn · The judgment threshold of quiting uint16 0%VnR
0xB332 (45874)holdingR/W 0%Vn - 120%Vn · HVRT computational benchmark uint16 0%VnR
0xB333 (45875)holdingR/W · HVRT positive active power adjust enable switch uint16 R
0xB334 (45876)holdingR/W · HVRT positive reactive power adjust enable switch uint16 R
0xB335 (45877)holdingR/W · HVRT negative reactive power adjust switch uint16 R
0xB336 (45878)holdingR/W 0%In - 110%In · HVRT active power current limit percent uint16 0%InR
0xB337 (45879)holdingR/W 0,00 - 10,00 · HVRT positive sequence reactive K value uint16 0R
0xB338 (45880)holdingR/W -100%/In - 100%/In · HVRT Positive sequence reactive power static error int16 0%/InR
0xB339 (45881)holdingR/W 0%In - 110%In · HVRT positive reactive power current limit percentage uint16 0%InR
0xB33A (45882)holdingR/W 0,00 - 10,00 · HVRT negative sequence reactive K value uint16 0R
0xB33B (45883)holdingR/W -100%/In - 100%/In · HVRT negative sequence reactive power static error int16 0%/InR
0xB33C (45884)holdingR/W 0%In - 110%In · HVRT negative reactive power current limit percent uint16 0%InR
0xB33D (45885)holdingR/W · HVRT null-current mode enable switch uint16 R
0xB33E (45886)holdingR/W 100%Vn - 140%Vn · HVRT null-current mode enter voltage uint16 0%VnR
0xB33F (45887)holdingR/W 0%Vn - 100%Vn · HVRT depth 1 uint16 0%VnR
0xB340 (45888)holdingR/W 0s - 650s · maintenance time 1 uint16 0sR
0xB341 (45889)holdingR/W 0%Vn - 100%Vn · HVRT depth 2 uint16 0%VnR
0xB342 (45890)holdingR/W 0s - 650s · maintenance time 2 uint16 0sR
0xB343 (45891)holdingR/W 0%Vn - 100%Vn · HVRT depth 3 uint16 0%VnR
0xB344 (45892)holdingR/W 0s - 650s · maintenance time 3 uint16 0sR
0xB345 (45893)holdingR/W 0%Vn - 100%Vn · HVRT depth 4 uint16 0%VnR
0xB346 (45894)holdingR/W 0s - 650s · maintenance time 4 uint16 0sR
0xB347 (45895)holdingR/W 0%Vn - 100%Vn · HVRT depth 5 uint16 0%VnR
0xB348 (45896)holdingR/W 0s - 650s · maintenance time 5 uint16 0sR
0xB349 (45897)holdingR/W 0%Vn - 100%Vn · HVRT depth 6 uint16 0%VnR
0xB34A (45898)holdingR/W 0s - 650s · maintenance time 6 uint16 0sR
0xB34B (45899)holdingR/W 0%Vn - 100%Vn · HVRT depth 7 uint16 0%VnR
0xB34C (45900)holdingR/W 0s - 650s · maintenance time 7 uint16 0sR
0xB34D (45901)holdingR/W · FRT Enable switch uint16 R
0xB34E (45902)holdingR/W 45Hz - 60Hz · FRT UF1 uint16 0HzR
0xB34F (45903)holdingR/W 0,020s - 7200s · FRT UT1 uint32 ×2 0sR
0xB351 (45905)holdingR/W 45Hz - 60Hz · FRT UF2 uint16 0HzR
0xB352 (45906)holdingR/W 0,020s - 7200s · FRT UT2 uint32 ×2 0sR
0xB354 (45908)holdingR/W 45Hz - 60Hz · FRT UF3 uint16 0HzR
0xB355 (45909)holdingR/W 0,020s - 7200s · FRT UT3 uint32 ×2 0sR
0xB357 (45911)holdingR/W 45Hz - 60Hz · FRT OF1 uint16 0HzR
0xB358 (45912)holdingR/W 0,020s - 7200s · FRT OT1 uint32 ×2 0sR
0xB35A (45914)holdingR/W 45Hz - 60Hz · FRT OF2 uint16 0HzR
0xB35B (45915)holdingR/W 0,020s - 7200s · FRT OT2 uint32 ×2 0sR
0xB35D (45917)holdingR/W 45Hz - 60Hz · FRT OF3 uint16 0HzR
0xB35E (45918)holdingR/W 0,020s - 7200s · FRT OT3 uint32 ×2 0sR
0xB737 (46903)holdingR/W 0/1 · External fan selection uint16 R
0xB738 (46904)holdingR/W 0: Not overload 1: Overload for some countries 2: All overload · AC output overload selection uint16 R
0xB798 (47000)holdingR/W 0:selfuse mode 1:off gird mode 2:backup mode 3:economic mode 4:peakshaving 5:Advanced self-use · App Work Mode Index uint16 R
0xB799 (47001)holdingR/o Phase status 0X0TSR 1: Correct connection 2: Connection reserved (CT) 4: Incorrect connection 8: Wrong phase for CT and voltage sampling 0: Not detected · Meter Check Value uint16 HexR
0xB79A (47002)holdingR/W 0: Not open test/end test 1: Being test 2: Wait for test · Meter Connect Check Flag uint16 R
