Closed sante85 closed 4 months ago
Hi @sante85
Unfortunately, your inverter uses a different protocol/mapping. At least it is recognized properly ([ Device_Type]: Hybrid
). Do you have access to the MODBUS documentation for this device?!?
mmh, I don't know if exist. Can you suggest other python project that implement this read?
Try with https://github.com/kellerza/sunsynk
I want use a python script without wrapper of homeassistant. Only pure python script
Il dom 10 mar 2024, 20:05 githubDante @.***> ha scritto:
Closed #10 https://github.com/githubDante/deye-controller/issues/10 as completed.
— Reply to this email directly, view it on GitHub https://github.com/githubDante/deye-controller/issues/10#event-12066168232, or unsubscribe https://github.com/notifications/unsubscribe-auth/ADLHTN4OEKVWNSXS7A7TXBLYXSVHFAVCNFSM6AAAAABCYF7LESVHI2DSMVQWIX3LMV45UABCJFZXG5LFIV3GK3TUJZXXI2LGNFRWC5DJN5XDWMJSGA3DMMJWHAZDGMQ . You are receiving this because you were mentioned.Message ID: @.***>
I managed to get the equivalent register numbers from sunsynk definition.
Hi @githubDante
I attach screens of official app
![Immagine WhatsApp 2024-02-03 ore 18 59 35_32c6bf9d](https://github.com/githubDante/deye-controller/assets/14055863/ccca515b-fb58-4f13-8c52-ef19fb634047)
I have launched these commands
deye-read 192.168.0.105 2726848581 get all parameters to 0 value. why?
deye-scan 192.168.0.255
and subsequent
deye-read 192.168.0.105 2726848581
[ Inverter_Time]: 1970-01-01 00:00:00
[ Batt_Equalization_V]: 0.0 V [ Batt_Absorbtion_V]: 20.49 V [ Batt_Float_V]: 0.0 V [ Batt_Capacity]: 0 Ah [ Batt_Empty_V]: 0.0 V [ Zero_Export_Power]: 0 W [ Tempco]: 565 mV/*C [ Max_Charge_Amps]: 78 A [ Max_Discharge_Amps]: 21 A
[ Battery_Resistance]: 0 mOhm [ Battery_Charging_Eff]: 0.0 % [ Battery_Shutdown_Capacity]: 0 % [ Battery_Recovery_Capacity]: 0 % [ Battery_Low_Capacity]: 0 % [ Battery_Shutdown_Voltage]: 0.0 V [ Battery_Restart_Voltage]: 378.89 V [ Battery_Low_Voltage]: 4.18 V [ Grid_Charge_Start_Voltage]: 55.0 V [ Grid_Charge_Start_Soc]: 0 % [ Grid_Charge_Current]: 0 A [ Grid_Max_Output_Pwr]: 5394 W
[ Sell_Time_Of_Use]: ['TimeOfUse - ENABLED', 'TimeOfUse - TUESDAY', 'TimeOfUse - THURSDAY']
[ Sell_Point_T1_Watts]: 2401 W [ Sell_Point_T2_Watts]: 0 W [ Sell_Point_T3_Watts]: 2401 W [ Sell_Point_T4_Watts]: 2474 W [ Sell_Point_T5_Watts]: 0 W [ Sell_Point_T6_Watts]: 0 W [ Sell_Point_T1_Volts]: 0.0 V [ Sell_Point_T2_Volts]: 0.0 V [ Sell_Point_T3_Volts]: 0.0 V [ Sell_Point_T4_Volts]: 0.0 V [ Sell_Point_T5_Volts]: 2.1 V [ Sell_Point_T6_Volts]: 0.0 V [ Sell_Point_T1_Soc]: 0 % [ Sell_Point_T2_Soc]: 0 % [ Sell_Point_T3_Soc]: 0 % [ Sell_Point_T4_Soc]: 0 % [ Sell_Point_T5_Soc]: 0 % [ Sell_Point_T6_Soc]: 0 %
[ Export_To_Grid_Cutoff]: {'enabled': <TwoBitState.Undefined_1: 0>, 'generator_peak_shaving': <TwoBitState.Undefined_2: 1>, 'grid_peak_shaving': <TwoBitState.Undefined_2: 1>, 'on_grid_always_on': <TwoBitState.Disabled: 2>, 'external_relay': <TwoBitState.Undefined_2: 1>, 'report_loss_of_lithium': <TwoBitState.Undefined_1: 0>} [ Grid_Freq_Selection]: 60 Hz [ Grid_High_Voltage]: 40.4 V [ Grid_Low_Voltage]: 0.0 V [ Grid_High_Frequency]: 0.0 Hz [ Grid_Low_Frequency]: 0.0 Hz
