Improve NOAH register mapping

[AHComp]

I fork parts of this project to c# and complete the register mapping.

` #region Hardcoded InputRegisters

        // RegisterNo 1
        model.InputRegisters.Add("RegisterNo1", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 1, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.INT }
            }
        });

        // RegisterNo 2
        model.InputRegisters.Add("out_power", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 2, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 3
        model.InputRegisters.Add("RegisterNo3", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 3, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.INT }
            }
        });

        // RegisterNo 4
        model.InputRegisters.Add("RegisterNo4", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 4, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.INT }
            }
        });

        // RegisterNo 5
        model.InputRegisters.Add("RegisterNo5", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 5, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.INT }
            }
        });

        // RegisterNo 6
        model.InputRegisters.Add("RegisterNo6", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 6, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.INT }
            }
        });

        // RegisterNo 7
        model.InputRegisters.Add("pv_tot_power", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 7, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 8
        model.InputRegisters.Add("priority_mode", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 8, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM, EnumOptions = new GrowattEnumOptions { EnumType = "INT_MAP", Values = new Dictionary<string, string> { { "0", "Load First" }, { "1", "Battery First" }, { "2", "Grid First" } } } }
            }
        });

        // RegisterNo 9
        model.InputRegisters.Add("RegisterNo9", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 9, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.INT }
            }
        });

        // RegisterNo 10
        model.InputRegisters.Add("bat_sysstate", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 10, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM, EnumOptions = new GrowattEnumOptions { EnumType = "INT_MAP", Values = new Dictionary<string, string> { { "0", "Idle" }, { "1", "Charging" }, { "2", "Discharging" } } } }
            }
        });

        // RegisterNo 11
        model.InputRegisters.Add("charging_discharging", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 11, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = -30000.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 12
        model.InputRegisters.Add("bat_cnt", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 12, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 13
        model.InputRegisters.Add("tot_bat_soc_pct", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 13, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 14 (vermutlich workMode, Enum oder Bitfeld)
        model.InputRegisters.Add("work_mode", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 14, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM } // TODO: Werte mappen!
            }
        });

        // RegisterNo 15 (totalBatteryPackChargingStatus, Bitfeld Charging/Discharging/Idle)
        model.InputRegisters.Add("total_battery_pack_charging_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 15, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM } // BIT0: Charging, BIT1: Discharging, sonst Idle
            }
        });

        // RegisterNo 16 (totalBatteryPackChargingPower)
        model.InputRegisters.Add("total_battery_pack_charging_power", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 16, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 17 (heatingStatus, BIT0..3 für Bat 1-4 Heizung aktiv)
        model.InputRegisters.Add("heating_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 17, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 18 (faultStatus, BIT0..3 Bat 1-4 Fault)
        model.InputRegisters.Add("fault_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 18, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 19
        model.InputRegisters.Add("RegisterNo19", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 19, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.INT }
            }
        });

        // RegisterNo 20
        model.InputRegisters.Add("RegisterNo20", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 20, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.INT }
            }
        });