0xB79D (47005)holdingR/W Breakpoint Resume for Data transfering. Activated as deFault, time interval 5 minutes. · Log Data Enable switch uint16 R
0xB79E (47006)holdingR/W Time interval for data send to cloud or EMS, default is 1 minute. · Data Send Interval uint16 sR
0xB79F (47007)holdingR/W Only for Australia, Refer to Table 8-22 · DRED command uint16 HexR
0xB7A1 (47009)holdingW/o 4:WiFi 5:Lan · WiFi or Lan Switch uint16 R
0xB7A4 (47012)holdingR/W · Led Blink Time uint16 sR
0xB7A5 (47013)holdingR/W 1: off 2: on 3: flash1x 4: flash2x 5: flash4x · WiFi Led State uint16 R
0xB7A6 (47014)holdingR/W 1 - 5 · Communication Led State uint16 R
0xB7A7 (47015)holdingR/W 1:on 0:off ony for single phase Smart meter · Meter CT1 Reverse Enable uint16 R
0xB7A8 (47016)holdingR/W 0 - 255 · Error Log Read Page uint16 R
0xB7A9 (47017)holdingR/W 1: on 0: off If not connect to Internet, please set 1 · Modbus TCP Without Internet uint16 R
0xB7AA (47018)holdingR/W 1:off 2:on 3:flash1x 4:flash2x 5:flash4x · Backup Led uint16 R
0xB7AB (47019)holdingR/W 1 - 5 · Grid Led uint16 R
0xB7AC (47020)holdingR/W 1 - 5 · SOC Led 1 uint16 R
0xB7AD (47021)holdingR/W 1 - 5 · SOC Led 2 uint16 R
0xB7AE (47022)holdingR/W 1 - 5 · SOC Led 3 uint16 R
0xB7AF (47023)holdingR/W 1 - 5 · SOC Led 4 uint16 R
0xB7B0 (47024)holdingR/W 1 - 5 · Battery Led uint16 R
0xB7B1 (47025)holdingR/W 1 - 5 · System Led uint16 R
0xB7B2 (47026)holdingR/W 1 - 5 · Fault Led uint16 R
0xB7B3 (47027)holdingR/W 1 - 5 · Energy Led uint16 R
0xB7B4 (47028)holdingR/W · Led External Control uint16 R
0xB7BE (47038)holdingR/W 1 Enable, restart the inverter After that, save the settings · Off Grid Set Save uint16 R
0xB7C0 (47040)holdingR/W · WIFI Modbus TCP Enable switch uint16 R
0xB80D (47117)holdingR/W · API Remote TimeOut Enable switch uint16 R
0xB80E (47118)holdingR/W 1min - 60min · API time out uint16 minR
0xB80F (47119)holdingR/W 0: Invalid 1: Phase R 2: Phase S 3: Phase T · Pahse Sequence uint16 R
0xB810 (47120)holdingR/W negative Watt: center on import; positive Watt: center on export maybe only ET (15-30 kW) Serie · Meter Target Power Offset int16 WR
0xB968 (47464)holdingR/W 0(Default): Internal Meter 1: External Meter · Extern Meter Enable Flag uint16 R
0xB991 (47505)holding"R/W If using EMS, must set to ""2""" · Manufacturer Code uint16 R
0xB995 (47509)holdingR/W if inverter is >30K or in parallel, use 42004 (S32) to set maximum allowd grid output power · Anti-backflow switch uint16 R
0xB996 (47510)holdingR/W 0W - 10000W · Anti-reverse flow allowed grid-connected power int16 WR
0xB997 (47511)holdingR/W · EMS Power Mode uint16 R
0xB998 (47512)holdingR/W 0 - 10000 · EMS Power Setting uint16 R
0xB99A (47514)holdingR/W Refer to 8-33 · Battery1 Protocol uint16 HexR
0xB99B (47515)holdingR/W [0-23],[0-59] hh:mm · Start Time_1 uint16 R
0xB99C (47516)holdingR/W [0-23],[0-59] hh:mm · End Time_1 uint16 R
0xB99D (47517)holdingR/W -100% - 100% · Battery Power Percentage_1 int16 %R
0xB99E (47518)holdingR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_1 uint16 HexR
0xB99F (47519)holdingR/W [0-23],[0-59] hh:mm · Start Time_2 uint16 R
0xB9A0 (47520)holdingR/W [0-23],[0-59] hh:mm · End Time_2 uint16 R
0xB9A1 (47521)holdingR/W -100% - 100% · Battery Power Percentage_2 int16 %R
0xB9A2 (47522)holdingR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_2 uint16 HexR
0xB9A3 (47523)holdingR/W [0-23],[0-59] hh:mm · Start Time_3 uint16 R
0xB9A4 (47524)holdingR/W [0-23],[0-59] hh:mm · End Time_3 uint16 R
0xB9A5 (47525)holdingR/W -100% - 100% · Battery Power Percentage_3 int16 %R
