huawei SUN2000 8-28KTL
SUN2000 8-28KTL
Importata da documento
| Len | Scala | Endian | ||||||||
|---|---|---|---|---|---|---|---|---|---|---|
| 40002 | Grid code Range 0-23. | grid_code | 3 | uint16 | 1 | 1 | — | R/W | — | |
| 40004 | MPPT setting 0=Disable, 1=Enable. | mppt_setting | 3 | uint16 | 1 | 1 | — | R/W | — | |
| 40006 | Level-1 UF prot. Range 85%-100%Fn. | level_1_uf_prot | 3 | uint16 | 1 | 0.01 | Hz | R/W | — | |
| 40007 | Level-1 UF prot. time Range 50-600000. | level_1_uf_prot_time | 3 | uint32 | 2 | 1 | ms | R/W | — | |
| 40009 | Level-2 UF prot. Range 85%-100%Fn. | level_2_uf_prot | 3 | uint16 | 1 | 0.01 | Hz | R/W | — | |
| 40010 | Level-2 UF prot. time Range 50-600000. | level_2_uf_prot_time | 3 | uint32 | 2 | 1 | ms | R/W | — | |
| 40012 | 10-min OV protec. Range 100%-140%Vn. | 10_min_ov_protec | 3 | uint16 | 1 | 0.01 | V | R/W | — | |
| 40013 | 10-min OV protec. time Range 50-600000. | 10_min_ov_protec_time | 3 | uint32 | 2 | 1 | ms | R/W | — | |
| 40015 | MPPT scanning interval Range 5-30. | mppt_scanning_interval | 3 | uint16 | 1 | 1 | min | R/W | — | |
| 40022 | Insulation res. protec. Range 0.033-1. | insulation_res_protec | 3 | uint16 | 1 | 0.001 | MΩ | R/W | — | |
| 40023 | Unbal. volt. protec. Range 0-50. | unbal_volt_protec | 3 | uint16 | 1 | 0.1 | % | R/W | — | |
| 40032 | Reactive power compensation (cosψ-P) trigger voltage Range 100-110. | reactive_power_compensation_cos_p_trigger_voltage | 3 | uint16 | 1 | 1 | % | R/W | — | |
| 40033 | Reactive power compensation (cosψ-P) exit voltage Range 90-100. | reactive_power_compensation_cos_p_exit_voltage | 3 | uint16 | 1 | 1 | % | R/W | — | |
| 40034 | Overfrequency deration trigger threshold Range 50-52. | overfrequency_deration_trigger_threshold | 3 | uint16 | 1 | 0.01 | Hz | R/W | — | |
| 40035 | Overfrequency deration exit threshold Range 49.9-51. | overfrequency_deration_exit_threshold | 3 | uint16 | 1 | 0.01 | Hz | R/W | — | |
| 40036 | Overfrequency deration recovery gradient Range 5-20. | overfrequency_deration_recovery_gradient | 3 | uint16 | 1 | 1 | %/min | R/W | — | |
| 40037 | Q-U characteristic curve mode Range 0-1. | q_u_characteristic_curve_mode | 3 | uint16 | 1 | 1 | — | R/W | — | |
| 40038 | Q-U dispatch trigger power percent Range 10-100. | q_u_dispatch_trigger_power_percent | 3 | uint16 | 1 | 1 | % | R/W | — | |
| 40041 | Soft startup time after grid failure Range 20-800. | soft_startup_time_after_grid_failure | 3 | uint16 | 1 | 1 | s | R/W | — | |
| 40051 | LVRT 00=Disable, 01=Enable. | lvrt | 3 | uint16 | 1 | 1 | — | R/W | — | |
| 40052 | Enable islanding detection setting 00=Disable, 01=Enable. | enable_islanding_detection_setting | 3 | uint16 | 1 | 1 | — | R/W | — | |
| 40053 | Soft start time Range 20-800. | soft_start_time | 3 | uint16 | 1 | 1 | s | R/W | — | |
| 40054 | Level-1 OV prot. Range 100%-140%Vn. | level_1_ov_prot | 3 | uint16 | 1 | 0.01 | V | R/W | — | |
| 40055 | Level-1 OV prot. time Range 50-600000. | level_1_ov_prot_time | 3 | uint32 | 2 | 1 | ms | R/W | — | |
| 40057 | Level-2 OV prot. Range 100%-140%Vn. | level_2_ov_prot | 3 | uint16 | 1 | 0.01 | V | R/W | — | |