        // RegisterNo 21
        model.InputRegisters.Add("bat_1_ser_part_1", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 21, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 23
        model.InputRegisters.Add("bat_1_ser_part_2", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 23, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 25
        model.InputRegisters.Add("bat_1_ser_part_3", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 25, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 27
        model.InputRegisters.Add("bat_1_ser_part_4", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 27, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 29
        model.InputRegisters.Add("bat_1_soc_pct", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 29, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 30 (Temp)
        model.InputRegisters.Add("bat_1_temp", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 30, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 31 (Warn)
        model.InputRegisters.Add("bat_1_warn_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 31, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 32 (Protect)
        model.InputRegisters.Add("bat_1_protect_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 32, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 33
        model.InputRegisters.Add("bat_2_ser_part_1", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 33, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 35
        model.InputRegisters.Add("bat_2_ser_part_2", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 35, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 37
        model.InputRegisters.Add("bat_2_ser_part_3", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 37, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 39
        model.InputRegisters.Add("bat_2_ser_part_4", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 39, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 41
        model.InputRegisters.Add("bat_2_soc_pct", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 41, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 42
        model.InputRegisters.Add("bat_2_temp", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 42, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 43
        model.InputRegisters.Add("bat_2_warn_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 43, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 44
        model.InputRegisters.Add("bat_2_protect_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 44, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 45
        model.InputRegisters.Add("bat_3_ser_part_1", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 45, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 47
        model.InputRegisters.Add("bat_3_ser_part_2", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 47, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 49
        model.InputRegisters.Add("bat_3_ser_part_3", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 49, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 51
        model.InputRegisters.Add("bat_3_ser_part_4", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 51, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 53
        model.InputRegisters.Add("bat_3_soc_pct", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 53, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 54
        model.InputRegisters.Add("bat_3_temp", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 54, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 55
        model.InputRegisters.Add("bat_3_warn_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 55, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 56
        model.InputRegisters.Add("bat_3_protect_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 56, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 57
        model.InputRegisters.Add("bat_4_ser_part_1", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 57, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 59
        model.InputRegisters.Add("bat_4_ser_part_2", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 59, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 61
        model.InputRegisters.Add("bat_4_ser_part_3", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 61, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 63
        model.InputRegisters.Add("bat_4_ser_part_4", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 63, Offset = 0, Size = 4 },
                Data = new GrowattData { DataType = GrowattDataType.STRING }
            }
        });

        // RegisterNo 65
        model.InputRegisters.Add("bat_4_soc_pct", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 65, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 66
        model.InputRegisters.Add("bat_4_temp", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 66, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 67
        model.InputRegisters.Add("bat_4_warn_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 67, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 68
        model.InputRegisters.Add("bat_4_protect_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 68, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 69
        model.InputRegisters.Add("settable_time_period", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 69, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 70
        model.InputRegisters.Add("ac_couple_warn_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 70, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 71
        model.InputRegisters.Add("ac_couple_protect_status", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 71, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 72
        model.InputRegisters.Add("pv_eng_today", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 72, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.1 } }
            }
        });

        // RegisterNo 73
        model.InputRegisters.Add("RegisterNo73", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 73, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.1 } }
            }
        });

        // RegisterNo 74
        model.InputRegisters.Add("pv_eng_month", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 74, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.1 } }
            }
        });

        // RegisterNo 75
        model.InputRegisters.Add("RegisterNo75", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 75, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.1 } }
            }
        });

        // RegisterNo 76
        model.InputRegisters.Add("pv_eng_year", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 76, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.1 } }
            }
        });

        // RegisterNo 77
        model.InputRegisters.Add("RegisterNo77", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 77, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.1 } }
            }
        });

        // RegisterNo 78
        model.InputRegisters.Add("eng_out_device", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 78, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.1 } }
            }
        });

        // RegisterNo 79
        model.InputRegisters.Add("ct_flag", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 79, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 80
        model.InputRegisters.Add("total_household_load", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 80, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 81
        model.InputRegisters.Add("household_load_apart_from_groplug", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 81, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 82
        model.InputRegisters.Add("on_off_grid", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 82, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.ENUM }
            }
        });

        // RegisterNo 83
        model.InputRegisters.Add("ct_self_power", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 83, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 84
        model.InputRegisters.Add("RegisterNo84", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 84, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 85
        model.InputRegisters.Add("RegisterNo85", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 85, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 86
        model.InputRegisters.Add("RegisterNo86", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 86, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 87
        model.InputRegisters.Add("RegisterNo87", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 87, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 88
        model.InputRegisters.Add("RegisterNo88", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 88, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 89
        model.InputRegisters.Add("RegisterNo89", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 89, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 90
        model.InputRegisters.Add("charge_limit", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 90, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 91
        model.InputRegisters.Add("discharge_limit", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 91, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 92
        model.InputRegisters.Add("pv1Voltage", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 92, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 93
        model.InputRegisters.Add("pv1Current", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 93, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 94
        model.InputRegisters.Add("pv1Temp", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 94, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 95
        model.InputRegisters.Add("pv2Voltage", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 95, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 96
        model.InputRegisters.Add("pv2Current", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 96, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 97
        model.InputRegisters.Add("pv2Temp", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 97, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 98
        model.InputRegisters.Add("battery_soh", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 98, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 99
        model.InputRegisters.Add("maxcvbat1", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 99, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.001 } }
            }
        });