0xB9A6 (47526)holdingR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_3 uint16 HexR
0xB9A7 (47527)holdingR/W [0-23],[0-59] hh:mm · Start Time_4 uint16 R
0xB9A8 (47528)holdingR/W [0-23],[0-59] hh:mm · End Time_4 uint16 R
0xB9A9 (47529)holdingR/W -100% - 100% · Battery Power Percentage_4 int16 %R
0xB9AA (47530)holdingR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_4 uint16 HexR
0xB9AB (47531)holdingR/W 0% - 100% · SOC at the start of forced charging uint16 %R
0xB9AC (47532)holdingR/W 0% - 100% · SOC at the stop of forced charging uint16 %R
0xB9AD (47533)holdingW/o 1: Clear all economic mode settings (47515-47530) and enter self-use mode · Clear battery time settings uint16 R
0xB9B3 (47539)holdingW/o 1 · Wifi Reset uint16 R
0xB9B4 (47540)holdingW/o 1 · Wifi Reload uint16 R
0xB9B6 (47542)holdingR/W to set the threshold of importing power, where peak-shaving acts. · Peak Shaving Power Limit uint32 ×2 WR
0xB9B8 (47544)holdingR/W to set the mimum Battery SOC, where peak-shaving acts. · Peak Shaving min SOC uint16 %R
0xB9B9 (47545)holdingR/W · Fast Charge Enable switch uint16 R
0xB9BA (47546)holdingR/W 0% - 100% · Fast Charge Stop SOC uint16 %R
0xB9BB (47547)holdingR/W [0-23],[0-59] hh:mm · Start Time_1 uint16 R
0xB9BC (47548)holdingR/W [0-23],[0-59] hh:mm · End Time_1 uint16 R
0xB9BD (47549)holdingR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_1 uint16 HexR
0xB9BE (47550)holdingR/W ??? · Parameter1_1 uint16 R
0xB9BF (47551)holdingR/W ??? · Parameter1_2 uint16 R
0xB9C0 (47552)holdingR/W 0xFF:each month · Parameter1_3 uint16 HexR
0xB9C1 (47553)holdingR/W [0-23],[0-59] hh:mm · Start Time_2 uint16 R
0xB9C2 (47554)holdingR/W [0-23],[0-59] hh:mm · End Time_2 uint16 R
0xB9C3 (47555)holdingR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_2 uint16 HexR
0xB9C4 (47556)holdingR/W ??? · Parameter2_1 uint16 R
0xB9C5 (47557)holdingR/W ??? · Parameter2_2 uint16 R
0xB9C6 (47558)holdingR/W 0xFF:each month · Parameter2_3 uint16 HexR
0xB9C7 (47559)holdingR/W [0-23],[0-59] hh:mm · Start Time_3 uint16 R
0xB9C8 (47560)holdingR/W [0-23],[0-59] hh:mm · End Time_3 uint16 R
0xB9C9 (47561)holdingR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_3 uint16 HexR
0xB9CA (47562)holdingR/W ??? · Parameter3_1 uint16 R
0xB9CB (47563)holdingR/W ??? · Parameter3_2 uint16 R
0xB9CC (47564)holdingR/W ??? · Parameter3_3 uint16 R
0xB9CD (47565)holdingR/W [0-23],[0-59] hh:mm · Start Time_4 uint16 R
0xB9CE (47566)holdingR/W [0-23],[0-59] hh:mm · End Time_4 uint16 R
0xB9CF (47567)holdingR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_4 uint16 HexR
0xB9D0 (47568)holdingR/W ??? · Parameter4_1 uint16 R
0xB9D1 (47569)holdingR/W ??? · Parameter4_2 uint16 R
0xB9D2 (47570)holdingR/W ??? · Parameter4_3 uint16 R
0xB9D3 (47571)holdingR/W [0-23],[0-59] hh:mm · Start Time_5 uint16 R
0xB9D4 (47572)holdingR/W [0-23],[0-59] hh:mm · End Time_5 uint16 R
0xB9D5 (47573)holdingR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_5 uint16 HexR
0xB9D6 (47574)holdingR/W ??? · Parameter5_1 uint16 R
0xB9D7 (47575)holdingR/W ??? · Parameter5_2 uint16 R
0xB9D8 (47576)holdingR/W ??? · Parameter5_3 uint16 R
0xB9D9 (47577)holdingR/W [0-23],[0-59] hh:mm · Start Time_6 uint16 R
0xB9DA (47578)holdingR/W [0-23],[0-59] hh:mm · End Time_6 uint16 R
0xB9DB (47579)holdingR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_6 uint16 HexR
0xB9DC (47580)holdingR/W ??? · Parameter6_1 uint16 R
0xB9DD (47581)holdingR/W ??? · Parameter6_2 uint16 R
0xB9DE (47582)holdingR/W ??? · Parameter6_3 uint16 R
0xB9DF (47583)holdingR/W [0-23],[0-59] hh:mm · Start Time_7 uint16 R