| 40058 | Level-2 OV prot. time Range 50-600000. | level_2_ov_prot_time | 3 | uint32 | 2 | 1 | ms | R/W | — | |
| 40060 | Level-1 UV prot. Range 10%-100%Vn. | level_1_uv_prot | 3 | uint16 | 1 | 0.01 | V | R/W | — | |
| 40061 | Level-1 UV prot. time Range 50-600000. | level_1_uv_prot_time | 3 | uint32 | 2 | 1 | ms | R/W | — | |
| 40063 | Level-2 UV prot. Range 10%-100%Vn. | level_2_uv_prot | 3 | uint16 | 1 | 0.01 | V | R/W | — | |
| 40064 | Level-2 UV prot. time Range 50-600000. | level_2_uv_prot_time | 3 | uint32 | 2 | 1 | ms | R/W | — | |
| 40066 | Level-1 OF prot. Range 100%-115%Fn. | level_1_of_prot | 3 | uint16 | 1 | 0.01 | Hz | R/W | — | |
| 40067 | Level-2 OF prot. time (nome cosi' nel documento) Range 50-600000. ATTENZIONE: il documento chiama questo registro "Level-2 OF prot. time" ma la sua posizione (subito dopo Level-1 OF prot. a 40066, prima di Level-2 OF prot. a 40069) suggerisce che sia in realta' il tempo di Level-1. Trascritto cosi' com'e' nel documento originale. | level_2_of_prot_time_nome_cosi_nel_documento | 3 | uint32 | 2 | 1 | ms | R/W | — | |
| 40069 | Level-2 OF prot. Range 100%-115%Fn. | level_2_of_prot | 3 | uint16 | 1 | 0.01 | Hz | R/W | — | |
| 40070 | Level-2 OF prot. time Range 50-600000. | level_2_of_prot_time | 3 | uint32 | 2 | 1 | ms | R/W | — | |
| 40076 | Feed grid recovery time Range 10-600. | feed_grid_recovery_time | 3 | uint16 | 1 | 1 | s | R/W | — | |
| 40117 | Reactive power compensation 0=Disable reactive power output, 1=Communication adjustment power factor, 2=Parameter setting Q/S, 3=Parameter setting power factor, 4=Q(u) characteristic curve, 5=Power factor characteristic curve. | reactive_power_compensation | 3 | uint16 | 1 | 1 | — | R/W | — | |
| 40118 | Active power control 0=Disable active power limiting, 1=Communication limit percentage(%), 2=Parameter setting absolute value kW, 3=Parameter setting percentage setting[fixed value]. | active_power_control | 3 | uint16 | 1 | 1 | — | R/W | — | |
| 40119 | Active power deration setting [percentage] Range 0-100. | active_power_deration_setting_percentage | 3 | uint16 | 1 | 1 | % | R/W | — | |
| 40120 | Active power deration setting [fixed value] Range 0-22. | active_power_deration_setting_fixed_value | 3 | uint16 | 1 | 0.1 | kW | R/W | — | |
| 40121 | Active power deration gradient Range 0.5-10. | active_power_deration_gradient | 3 | uint16 | 1 | 0.1 | %/s | R/W | — | |
| 40122 | Reactive power compensation setting [power factor] 0 <= |a| <= 1. | reactive_power_compensation_setting_power_factor | 3 | int16 | 1 | 0.001 | — | R/W | — | |
| 40123 | Reactive power compensation setting [Q/S] -1 to 1. | reactive_power_compensation_setting_q_s | 3 | int16 | 1 | 0.001 | — | R/W | — | |
| 40124 | Reactive power adjustment time Range 5-120. | reactive_power_adjustment_time | 3 | uint16 | 1 | 1 | s | R/W | — | |
| 40200 | Power on Comando, valore fisso 0. | power_on | 6 | uint16 | 1 | 1 | — | W | — | |
| 40201 | Power off Comando, valore fisso 0. | power_off | 6 | uint16 | 1 | 1 | — | W | — | |
