01_automatic_flow.json

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        "info": "",
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        "type": "debug",
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        "name": "start charging",
        "active": true,
        "tosidebar": true,
        "console": false,
        "tostatus": false,
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    {
        "id": "e19522f4f980e6d0",
        "type": "function",
        "z": "75dcafb60e64267e",
        "name": "actual_logic",
        "func": "context.data = context.data || {};\n\nphases                 = msg.payload.phases ;\nmin_ampere            = msg.payload.min_ampere;\nmax_ampere          = msg.payload.max_ampere;\nbuffer               = msg.payload.buffer ;    \nstart_stop_cooldown = msg.payload.start_stop_cooldown; \n\nnew_ampvalue = msg.payload.last_ampvalue \n\nif(context.data.last_start_stop == null)\n    context.data.last_start_stop = 0\n\nstart_stop_diff = new Date() - context.data.last_start_stop \n\nret = [null, //stop charging\n       null, //start charging\n       null, //set ampere\n       null //last ampere\n       ];\n\n\nswitch(msg.payload.allow_autocharge)\n{\n    case false:\n        should_charge = false;\n        break;\n \n    case true: \n        // calculate available solar power and possible ampere value to charge\n        available_power = (msg.payload.current_pv_production - msg.payload.current_power_consumption) \n                        +(msg.payload.twc3.currentA_a*msg.payload.twc3.voltageA_v) \n                        +(msg.payload.twc3.currentB_a*msg.payload.twc3.voltageB_v) \n                        +(msg.payload.twc3.currentC_a*msg.payload.twc3.voltageC_v)       \n                        -buffer // to ensure that charging is done almost exclusively with solar energy\n\n        possible_pv_ampere = available_power/(230*phases) | 0\n\n        // 1\n        if (msg.payload.tesla_soc >= msg.payload.max_charge_level ) {\n            should_charge = false;\n        }\n\n        // 2\n        if (msg.payload.tesla_soc < msg.payload.min_charge_level_16A) {\n            new_ampvalue = 16\n            should_charge = true;\n        } \n\n        // 3\n        if (msg.payload.tesla_soc >= msg.payload.min_charge_level_16A && msg.payload.tesla_soc < msg.payload.min_charge_level_pv ) {\n                new_ampvalue = possible_pv_ampere\n                should_charge = true\n                if( possible_pv_ampere < min_ampere ) {\n                    new_ampvalue = min_ampere\n                }\n        }\n\n        // 4\n        // -> charge with PV surplus (set ampere in car dynamically).\n        // -> stop charging as soon as there is not enough solar power left for at least $min_ampere OR MaxChargeLevel has been reached.\n        if (msg.payload.tesla_soc >= msg.payload.min_charge_level_pv && msg.payload.tesla_soc < msg.payload.max_charge_level ) {\n                new_ampvalue = possible_pv_ampere\n                should_charge = true\n                if( possible_pv_ampere < min_ampere ) {\n                    should_charge = false\n                }\n        }\n        break;\n}\n\n// choose and send messages\n// car is already charging, but not supposed to be charged -> stop charging process\nif (!should_charge && msg.payload.tesla_is_charging && start_stop_diff > start_stop_cooldown) {  \n    ret[0] = {payload:\"no\", topic:\"should_charge\"}\n    context.data.last_start_stop = new Date()\n}\n\n// car should be charged, but charging process is not running yet -> start charging process\nif (should_charge && !msg.payload.tesla_is_charging && start_stop_diff > start_stop_cooldown) { \n    ret[1] = {payload:\"yes\", topic:\"should_charge\"}\n    context.data.last_start_stop = new Date()\n}\n\nif( new_ampvalue > max_ampere)\n    new_ampvalue = max_ampere\n\n// car should be charged and ampvalue differs from previous one -> send new ampvalue\n// send ampvalues < 5 twice to ensure that unofficially supported values will be set\nif( should_charge && new_ampvalue != msg.payload.last_ampvalue && new_ampvalue > 0)\n    if(new_ampvalue < 5) \n        ret[2] =[ {\"commandArgs\":{amps:new_ampvalue} }, {\"commandArgs\":{amps:new_ampvalue} }]\n    else\n        ret[2] = {\"commandArgs\":{amps:new_ampvalue} }\n        ret[3] = {payload:new_ampvalue, topic:\"last_ampvalue\"}\nreturn ret;",
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        "noerr": 0,
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        "finalize": "",
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        "method": "GET",
        "ret": "txt",
        "paytoqs": "ignore",
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        "tls": "",
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        "headers": [],
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        "crontab": "",