0xB9E0 (47584)holdingR/W [0-23],[0-59] hh:mm · End Time_7 uint16 R
0xB9E1 (47585)holdingR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_7 uint16 HexR
0xB9E2 (47586)holdingR/W ??? · Parameter7_1 uint16 R
0xB9E3 (47587)holdingR/W ??? · Parameter7_2 uint16 R
0xB9E4 (47588)holdingR/W ??? · Parameter7_3 uint16 R
0xB9E5 (47589)holdingR/W [0-23],[0-59] hh:mm · Start Time_8 uint16 R
0xB9E6 (47590)holdingR/W [0-23],[0-59] hh:mm · End Time_8 uint16 R
0xB9E7 (47591)holdingR/W High byte FF; Low byte 0 -> 6bit means Sunday -> Saturday · Work Week_8 uint16 HexR
0xB9E8 (47592)holdingR/W ??? · Parameter8_1 uint16 R
0xB9E9 (47593)holdingR/W ??? · Parameter8_2 uint16 R
0xB9EA (47594)holdingR/W ??? · Parameter8_3 uint16 R
0xB9EB (47595)holdingR/W 0:Disable 1:switching mode 2:Time manage mode 3:off-Grid load mode; only >ARM18 · Load Regulation Index uint16 R
0xB9EC (47596)holdingR/W 0/1; Load Switch Status · Load Switch Status uint16 R
0xB9ED (47597)holdingR/W 0% - 100% shut down the load when the battery reaches the set SOC · Backup Switch SOC Min uint16 %R
0xB9EF (47599)holdingR/W 0/1 · Hardware Feed Power Disable uint16 R
0xB9F0 (47600)holdingR/W 0/1 ischarge mode turn to wait when the SPI Battery disables discharge · PCS Powersave Mode uint16 R
0xB9F1 (47601)holdingR/W 0/1 · Old Meter Protocol uint16 R
0xB9F2 (47602)holdingR/W 0/1 · DOD Holding Enable uint16 R
0xB9F4 (47604)holdingR/W 0: generator 1: load safety; Dry node function configuration, default load control >ARM18 · Load Regulation or Generator Flag uint16 R
0xB9F5 (47605)holdingR/W 0/1 · Backup Mode Enable uint16 R
0xB9F6 (47606)holdingR/W 0% - 100% · Max Charge Power from Gird uint16 0%R
0xB9F9 (47609)holdingR/W 0/1 · Smart Charging Mode Enable uint16 R
0xB9FC (47612)holdingR/W 0/1 · ECO Mode Enable uint16 R
0xB9FD (47613)holdingR/W · PV sell first uint16 R
0xB9FE (47614)holdingR/W · Battery FeedPower offset uint16 WR
0xB9FF (47615)holdingR/W 0% - 100% · Battery current coefficient uint16 %R
0xBA00 (47616)holdingR/W 0% - 100% · Parallel cluster strong charging with adjustable power ratio uint16 0%R
0xBA02 (47618)holdingR/W Refer to 8-33 · Battery2 Protocol uint16 R
0xBA03 (47619)holdingR/W · Feed Power Start Time_1 uint32 ×2 sR
0xBA05 (47621)holdingR/W · Feed Power limit_1 int32 ×2 WR
0xBA07 (47623)holdingR/W · Feed Power Period_1 uint16 sR
0xBA08 (47624)holdingR/W · Feed Power Start Time_2 uint32 ×2 sR
0xBA0A (47626)holdingR/W · Feed Power limit_2 int32 ×2 WR
0xBA0C (47628)holdingR/W · Feed Power Period_2 uint16 sR
0xBA0D (47629)holdingR/W · Feed Power Start Time_3 uint32 ×2 sR
0xBA0F (47631)holdingR/W · Feed Power limit_3 int32 ×2 WR
0xBA11 (47633)holdingR/W · Feed Power Period_3 uint16 sR
0xBA12 (47634)holdingR/W · Feed Power Start Time_4 uint32 ×2 sR
0xBA14 (47636)holdingR/W · Feed Power limit_4 int32 ×2 WR
0xBA16 (47638)holdingR/W · Feed Power Period_4 uint16 sR
0xBA17 (47639)holdingR/W · Feed Power Start Time_5 uint32 ×2 sR
0xBA19 (47641)holdingR/W · Feed Power limit_5 int32 ×2 WR
0xBA1B (47643)holdingR/W · Feed Power Period_5 uint16 sR
0xBA1C (47644)holdingR/W · Feed Power Start Time_6 uint32 ×2 sR
0xBA1E (47646)holdingR/W · Feed Power limit_6 int32 ×2 WR
0xBA20 (47648)holdingR/W · Feed Power Period_6 uint16 sR
0xBA21 (47649)holdingR/W · Feed Power Start Time_7 uint32 ×2 sR
0xBA23 (47651)holdingR/W · Feed Power limit_7 int32 ×2 WR
0xBA25 (47653)holdingR/W · Feed Power Period_7 uint16 sR
0xBA26 (47654)holdingR/W · Feed Power Start Time_8 uint32 ×2 sR
0xBA28 (47656)holdingR/W · Feed Power limit_8 int32 ×2 WR
0xBA2A (47658)holdingR/W · Feed Power Period_8 uint16 sR
0xBA2B (47659)holdingR/W · Feed Power Start Time_9 uint32 ×2 sR