| 40234 | Active power deration percent Range 0-100. | active_power_deration_percent | 6 | uint16 | 1 | 1 | % | W | — | |
| 40237 | Reactive power compensation factor instruction -1 to 1. | reactive_power_compensation_factor_instruction | 6 | int16 | 1 | 0.001 | — | W | — | |
| 40500 | PV1 Voltage Per tutte le classi di potenza. | pv1_voltage | 3 | int16 | 1 | 0.1 | V | R | — | |
| 40501 | PV2 Voltage Per tutte le classi di potenza. | pv2_voltage | 3 | int16 | 1 | 0.1 | V | R | — | |
| 40502 | PV3 Voltage Per tutte le classi di potenza. | pv3_voltage | 3 | int16 | 1 | 0.1 | V | R | — | |
| 40503 | PV4 Voltage Per tutte le classi di potenza. | pv4_voltage | 3 | int16 | 1 | 0.1 | V | R | — | |
| 40504 | PV5 Voltage Per tutte le classi di potenza. | pv5_voltage | 3 | int16 | 1 | 0.1 | V | R | — | |
| 40505 | PV6 Voltage Per tutte le classi di potenza. | pv6_voltage | 3 | int16 | 1 | 0.1 | V | R | — | |
| 40506 | PV1 Current Per tutte le classi di potenza. | pv1_current | 3 | int16 | 1 | 0.01 | A | R | — | |
| 40507 | PV2 Current Per tutte le classi di potenza. | pv2_current | 3 | int16 | 1 | 0.01 | A | R | — | |
| 40508 | PV3 Current Per tutte le classi di potenza. | pv3_current | 3 | int16 | 1 | 0.01 | A | R | — | |
| 40509 | PV4 Current Per tutte le classi di potenza. | pv4_current | 3 | int16 | 1 | 0.01 | A | R | — | |
| 40510 | PV5 Current Per tutte le classi di potenza. | pv5_current | 3 | int16 | 1 | 0.01 | A | R | — | |
| 40511 | PV6 Current Per tutte le classi di potenza. | pv6_current | 3 | int16 | 1 | 0.01 | A | R | — | |
| 40523 | CO2 reduction | co2_reduction | 3 | uint32 | 2 | 0.01 | kg | R | — | |
| 40525 | Active power | active_power | 3 | int32 | 2 | 0.001 | kW | R | — | |
| 40527 | Uab | uab | 3 | uint16 | 1 | 0.01 | V | R | — | |
| 40528 | Ubc | ubc | 3 | uint16 | 1 | 0.01 | V | R | — | |
| 40529 | Uca | uca | 3 | uint16 | 1 | 0.01 | V | R | — | |
| 40532 | Power factor | power_factor | 3 | int16 | 1 | 0.001 | — | R | — | |
| 40533 | Cabinet temperature | cabinet_temperature | 3 | int16 | 1 | 0.1 | °C | R | — | |
| 40544 | Reactive output power | reactive_output_power | 3 | int32 | 2 | 0.001 | kVar | R | — | |
| 40546 | Frequency | frequency | 3 | uint16 | 1 | 0.01 | Hz | R | — | |
| 40560 | E-Total | e_total | 3 | uint32 | 2 | 0.01 | kWh | R | — | |
| 40562 | Current-day yield | current_day_yield | 3 | uint32 | 2 | 0.01 | kWh | R | — | |
| 40572 | Ia | ia | 3 | int16 | 1 | 0.01 | A | R | — | |
| 40573 | Ib | ib | 3 | int16 | 1 | 0.01 | A | R | — | |
| 40574 | Ic | ic | 3 | int16 | 1 | 0.01 | A | R | — | |
| 40613 | Inverter start time | inverter_start_time | 3 | uint32 | 2 | 1 | s | R | — | |
| 40615 | Inverter shutdown time | inverter_shutdown_time | 3 | uint32 | 2 | 1 | s | R | — | |
| 40685 | Inverter efficiency | inverter_efficiency | 3 | uint16 | 1 | 0.01 | % | R | — | |
| 40686 | MPPT1 total input power | mppt1_total_input_power | 3 | uint32 | 2 | 0.001 | kW | R | — | |
| 40688 | MPPT2 total input power | mppt2_total_input_power | 3 | uint32 | 2 | 0.001 | kW | R | — | |