[ Gen_Peak_Shaving_Pwr]: 434 W [ Grid_Peak_Shaving_Pwr]: 837 W [ Smart_Load_Open_Delay]: 5000 Minutes [ Output_Power_Factor]: 500.0 % [ Bms_Charged_Voltage]: 1.0 V [ Bms_Discharged_Voltage]: 1.3 V [ Bms_Charge_Current_Limit]: 0 A [ Bms_Discharge_Current_Limit]: 0 A [ Bms_Battery_Soc]: 1 % [ Bms_Battery_Voltage]: 0.19 V [ Bms_Battery_Current]: 990 A [ Bms_Battery_Temp]: -98.0 °C [ Bms_Max_Charge_Current]: 35 A [ Bms_Max_Discharge_Current]: 35 A
Unknown CAN/MODBUS protocol: 80
[ Max_Solar_Sell_Pwr]: 10 W
[ Active_Power_Today]: 0.0 kWh [ Reactive_Power_Today]: 0.0 kVarh [ Grid_Connection_Today]: 0.0 minutes [ Battery_Charge_Today]: 0.0 kWh [ Battery_Discharge_Today]: 0.0 kWh [ Battery_Charge_Total]: 0.0 kWh [ Battery_Discharge_Total]: 0.0 kWh [ Today_Bought_From_Grid]: 0.0 kWh [ Today_Sold_To_Grid]: 0.0 kWh [ Total_Bought_From_Grid]: 0.0 kWh [ Total_Sold_To_Grid]: 0.0 kWh [ Today_To_Load]: 0.0 kWh [ Total_To_Load]: 0.0 kWh [ Today_From_Pv]: 0.0 kWh [ Today_From_Pv_S1]: 0.0 kWh [ Today_From_Pv_S2]: 0.0 kWh [ Total_From_Pv]: 0.0 kWh [ Battery_Temperature]: 0.0 °C [ Battery_Voltage]: 0.0 V [ Battery_Soc]: 0.0 % [ Battery_Out_Power]: 0 W [ Battery_Out_Current]: 0.0 A [ Battery_Corrected_Ah]: 0 Ah [ Grid_Phase_A_Volt]: 0.0 V [ Grid_Phase_B_Volt]: 0.0 V [ Grid_Phase_C_Volt]: 0.0 V [ Grid_Phase_Ab_Volt]: 0.0 V [ Grid_Phase_Bc_Volt]: 0.0 V [ Grid_Phase_Ca_Volt]: 0.0 V [ Grid_Phase_A_In_Power]: 0 W [ Grid_Phase_B_In_Power]: 0 W [ Grid_Phase_C_In_Power]: 0 W [ Grid_Active_Side_Side_In_Power]: 0 W [Grid_Active_Side_Side_Apparent_Power]: 0 W [ Grid_In_Frequency]: 0.0 Hz [ Grid_Phase_A_In_Current]: 0.0 A [ Grid_Phase_B_In_Current]: 0.0 A [ Grid_Phase_C_In_Current]: 0.0 A [ Grid_Phase_A_Out_Of_Grid_Current]: 0.0 A [ Grid_Phase_B_Out_Of_Grid_Current]: 0.0 A [ Grid_Phase_C_Out_Of_Grid_Current]: 0.0 A [ Grid_Phase_A_Out_Of_Grid_Power]: 0 W [ Grid_Phase_B_Out_Of_Grid_Power]: 0 W [ Grid_Phase_C_Out_Of_Grid_Power]: 0 W [ Grid_Total_Out_Of_Grid_Power]: 0 W [Grid_Total_Out_Of_Grid_Apparent_Power]: 0 W [ Grid_Phase_APower]: 0 W [ Grid_Phase_BPower]: 0 W [ Grid_Phase_C__Power]: 0 W [ Grid_Total_Power]: 0 W [ Grid_Phase_A_Volt_Out]: 0.0 V [ Grid_Phase_B_Volt_Out]: 0.0 V [ Grid_Phase_C_Volt_Out]: 0.0 V [ Inverter_Phase_A_Out_Current]: 0.0 A [ Inverter_Phase_B_Out_Current]: 0.0 A [ Inverter_Phase_C_Out_Current]: 0.0 A [ Inverter_Phase_A_Out_Power]: 0 W [ Inverter_Phase_B_Out_Power]: 0 W [ Inverter_Phase_C_Out_Power]: 0 W [ Inverter_Total_Out_Power]: 0 W [ Inverter_Total_Apparent_Out_Power]: 0 W [ Inverter_Out_Frequency]: 0.0 Hz [ Ups_Phase_A_Power]: 0 W [ Ups_Phase_B_Power]: 0 W [ Ups_Phase_C_Power]: 0 W [ Ups_Total_Power]: 0 W [ Load_Phase_A_Volt]: 0.0 V [ Load_Phase_B_Volt]: 0.0 V [ Load_Phase_C_Volt]: 0.0 V [ Load_Phase_A_Current]: 0.0 A [ Load_Phase_B_Current]: 0.0 A [ Load_Phase_C_Current]: 0.0 A [ Load_Phase_A_Power]: 0 W [ Load_Phase_B_Power]: 0 W [ Load_Phase_C_Power]: 0 W [ Load_Total_Power]: 0 W [ Pv1_In_Power]: 0 W [ Pv2_In_Power]: 0 W [ Pv1_Volt]: 0.0 V [ Pv1_Current]: 0.0 A [ Pv2_Volt]: 0.0 V [ Pv2_Current]: 0.0 A