        // RegisterNo 100
        model.InputRegisters.Add("mincvbat1", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 100, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.001 } }
            }
        });

        // RegisterNo 101
        model.InputRegisters.Add("bat_cyclecnt", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 101, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 102
        model.InputRegisters.Add("register_102", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 102, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 1.0 } }
            }
        });

        // RegisterNo 103
        model.InputRegisters.Add("pv3Voltage", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 103, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 104
        model.InputRegisters.Add("pv3Current", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 104, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 105
        model.InputRegisters.Add("pv3Temp", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 105, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 106
        model.InputRegisters.Add("pv4Voltage", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 106, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 107
        model.InputRegisters.Add("pv4Current", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 107, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 108
        model.InputRegisters.Add("pv4Temp", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 108, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 109
        model.InputRegisters.Add("out_voltage", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 109, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT, FloatOptions = new GrowattFloatOptions { Delta = 0.0, Multiplier = 0.01 } }
            }
        });

        // RegisterNo 110
        model.InputRegisters.Add("system_temp", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 110, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 112
        model.InputRegisters.Add("max_cell_voltage", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 112, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 113
        model.InputRegisters.Add("RegisterNo113", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 113, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 114
        model.InputRegisters.Add("min_cell_voltage", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 114, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 115
        model.InputRegisters.Add("RegisterNo115", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 115, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 116
        model.InputRegisters.Add("RegisterNo116", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 116, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 117
        model.InputRegisters.Add("RegisterNo117", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 117, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 118
        model.InputRegisters.Add("RegisterNo118", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 118, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 119
        model.InputRegisters.Add("RegisterNo119", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 119, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });
        // RegisterNo 120
        model.InputRegisters.Add("bat_1_temp_f", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 120, Offset = 0, Size = 2 }, // Beispielwert!
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 122
        model.InputRegisters.Add("bat_2_temp_f", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 122, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 124
        model.InputRegisters.Add("bat_3_temp_f", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 124, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        // RegisterNo 126
        model.InputRegisters.Add("bat_4_temp_f", new GrowattParameter
        {
            Growatt = new GrowatttRegister
            {
                Position = new GrowattRegisterPosition { RegisterNo = 126, Offset = 0, Size = 2 },
                Data = new GrowattData { DataType = GrowattDataType.FLOAT }
            }
        });

        #endregion`

[robertzaage]

That's a huge code block! Can you tell me which registers were added or changed? 😊

[robertzaage]

@gfelbing @jojeji FYI 🙂

[jojeji]

Just asked AI what´s the missing registers assuming this is a noah. No guarantee of correctness

<style> </style>

Register-Nr.,"Name im C#-Code"