| 40690 | MPPT3 total input power | mppt3_total_input_power | 3 | uint32 | 2 | 0.001 | kW | R | — | |
| 40692 | Total input power | total_input_power | 3 | uint32 | 2 | 0.001 | kW | R | — | |
| 40696 | Zero voltage ride through protection 0=no, 1=yes. | zero_voltage_ride_through_protection | 3 | uint16 | 1 | 1 | — | R | — | |
| 40697 | LVRT protection 0=no, 1=yes. | lvrt_protection | 3 | uint16 | 1 | 1 | — | R | — | |
| 40698 | Anti-islanding 0=no, 1=yes. | anti_islanding | 3 | uint16 | 1 | 1 | — | R | — | |
| 40699 | Locking 0=lock, 1=not lock. | locking | 3 | uint16 | 1 | 1 | — | R | — | |
| 40710 | Rated inverter power Codice modello. Vedi tabella "Mapping Between Inverter Models and Rated Power" nel documento originale: 0=20KTL, 1=17KTL, 2=15KTL, 3=12KTL, 4=10KTL, 5=8KTL, 9=500KTL, 16=24.5KTL, 17=23KTL, 18=28KTL, 19=33KTL, 20=40KTL. | rated_inverter_power | 3 | uint16 | 1 | 1 | — | R | — | |
| 40713 | ESN Stringa ASCII multi-registro (MLD), 10 registri. | esn | 3 | string | — | 1 | — | R | — | |
| 40789 | Hardware version Stringa ASCII multi-registro (MLD), 15 registri. | hardware_version | 3 | string | — | 1 | — | R | — | |
| 40819 | Software version Stringa ASCII multi-registro (MLD), 15 registri. | software_version | 3 | string | — | 1 | — | R | — | |
| 40834 | ModBus protocol version Stringa ASCII multi-registro (MLD), 15 registri. | modbus_protocol_version | 3 | string | — | 1 | — | R | — | |
| 40931 | Inverter on/off status Bit1: 1=grid-tied, 0=shutdown. | inverter_on_off_status | 3 | bitfield | 1 | 1 | — | R | — | |
| 40939 | Inverter status 0x0000=Idle:Initializing, 0x0001=Idle:ISO Detecting, 0x0002=Idle:Irradiation Detecting, 0x0100=Starting, 0x0200=On-grid, 0x0201=On-grid:Limited, 0x0300=Shutdown:Abnormal, 0x0301=Shutdown:Forced, 0x0401=Grid Dispatch:cosψ-P Curve, 0x0402=Grid Dispatch:Q-U Curve, 0xA000=Idle:No Irradiation. | inverter_status | 3 | uint16 | 1 | 1 | — | R | — | |
| 40000 | Date and time synchronization Range 0-3155759999. | date_and_time_synchronization | 3 | uint32 | 2 | 1 | — | R/W | — | |
| 50000 | Alarm word (0x50000) bit0x01 Abnormal String1(AlarmID106,CauseID1,Warning); bit0x02 Abnormal String2(107,1,Warning); bit0x03 Abnormal String3(108,1,Warning); bit0x04 Abnormal String4(109,1,Warning); bit0x05 Abnormal String5(110,1,Warning); bit0x06 Abnormal String6(111,1,Warning); bit0x0A Software Ver. Unmatch(504,1,Minor); bit0x0C Upgrade Failed(505,1,Major); bit0x0D Flash Fault(61440,1,Minor). | alarm_word_0x50000 | 3 | bitfield | 1 | 1 | — | R | — | |
| 50001 | Alarm word (0x50001) bit0x01 Software Ver. Unmatch(504,2,Minor); bit0x02 Software Ver. Unmatch(504,3,Minor); bit0x03 System Fault(400,1,Major); bit0x06 Abnormal Inv. Circuit(202,20,Major); bit0x07 Abnormal Resid. Cur.(318,1,Major); bit0x08 Cabinet Overtemp.(321,1,Major); bit0x09 Cabinet Overtemp.(321,2,Major); bit0x0F System Fault(400,5,Major). | alarm_word_0x50001 | 3 | bitfield | 1 | 1 | — | R | — | |
| 50002 | Alarm word (0x50002) bit0x00 Low Insulation Res.(313,1,Major); bit0x06 Cabinet Overtemp.(321,6,Major); bit0x09 String 3 Reversed(122,1,Warning); bit0x0F System Fault(400,23,Major). | alarm_word_0x50002 | 3 | bitfield | 1 | 1 | — | R | — | |