0xBA2D (47661)holdingR/W · Feed Power limit_9 int32 ×2 WR
0xBA2F (47663)holdingR/W · Feed Power Period_9 uint16 sR
0xBA30 (47664)holdingR/W · Feed Power Start Time_10 uint32 ×2 sR
0xBA32 (47666)holdingR/W · Feed Power limit_10 int32 ×2 WR
0xBA34 (47668)holdingR/W · Feed Power Period_10 uint16 sR
0xBA35 (47669)holdingR/W · Feed Power Start Time_11 uint32 ×2 sR
0xBA37 (47671)holdingR/W · Feed Power limit_11 int32 ×2 WR
0xBA39 (47673)holdingR/W · Feed Power Period_11 uint16 sR
0xBA3A (47674)holdingR/W · Feed Power Start Time_12 uint32 ×2 sR
0xBA3C (47676)holdingR/W · Feed Power limit_12 int32 ×2 WR
0xBA3E (47678)holdingR/W · Feed Power Period_12 uint16 sR
0xBA3F (47679)holdingR/W · Feed Power Start Time_13 uint32 ×2 sR
0xBA41 (47681)holdingR/W · Feed Power limit_13 int32 ×2 WR
0xBA43 (47683)holdingR/W · Feed Power Period_13 uint16 sR
0xBA44 (47684)holdingR/W · Feed Power Start Time_14 uint32 ×2 sR
0xBA46 (47686)holdingR/W · Feed Power limit_14 int32 ×2 WR
0xBA48 (47688)holdingR/W · Feed Power Period_14 uint16 sR
0xBA49 (47689)holdingR/W · Feed Power Start Time_15 uint32 ×2 sR
0xBA4B (47691)holdingR/W · Feed Power limit_15 int32 ×2 WR
0xBA4D (47693)holdingR/W · Feed Power Period_15 uint16 sR
0xBA4E (47694)holdingR/W · Feed Power Start Time_16 uint32 ×2 sR
0xBA50 (47696)holdingR/W · Feed Power limit_16 int32 ×2 WR
0xBA52 (47698)holdingR/W · Feed Power Period_16 uint16 sR
0xBA53 (47699)holdingR/W · Feed Power Start Time_17 uint32 ×2 sR
0xBA55 (47701)holdingR/W · Feed Power limit_17 int32 ×2 WR
0xBA57 (47703)holdingR/W · Feed Power Period_17 uint16 sR
0xBA58 (47704)holdingR/W · Feed Power Start Time_18 uint32 ×2 sR
0xBA5A (47706)holdingR/W · Feed Power limit_18 int32 ×2 WR
0xBA5C (47708)holdingR/W · Feed Power Period_18 uint16 sR
0xBA5D (47709)holdingR/W · Feed Power Start Time_19 uint32 ×2 sR
0xBA5F (47711)holdingR/W · Feed Power limit_19 int32 ×2 WR
0xBA61 (47713)holdingR/W · Feed Power Period_19 uint16 sR
0xBA62 (47714)holdingR/W · Feed Power Start Time_20 uint32 ×2 sR
0xBA64 (47716)holdingR/W · Feed Power limit_20 int32 ×2 WR
0xBA66 (47718)holdingR/W · Feed Power Period_20 uint16 sR
0xBA67 (47719)holdingR/W · Feed Power Start Time_21 uint32 ×2 sR
0xBA69 (47721)holdingR/W · Feed Power limit_21 int32 ×2 WR
0xBA6B (47723)holdingR/W · Feed Power Period_21 uint16 sR
0xBA6C (47724)holdingR/W · Feed Power Start Time_22 uint32 ×2 sR
0xBA6E (47726)holdingR/W · Feed Power limit_22 int32 ×2 WR
0xBA70 (47728)holdingR/W · Feed Power Period_22 uint16 sR
0xBA71 (47729)holdingR/W · Feed Power Start Time_23 uint32 ×2 sR
0xBA73 (47731)holdingR/W · Feed Power limit_23 int32 ×2 WR
0xBA75 (47733)holdingR/W · Feed Power Period_23 uint16 sR
0xBA76 (47734)holdingR/W · Feed Power Start Time_24 uint32 ×2 sR
0xBA78 (47736)holdingR/W · Feed Power limit_24 int32 ×2 WR
0xBA7A (47738)holdingR/W · Feed Power Period_24 uint16 sR
0xBA7B (47739)holdingR/W · SAPN UP Rate uint16 0%Pn/minR
0xBA7C (47740)holdingR/W · SAPN Down Rate uint16 0%Pn/minR
0xBA7D (47741)holdingR/W · SAPN Feed Power Preset int32 ×2 WR
0xBA7F (47743)holdingR/W · Single Battery Paral Enable uint16 R
0xBA80 (47744)holdingR/W · Battery Busbar Mode uint16 R
0xBA81 (47745)holdingR/W · Generator start mode selection uint16 R
0xBA82 (47746)holdingR/W · One-click enable uint16 R
0xBA83 (47747)holdingR/W 0%: Disabled 1% - 100% of rated charging power · Generator charge to the battery permillage uint16 %R
0xBA85 (47749)holdingR/W High byte FF: enabled, 00: disabled, 55: not set; Low byte 0 -> 6bit means Sunday -> Saturday · Week1 uint16 HexR
0xBA86 (47750)holdingR/W [0-23],[0-59] hh:mm · Prohibit the start time of work1 uint16 R
