{
//Diese Datei definiert den Zugriff auf einen Wechselrichter
//Solaredge_SE10K-RWS mit über CAN angeschlossener Batterie RESU12 von LG
//Am Ende der Datei wird Bezug genommen auf Werte der RESU12 Batterie
//Diese hat hier die Gerätebezeichnung M6, die ggf. zu modifizieren ist
//Die Datei funktioniert daher nur gemeinsam mit der Datei 
//meter_SE10K_LG_RESU12CANfloat32.json, die die Batteriedaten der RESU12 liest

  "rtype": 0, // 0 = modbus, 1 = http/json

    "name": "Solaredge_SE10K_PAC+Bat_rUIP",   // as displayed in the config dialog
    "manufacturer": "Solaredge",
    "dev_type": "SE10K-RWS_PAC+Bat_rUIP",   // will be prefixed by "meter_"

  "delay_accumulated": false, // false: always read accumulated value, like import_wh / export_wh when reading instantaneous values

    // "upd_delay": 8000,          // minimum interval between updates in msec
    // modbus parameters
    "modbus_read": 3,            // function code to read registers
    "modbus_read_max_registers": 20, 
    "modbus_write": 16,          // function code to write register(s)
    "modbus_write_max_registers": 64,

  // values used to build the model string
  "type_designation": {
    "address": "40020",
    "type": "string",  
    "length": 15
    },
  "version": {
    "address": "40044",
    "type": "string",  
    "length": 14
    },
  "firmware_version": {
    "fixed": "n.v."
    },
  "serial": {
    "address": "40052",
    "type": "string",
    "length": 8
    },

    // instantaneous values
  "I_AC_CurrentA": {
    "address": "40072",
    "type": "int16",
  },

  "I_AC_CurrentB": {
    "address": "40073",
    "type": "int16",
  },

  "I_AC_CurrentC": {
    "address": "40074",
    "type": "int16",
  },

  "I_AC_Current_SF": {
    "address": "40075",
    "type": "int16",
  },

  "current_SF_mA": {
    "expr": "10^(I_AC_Current_SF+3)",
  },
  
  "current_l1": {
    "expr": "max(I_AC_CurrentA*current_SF_mA-current_bat,0)",
  },
  
  "current_l2": {
    "expr": "max(I_AC_CurrentB*current_SF_mA-current_bat,0)",
  },
  
  "current_l3": {
    "expr": "max(I_AC_CurrentC*current_SF_mA-current_bat,0)",
  },
  
    "I_AC_VoltageAN": {
        "address": 40079,
        "type": "int16"
    },
    "I_AC_VoltageBN": {
        "address": 40080,
        "type": "int16"
    },
    "I_AC_VoltageCN": {
        "address": 40081,
        "type": "int16"
    },
    "I_AC_Voltage_SF": {
        "address": 40082,
        "type": "int16"
    },
    "voltage_SF_V": {
    "expr": "10^(I_AC_Voltage_SF)"
    },
    "voltage_l1": {
    "expr": "I_AC_VoltageAN*voltage_SF_V"
    },
    "voltage_l2": {
    "expr": "I_AC_VoltageBN*voltage_SF_V"
    },
    "voltage_l3": {
    "expr": "I_AC_VoltageCN*voltage_SF_V"
    },
    "voltage_mean": {
    "expr": "(voltage_l1+voltage_l2+voltage_l3)"
    },

  "I_AC_Power": {
    "address": "40083",
    "type": "int16",
  },

  "I_AC_Power_SF": {
    "address": "40084",
    "type": "int16",
  },

  "power_w": {
    "expr": "max(I_AC_Power*10^I_AC_Power_SF-M6.power_w,0)",
  },
  "current_bat": {
//    "expr": "voltage_mean",
    "expr": "M6.power_w*1000/voltage_mean",
  },



  "import_wh": {
    "address": "40093",
    "type": "uint64"
  }  

}