| 50003 | Alarm word (0x50003) bit0x01 String1 Reversed(120,1,Warning); bit0x02 String2 Reversed(121,1,Warning); bit0x06 String4 Reversed(123,1,Warning); bit0x07 String5 Reversed(124,1,Warning); bit0x08 String6 Reversed(125,1,Warning); bit0x09 High DC Input Volt.(103,1,Major); bit0x0A High DC Input Volt.(103,2,Major); bit0x0B High DC Input Volt.(103,3,Major). | alarm_word_0x50003 | 3 | bitfield | 1 | 1 | — | R | — | |
| 50004 | Alarm word (0x50004) bit0x01 Cabinet Overtemp.(321,14,Major); bit0x02 String1 Reversed(120,2,Warning); bit0x03 String2 Reversed(121,2,Warning); bit0x0C String3 Reversed(122,2,Warning); bit0x0D String4 Reversed(123,2,Warning); bit0x0E String5 Reversed(124,2,Warning); bit0x0F String6 Reversed(125,2,Warning). | alarm_word_0x50004 | 3 | bitfield | 1 | 1 | — | R | — | |
| 50005 | Alarm word (0x50005) bit0x01 Abnormal DC Circuit(200,3,Major); bit0x02 Abnormal Auxiliary Power Supply(410,4,Major); bit0x04 Abnormal DC Circuit(200,10,Major); bit0x05 Abnormal DC Circuit(200,11,Major). | alarm_word_0x50005 | 3 | bitfield | 1 | 1 | — | R | — | |
| 50006 | Alarm word (0x50006) bit0x00 Abnormal Inv. Circuit(202,4,Major); bit0x06 System Fault(400,3,Major); bit0x0A Abnormal Inv. Circuit(202,13,Major); bit0x0C Abnormal Inv. Circuit(202,14,Major). | alarm_word_0x50006 | 3 | bitfield | 1 | 1 | — | R | — | |
| 50007 | Alarm word (0x50007) bit0x01 Abnormal Inv. Circuit(202,16,Major); bit0x04 Anti-islanding(300,1,Warning); bit0x05 System Fault(400,21,Major); bit0x07 Abnormal Grid Volt. AB<lower(301,7,Major); bit0x08 Abnormal Grid Volt. BC<lower(301,8,Major); bit0x09 Abnormal Grid Volt. CA<lower(301,9,Major). | alarm_word_0x50007 | 3 | bitfield | 1 | 1 | — | R | — | |
| 50008 | Alarm word (0x50008) bit0x00 Grid Volt. A<lower(301,4,Major); bit0x01 Grid Volt. B<lower(301,5,Major); bit0x02 Grid Volt. C<lower(301,6,Major); bit0x03 Grid Volt. A>upper(301,16,Major); bit0x04 Grid Volt. B>upper(301,17,Major); bit0x05 Grid Volt. C>upper(301,18,Major); bit0x06 Grid freq>standard(305,2,Major); bit0x07 Grid freq<standard(305,4,Major); bit0x08 Grid 3-phase voltage diff(301,28,Major); bit0x09 Grid fail/AC disconnected(301,29,Major); bit0x0A Abnormal Ground.(326,1,Major); bit0x0B Grid Volt.>upper threshold(301,26,Major). | alarm_word_0x50008 | 3 | bitfield | 1 | 1 | — | R | — | |
| 50009 | Alarm word (0x50009) bit0x00 Output A phase low impedance/short(301,31,Major); bit0x01 Output B phase low impedance/short(301,32,Major); bit0x02 Output C phase low impedance/short(301,33,Major); bit0x06 System Fault(400,11,Major); bit0x08 Grid Volt. above 10-min OV threshold(301,19,Major). | alarm_word_0x50009 | 3 | bitfield | 1 | 1 | — | R | — | |
| 50011 | Alarm word (0x50011) bit0x0A AB line voltage>upper(301,20,Major); bit0x0B BC line voltage>upper(301,21,Major); bit0x0C CA line voltage>upper(301,22,Major). | alarm_word_0x50011 | 3 | bitfield | 1 | 1 | — | R | — |
Leggi questi registri via API
curl https://busbabel.vercel.app/api/devices/huawei/sun2000-8-28ktl/registers?version=v1