0xBA87 (47751)holdingR/W [0-23],[0-59] hh:mm · Prohibit work end time1 uint16 R
0xBA88 (47752)holdingR/W High byte FF: enabled, 00: disabled, 55: not set; Low byte 0 -> 6bit means Sunday -> Saturday · Week2 uint16 HexR
0xBA89 (47753)holdingR/W [0-23],[0-59] hh:mm · Prohibit the start time of work2 uint16 R
0xBA8A (47754)holdingR/W [0-23],[0-59] hh:mm · Prohibit work end time2 uint16 R
0xBA8C (47756)holdingR/W 20% - 90% or 40V - 55V · open SOC or open voltage uint16 R
0xBA8D (47757)holdingR/W 40% - 95% or 45V - 60V · close SOC or close voltage uint16 R
0xBA8E (47758)holdingR/W 0h - 240h default 8h · Generator max run time uint16 0hR
0xBA8F (47759)holdingR/W · Generator rated power uint16 0kWR
0xBA93 (47763)holdingR/W · SAPN Enable switch uint16 R
0xBA94 (47764)holdingR/W 0V - 6553,5V · lead_Acid Battery Float Charge Voltage uint16 0VR
0xBA95 (47765)holdingR/W 0V - 6553,5V · lead_Acid Battery Absorp Charge uint16 0VR
0xBA96 (47766)holdingR/W 0V - 6553,5V · lead_Acid Battery Equal Charge Voltage uint16 0VR
0xBA97 (47767)holdingR/W 0mΩ - 255mΩ · lead_Acid Battery InterRes uint16 mΩR
0xBA98 (47768)holdingR/W · lead_Acid Battery Equal Charge Enable switch uint16 R
0xBA99 (47769)holdingR/W 0,00% - 1,00% · lead_Acid Battery Charge Coefficient uint16 0%R
0xBA9A (47770)holdingR/W 0A - 10A · lead_Acid Battery Max Float Charge Current uint16 0AR
0xBA9B (47771)holdingR/W 0d - 365d · lead_Acid Battery Equal Charge cycle uint16 dR
0xBA9C (47772)holdingR/W 0A - 25,5A · lead_Acid Battery current threshold float charging stage uint16 0AR
0xBA9D (47773)holdingR/W -20% - 20% · lead_Acid Battery Temp Compensation int16 0%R
0xBA9E (47774)holdingR/W 0s - 65535s · lead_Acid Battery float charge time uint16 sR
0xBB1C (47900)holdingR/W · BMS Version uint16 R
0xBB1D (47901)holdingR/W · Battery Strings uint16 R
0xBB1E (47902)holdingR/W better use register 45352 · Max BMS Battery Charge Voltage uint16 0VR
0xBB1F (47903)holdingR/W better use register 45353 · Max BMS Battery Charge Current uint16 0AR
0xBB20 (47904)holdingR/W better use register 45354 · Min BMS Battery Discharge Voltage uint16 0VR
0xBB21 (47905)holdingR/W better use register 45355 · Max BMS Battery Discharge Current uint16 0AR
0xBB22 (47906)holdingR/W · BMS Battery Voltage uint16 0VR
0xBB23 (47907)holdingR/W · BMS Battery Current uint16 0AR
0xBB24 (47908)holdingR/W · BMS Battery SOC uint16 %R
0xBB25 (47909)holdingR/W · BMS Battery SOH uint16 %R
0xBB26 (47910)holdingR/W · BMS Battery Temperature uint16 0°CR
0xBB27 (47911)holdingR/W Refer to 8-8 · BMS Warning Code uint16 ×2 HexR
0xBB29 (47913)holdingR/W Refer to 8-7 · BMS Alarm Code uint16 ×2 HexR
0xBB2B (47915)holdingR/W Refer to 8-9 · BMS Status uint16 R
0xBB2C (47916)holdingR/W · BMS Communication Loss Disable uint16 R
0xBB2D (47917)holdingR/W 20V - 200V · BMS Battery String Rate Voltage uint16 0VR
0xBB2E (47918)holdingR/W · BMS Version2 uint16 R
0xBB2F (47919)holdingR/W · Battery Strings2 uint16 R
0xBB30 (47920)holdingR/W · Max BMS Battery2 Charge Voltage uint16 0VR
0xBB31 (47921)holdingR/W · Max BMS Battery2 Charge Current uint16 0AR
0xBB32 (47922)holdingR/W · Min BMS Battery2 Discharge Voltage uint16 0VR
0xBB33 (47923)holdingR/W · Max BMS Battery2 Discharge Current uint16 0AR
0xBB34 (47924)holdingR/W · BMS Battery2 Voltage uint16 0VR
0xBB35 (47925)holdingR/W · BMS Battery2 Current uint16 0AR
0xBB36 (47926)holdingR/W · BMS Battery2 SOC uint16 %R
0xBB37 (47927)holdingR/W · BMS Battery2 SOH uint16 %R
0xBB38 (47928)holdingR/W · BMS Battery2 Temperature uint16 0°CR
0xBB39 (47929)holdingR/W Refer to 8-8 · BMS2 Warning Code uint16 ×2 HexR