1,"RegisterNo1"
3,"RegisterNo3"
4,"RegisterNo4"
5,"RegisterNo5"
6,"RegisterNo6"
9,"RegisterNo9"
14,"work_mode"
15,"total_battery_pack_charging_status"
16,"total_battery_pack_charging_power"
17,"heating_status"
18,"fault_status"
19,"RegisterNo19"
20,"RegisterNo20"
31,"bat_1_warn_status"
32,"bat_1_protect_status"
43,"bat_2_warn_status"
44,"bat_2_protect_status"
55,"bat_3_warn_status"
56,"bat_3_protect_status"
67,"bat_4_warn_status"
68,"bat_4_protect_status"
69,"settable_time_period"
70,"ac_couple_warn_status"
71,"ac_couple_protect_status"
73,"RegisterNo73"
75,"RegisterNo75"
77,"RegisterNo77"
79,"ct_flag"
80,"total_household_load"
81,"household_load_apart_from_groplug"
82,"on_off_grid"
83,"ct_self_power"
84,"RegisterNo84"
85,"RegisterNo85"
86,"RegisterNo86"
87,"RegisterNo87"
88,"RegisterNo88"
89,"RegisterNo89"
103,"pv3Voltage"
104,"pv3Current"
105,"pv3Temp"
106,"pv4Voltage"
107,"pv4Current"
108,"pv4Temp"
110,"system_temp"
112,"max_cell_voltage"
113,"RegisterNo113"
114,"min_cell_voltage"
115,"RegisterNo115"
116,"RegisterNo116"
117,"RegisterNo117"
118,"RegisterNo118"
119,"RegisterNo119"
120,"bat_1_temp_f"
122,"bat_2_temp_f"
124,"bat_3_temp_f"
126,"bat_4_temp_f"

[robertzaage]

Only problem is, that I don't own a NOAH and don't want to change something on assumptions 😄

[AHComp]

I have a Noah and validate the field with real data.

I decrypted the mqtt communication with my own mosquitto broker.

Also refactored the smart mode.
It's register 311 for smart power same as 252 for default power.

If you have question to emulate your ha as smartmeter for noah you can use this register to send your own values.

In timeslot mode 2 is needed to configure.

[justinh998]

I have a Noah and validate the field with real data.

I decrypted the mqtt communication with my own mosquitto broker.

Also refactored the smart mode. It's register 311 for smart power same as 252 for default power.

If you have question to emulate your ha as smartmeter for noah you can use this register to send your own values.

In timeslot mode 2 is needed to configure.

Interesting.
Well, the default power has little to do with the smart mode, it also applies if no mode is set.

Theoretically, the value that ends up in register 311 should end up in the ram. As far as I know, the data is written to the RAM if you use Growatt's smart control via the cloud (aka ShinePhone app), as the flash memory would otherwise be defective within a few years (the battery retrieves data from the respective meter every 3 seconds and also partially counteracts every 3 seconds).

[FBlass]

@AHComp What is the exact configuration needed to emulate a smart meter?

I have time slot 1 activated, mode 2 (this also shows in the ShinePhone App), and register 311 to some value (I called it Dynamic Power, here 220W).
However the battery still outputs the default power (here 300W), instead of the value in register 311.

This is the register mapping I added, based on your comment above.

    "dynamic_power": {
      "growatt": {
        "position": {
          "register_no": 311
        },
        "data": {
          "data_type": "INT"
        }
      },
      "homeassistant": {
        "publish": true,
        "name": "Dynamic Power",
        "unit_of_measurement": "W",
        "type": "number",
        "min": 0,
        "max": 800,
        "step": 1
      }
    },

Any tips?

[criticallimit]

I also tried to get Smart Mode to work via Register311. No Luck.

[jojeji]

Did you try to disable slot1? Default power should also not work when slotX is active from 00:00-23:59 (if it's greater than 0). Maybe also set default power to 0

[criticallimit]

Tried that. No matter which combinations I set, Noah is strictly using the Power which is set in Slot1 if slot 1 is active, otherwise he is using default power
Only change I have seen is, that when slot1 is active in Mode2, Priority Mode is changing from Load first to Grid (smartmode?)

Is it possible that there must be also values in Register 80 and/or 81 to activate the smartmode? So that register 311 is automatically set to the value of register80 or 81? E.g. when Household is using 400W, smart power (311) is set to 400W?

Will check it later in the evening

[criticallimit]

For the Priority Mode:

we are able to read Priority Mode from Register8, but that is only "Read"

Made Register8 defined as number in HA Addon, but the Noah is not reacting to a manual change of Register 8. No matter if you set 0,1 or 2. It stays in the Mode you enter via Shine App.

Anyone knows the Register for changing the Priority Mode?

[criticallimit]

would like to have a Register with the Firmware Version. Anyone found this Register? Or any other new one?