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PV2 data not shown. #9
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antonzholneruk
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Thanks for the information. It's time to start corresponding with the vendor. |
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Hello. First of all, thank you for the time and effort you've put into this project. I have a DATOU BOSS 11 kW DT4811B Hybrid Solar Inverter, and everything works perfectly except for one thing: I'm not receiving data for PV2. It's physically connected, and the inverter screen displays it, but the adapter doesn't display any data.




Here's my data:
{
"RawData": {
"QPI": "PI30",
"QSVFW2": "",
"QPIRI": "230.0 47.8 230.0 50.0 47.8 1000 1000 48.0 46.0 42.0 56.4 54.0 0 30 060 0 0 1 9 01 0 0 54.0 1 1",
"QMD": "",
"QPIBI": "",
"QMN": "VMII-1000",
"QFLAG": "EavxyDbjkuz",
"Q1": "030 5472 00000 00000 65535 65535 00 00 024 039 021 021 00 00 000 5472 0000 11",
"QPIGS": "223.4 50.0 223.4 50.0 0737 0683 006 359 05.80 000 000 0039 00.0 000.0 00.00 00000 00010000 00 00 00000 010",
"QPIGS2": "NOA",
"QMOD": "L",
"QT": "",
"QET": "NOA",
"QEY": "",
"QEM": "",
"QED": "",
"QLT": "",
"QLY": "",
"QLM": "",
"QLD": "",
"QALL": "NOA",
"QPIWS": "10000000000000100000001000000000",
"CommandAnswer": ""
},
"EspData": {
"detect_raw_qpi": "PI30",
"Device_name": "Datou_BOSS",
"Wifi_RSSI": -55,
"sw_version": "2.0.1",
"Free_Heap": 151560,
"HEAP_Fragmentation": 44,
"runtime": 4360,
"detect_protocol": 2,
"detect_protocol_name": "PI30",
"detect_protocol_raw_only": false,
"detect_protocol_unknown": false,
"IP": "192.168.100.130",
"WiFiStatus": true,
"MQTTStatus": true,
"Ethernet_Active": false,
"Network_Type": "WiFi",
"AP_Mode": false,
"Inverter_Connected": true,
"Simulation_Active": false,
"Simulation_Mode": ""
},
"DeviceData": {
"Device_Model": "VMII-1000",
"Protocol_ID": "PI30",
"Buzzer_Enabled": true,
"Overload_Bypass_Enabled": false,
"Power_Saving_Enabled": false,
"LCD_Reset_To_Default_Enabled": false,
"Solar_Feed_To_Grid_Enabled": false,
"Overload_Restart_Enabled": false,
"Over_Temperature_Restart_Enabled": true,
"LCD_Backlight_Enabled": true,
"Primary_Source_Interrupt_Alarm_Enabled": true,
"Record_Fault_Code_Enabled": false,
"AC_In_Rating_Voltage": 230,
"AC_In_Rating_Current": 47.8,
"AC_Out_Rating_Voltage": 230,
"AC_Out_Rating_Frequency": 50,
"AC_Out_Rating_Current": 47.8,
"AC_Out_Rating_Apparent_Power": 1000,
"AC_Out_Rating_Active_Power": 1000,
"Battery_Rating_Voltage": 48,
"Battery_Recharge_Voltage": 46,
"Battery_Under_Voltage": 42,
"Battery_Bulk_Voltage": 56.4,
"Battery_Float_Voltage": 54,
"Battery_Type": "AGM",
"Current_Max_AC_Charging_Current": 30,
"Current_Max_Charging_Current": 60,
"Input_Voltage_Range": "Appliance",
"Output_Source_Priority": "Utility first",
"Charger_Source_Priority": "Solar first",
"Parallel_Max_Num": 9,
"Machine_Type": "Off Grid",
"Topology": "Transformerless",
"Output_Mode": "Single module",
"Battery_Redischarge_Voltage": 54,
"PV_OK_Condition_For_Parallel": 1,
"PV_Power_Balance": 1
},
"LiveData": {
"Inverter_Operation_Mode": "Line",
"AC_In_Voltage": 223.4,
"AC_In_Frequency": 50,
"AC_Out_Voltage": 223.4,
"AC_Out_Frequency": 50,
"AC_Out_VA": 737,
"AC_Out_Watt": 683,
"AC_Out_Percent": 6,
"Inverter_Bus_Voltage": 359,
"Battery_Voltage": 5.8,
"Battery_Charge_Current": 0,
"Battery_Percent": 0,
"Inverter_Bus_Temperature": 39,
"PV_Input_Current": 0,
"PV_Input_Voltage": 0,
"Battery_SCC_Volt": 0,
"Battery_Discharge_Current": 0,
"Status_Flag": 10000,
"Battery_Load": 0,
"PV_Input_Power": 0,
"Time_Until_Absorb_Charge": 30,
"Time_Until_Float_Charge": 5472,
"Tracker_Temperature": 65535,
"Inverter_Temperature": 0,
"Battery_Temperature": 0,
"Transformer_Temperature": 24,
"Fan_Lock_Status": 21,
"Fan_Speed": 0,
"Inverter_Charge_State": 0,
"Fault_Code": "Reserved warning bit a0; Battery under shutdown warning; Battery open fault"
},
"Status": {
"wifiConnected": true,
"mqttConnected": true,
"inverterConnected": true,
"ethActive": false,
"apMode": false,
"networkType": "WiFi",
"protocol": "PI30",
"protocolRawOnly": false,
"protocolUnknown": false,
"ip": "192.168.100.130",
"loopbackRunning": false,
"loopbackDone": false,
"loopbackOk": false,
"loopbackMessage": "",
"simulationEnabled": false,
"simulationProtocol": ""
}
}
If possible, please help me solve this problem!
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