0xBB3B (47931)holdingR/W Refer to 8-7 · BMS2 Alarm Code uint16 ×2 HexR
0xBB3D (47933)holdingR/W Refer to 8-9 · BMS2 Status uint16 R
0xBB3E (47934)holdingR/W · BMS2 Communication Loss Disable uint16 R
0xBB3F (47935)holdingR/W 20V - 200V · BMS Battery String2 Rate Voltage uint16 0VR
0xBB40 (47936)holdingR/W · Max BMS Battery Discharge Current uint16 0AR
0xBB41 (47937)holdingR/W · Max BMS Battery Discharge Current Offline2 uint16 0AR
0xC350 (50000)holdingR/o 1: Support Self-check · Self check Support Flag uint16 R
0xC351 (50001)holdingR/o First version is 0 · Self check Function Version uint16 R
0xC352 (50002)holdingR/o Refer to table 8-101 · Self check Function1 uint16 HexR
0xC353 (50003)holdingR/o · Self check Function2 uint16 HexR
0xC354 (50004)holdingR/o · Self check Function3 uint16 HexR
0xC355 (50005)holdingR/o · Self check Function4 uint16 HexR
0xC356 (50006)holdingR/o · Self check Function5 uint16 HexR
0xC357 (50007)holdingR/o · Self check Function6 uint16 HexR
0xC358 (50008)holdingR/o · Self check Function7 uint16 HexR
0xC359 (50009)holdingR/o · Self check Function8 uint16 HexR
0xC35A (50010)holdingR/o 0: Disconnected, 1: Connected, 2: Overvoltage, 3: Reversed · PV1 Connect Status uint16 R
0xC35B (50011)holdingR/o · PV1 Voltage int16 0VR
0xC35C (50012)holdingR/o · PV1 Current int16 0AR
0xC35D (50013)holdingR/o 0: Disconnected, 1: Connected, 2: Overvoltage, 3: Reversed · PV2 Connect Status uint16 R
0xC35E (50014)holdingR/o · PV2 Voltage int16 0VR
0xC35F (50015)holdingR/o · PV2 Current int16 0AR
0xC360 (50016)holdingR/o 0: Disconnected, 1: Connected, 2: Overvoltage, 3: Reversed · PV3 Connect Status uint16 R
0xC361 (50017)holdingR/o · PV3 Voltage int16 0VR
0xC362 (50018)holdingR/o · PV3 Current int16 0AR
0xC363 (50019)holdingR/o 0: Disconnected, 1: Connected, 2: Overvoltage, 3: Reversed · PV4 Connect Status uint16 R
0xC364 (50020)holdingR/o · PV4 Voltage int16 0VR
0xC365 (50021)holdingR/o · PV4 Current int16 0AR
0xC366 (50022)holdingR/o 0: Disconnected, 1: Connected, 2: Overvoltage, 3: Reversed · PV5 Connect Status uint16 R
0xC367 (50023)holdingR/o · PV5 Voltage int16 0VR
0xC368 (50024)holdingR/o · PV5 Current int16 0AR
0xC369 (50025)holdingR/o 0: Disconnected, 1: Connected, 2: Overvoltage, 3: Reversed · PV6 Connect Status uint16 R
0xC36A (50026)holdingR/o · PV6 Voltage int16 0VR
0xC36B (50027)holdingR/o · PV6 Current int16 0AR
0xC36C (50028)holdingR/o 0: Disconnected, 1: Connected, 2: Overvoltage, 3: Reversed · PV7 Connect Status uint16 R
0xC36D (50029)holdingR/o · PV7 Voltage int16 0VR
0xC36E (50030)holdingR/o · PV7 Current int16 0AR
0xC36F (50031)holdingR/o 0: Disconnected, 1: Connected, 2: Overvoltage, 3: Reversed · PV8 Connect Status uint16 R
0xC370 (50032)holdingR/o · PV8 Voltage int16 0VR
0xC371 (50033)holdingR/o · PV8 Current int16 0AR
0xC372 (50034)holdingR/o 0: Disconnected, 1: Connected, 2: Overvoltage, 3: Reversed · Battery1 Connect Status uint16 R
0xC373 (50035)holdingR/o 0: Com loss, 1: Com normal · Battery1 Communication uint16 R
0xC374 (50036)holdingR/o · Battery1 Voltage int16 0VR
0xC375 (50037)holdingR/o · Battery1 Current uint16 0AR
0xC376 (50038)holdingR/o · Battery1 Type Index uint16 R
0xC377 (50039)holdingR/o Refer to 8-33 · Battery1 Protocol uint16 HexR
0xC378 (50040)holdingR/o · Battery1 Strings uint16 R
0xC379 (50041)holdingR/o · Battery1 SOC uint16 0%R
0xC37A (50042)holdingR/o · Battery1 SOH uint16 0%R
0xC37B (50043)holdingR/o 0: Disconnected, 1: Connected, 2: Overvoltage, 3: Reversed · Battery2 Connect Status uint16 R
0xC37C (50044)holdingR/o 0: Com loss, 1: Com normal · Battery2 Communication uint16 R
0xC37D (50045)holdingR/o · Battery2 Voltage int16 0VR
0xC37E (50046)holdingR/o · Battery2 Current uint16 0AR
0xC37F (50047)holdingR/o · Battery2 Type Index uint16 R
0xC380 (50048)holdingR/o Refer to 8-33 · Battery2 Protocol uint16 HexR
0xC381 (50049)holdingR/o · Battery2 Strings uint16 R
0xC382 (50050)holdingR/o · Battery2 SOC uint16 0%R
0xC383 (50051)holdingR/o · Battery2 SOH uint16 0%R
0xC384 (50052)holdingR/o 0: Disconnected, 1: Connected, 2: Overvoltage, 3: Reversed · Battery3 Connect Status uint16 R
0xC385 (50053)holdingR/o 0: Com loss, 1: Com normal · Battery3 Communication uint16 R
0xC386 (50054)holdingR/o · Battery3 Voltage int16 0VR
0xC387 (50055)holdingR/o · Battery3 Current uint16 0AR
0xC388 (50056)holdingR/o · Battery3 Type Index uint16 R
0xC389 (50057)holdingR/o Refer to 8-33 · Battery3 Protocol uint16 HexR
0xC38A (50058)holdingR/o · Battery3 Strings uint16 R
0xC38B (50059)holdingR/o · Battery3 SOC uint16 0%R
0xC38C (50060)holdingR/o · Battery3 SOH uint16 0%R
0xC38D (50061)holdingR/o 0: Disconnected, 1: Connected, 2: Overvoltage, 3: Reversed · Battery4 Connect Status uint16 R
0xC38E (50062)holdingR/o 0: Com loss, 1: Com normal · Battery4 Communication uint16 R
0xC38F (50063)holdingR/o · Battery4 Voltage int16 0VR
0xC390 (50064)holdingR/o · Battery4 Current uint16 0AR
0xC391 (50065)holdingR/o · Battery4 Type Index uint16 R
0xC392 (50066)holdingR/o Refer to 8-33 · Battery4 Protocol uint16 HexR
0xC393 (50067)holdingR/o · Battery4 Strings uint16 R
0xC394 (50068)holdingR/o · Battery4 SOC uint16 0%R
0xC395 (50069)holdingR/o · Battery4 SOH uint16 0%R
0xC396 (50070)holdingR/o 0: Disconnetced 1: Grid normal 2: Phase Sequence Fault 3: Phase Fault 4: Grid Voltage Frequency Fault · Grid Connect Status uint16 R
0xC397 (50071)holdingR/o 0: Single-phase 1: Split- phase 2: Three-phase, Four-wire 3: Three-phase, Three-wire · Device AC type uint16 R
0xC398 (50072)holdingR/o · Master Safety Code uint16 R
0xC399 (50073)holdingR/o · Slave Safety Code uint16 R
0xC39A (50074)holdingR/o · Grid Voltage L1 uint16 0VR
0xC39B (50075)holdingR/o · Grid Voltage L2 uint16 0VR
0xC39C (50076)holdingR/o · Grid Voltage L3 uint16 0VR
0xC39D (50077)holdingR/o · Grid Frequency L1 uint16 0HzR
0xC39E (50078)holdingR/o · Grid Frequency L2 uint16 0HzR
0xC39F (50079)holdingR/o · Grid Frequency L3 uint16 0HzR
0xC3A0 (50080)holdingR/o · Grid Reserved1 uint16 R
0xC3A1 (50081)holdingR/o · Grid Reserved2 uint16 R
0xC3A2 (50082)holdingR/o 0: ON 1: OFF · Backup Enable uint16 R
0xC3A3 (50083)holdingR/o 0: Full-wave 1: Half-wave 2: OFF · Wave Check Mode uint16 R
0xC3A4 (50084)holdingR/o · Backup Voltage L1 uint16 0VR
0xC3A5 (50085)holdingR/o · Backup Voltage L2 uint16 0VR
0xC3A6 (50086)holdingR/o · Backup Voltage L3 uint16 0VR
0xC3A7 (50087)holdingR/o · Backup Frequency L1 uint16 0HzR
0xC3A8 (50088)holdingR/o · Backup Frequency L2 uint16 0HzR
0xC3A9 (50089)holdingR/o · Backup Frequency L3 uint16 0HzR
0xC3AA (50090)holdingR/o Refer to table 8-102 · Meter Type uint16 HexR
0xC3AB (50091)holdingR/o 0: Internal 1: External · Meter Internal / External uint16 R
0xC3AC (50092)holdingR/o 0: Com loss 1: Com normal · Int Meter Communication uint16 R
0xC3AD (50093)holdingR/o 0: Not available 1: Available · CT Self Check Status uint16 R
0xC3AE (50094)holdingR/o 0: Com loss, 1: Com normal · Ext Meter Communication uint16 R
0xC418 (50200)holdingR/W 0% - 100% uint16 0%R
0xC419 (50201)holdingR/W 0% - 100% uint16 0%R
0xC41A (50202)holdingR/o uint16 rad/minR
0xC41B (50203)holdingR/o uint16 rad/minR

Source

upstream : iobroker · 6b2b335

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