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        "func": "context.data = context.data || {};\n\nswitch(msg.topic)\n{\n    case \"TWC3\":\n        context.data.twc3 = msg.payload\n        break;\n    case \"min_charge_level_16A\":\n        context.data.min_charge_level_16A = msg.payload\n        break;\n    case \"min_charge_level_pv\":\n        context.data.min_charge_level_pv = msg.payload\n        break;\n    case \"max_charge_level\":\n        context.data.max_charge_level = msg.payload\n        break;\n    case \"activate_charge_control\":\n        context.data.activate_charge_control = msg.payload\n        break;\n    case \"allow_autocharge\":\n        context.data.allow_autocharge = msg.payload\n        break;\n    case \"Energiemonitor\":\n        context.data.current_pv_production = Number(msg.payload) *1000\n        break;\n    case \"1.0 Gesamtstrom\":\n        context.data.current_power_consumption = Number(msg.payload)\n        break;\n    case \"last_ampvalue\":\n        context.data.last_ampvalue = msg.payload\n        break;\n    case \"teslamate/cars/1/plugged_in\":\n        context.data.tesla_plugged_in = msg.payload == \"true\"\n        break;\n    case \"teslamate/cars/1/usable_battery_level\":\n        context.data.tesla_soc = Number(msg.payload)\n        break;\n    case \"teslamate/cars/1/charge_limit_soc\":\n        context.data.tesla_charge_limit_soc = Number(msg.payload)\n        break;\n    case \"teslamate/cars/1/geofence\":\n        context.data.tesla_geofence = msg.payload\n        break;\n    case \"teslamate/cars/1/charger_power\":\n        context.data.tesla_is_charging = Number(msg.payload) > 0\n        break;\n    case \"phases\":\n        context.data.phases = msg.payload\n        break;\n    case \"min_ampere\":\n        context.data.min_ampere = msg.payload\n        break;\n    case \"max_ampere\":\n        context.data.max_ampere = msg.payload\n        break;\n    case \"buffer\":\n        context.data.buffer = msg.payload\n        break;\n    case \"start_stop_cooldown\":\n        context.data.start_stop_cooldown = msg.payload\n        break;\n}\n\n\n//check if data is filled\nif ( context.data.tesla_plugged_in == null\n|| context.data.tesla_soc == null\n|| context.data.tesla_charge_limit_soc == null\n|| context.data.tesla_geofence == null\n|| context.data.twc3 == null\n|| context.data.current_pv_production == null\n|| context.data.current_power_consumption == null\n|| context.data.tesla_is_charging == null\n|| context.data.min_charge_level_16A == null\n|| context.data.min_charge_level_pv == null\n|| context.data.max_charge_level == null\n|| context.data.activate_charge_control == null\n|| context.data.allow_autocharge == null\n|| context.data.phases == null\n|| context.data.min_ampere == null\n|| context.data.max_ampere == null\n|| context.data.buffer == null\n|| context.data.start_stop_cooldown == null\n)\nreturn null\n\nif(context.data.last_ampvalue == null)\n    context.data.last_ampvalue = -1\n    \n//check if the logic is disabled -> stop here\nif (!context.data.activate_charge_control)   \n    return null\n\n//don't do anything if the tesla is not at home or not plugged in (as reported by Teslamate)\nif ( context.data.tesla_geofence != \"Zuhause\" || !context.data.tesla_plugged_in)\n    return null\n\n// soc is higher than the charging limit -> the car won't do anything, so stop here\nif ( context.data.tesla_soc >= context.data.tesla_charge_limit_soc)\n    return null\n\n//make sure to be connected with the TWC3 wall charger\nif ( !context.data.twc3.vehicle_connected)\n    return null\n\nreturn {payload:context.data, topic:\"input_checked\"}",
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        "func": "const constants = {\nmin_charge_level_16A : 10, // charge with full power (but not more than max_ampere) until battery level reaches x% \nmin_charge_level_pv : 85, // charge mostly with solar power, but at least with min_ampere till battery level x%\nmax_charge_level : 85, // stop charge process at battery level x%\nactivate_charge_control : true, // activate/deactivate the charge controller\nallow_autocharge : true, // allow charge processes\nphases : 3, // how many phases does the wall connector have?\nmin_ampere : 2, // don't charge below this\nmax_ampere : 16, // don't charge above this\nbuffer : 300, // value to decrease available power (watt)\nstart_stop_cooldown : 5*60*1000 // start/stop requests shouldn't be sent to quickly\n}\n\nmsg.constants = { payload:constants,topic:\"constants\" }\nmsg.min_charge_level_16A = {payload: constants.min_charge_level_16A, topic:\"min_charge_level_16A\" };\nmsg.min_charge_level_pv = { payload: constants.min_charge_level_pv, topic:\"min_charge_level_pv\" };\nmsg.max_charge_level = { payload: constants.max_charge_level, topic:\"max_charge_level\" };\nmsg.activate_charge_control = { payload: constants.activate_charge_control, topic:\"activate_charge_control\" };\nmsg.allow_autocharge = { payload: constants.allow_autocharge, topic:\"allow_autocharge\" };\nmsg.phases = { payload: constants.phases, topic:\"phases\" };\nmsg.min_ampere = { payload: constants.min_ampere, topic:\"min_ampere\" };\nmsg.max_ampere = { payload: constants.max_ampere, topic:\"max_ampere\" };\nmsg.buffer = { payload: constants.buffer, topic:\"buffer\" };\nmsg.start_stop_cooldown = { payload: constants.start_stop_cooldown, topic:\"start_stop_cooldown\" };\n\n// send messages to outputs 1,2,3,...\nreturn [ msg.constants, msg.min_charge_level_16A, msg.min_charge_level_pv, msg.max_charge_level, msg.allow_autocharge, msg.activate_charge_control, msg.phases, msg.min_ampere, msg.buffer, msg.start_stop_cooldown, msg.max_ampere ];",
        "outputs": 11,
        "noerr": 0,
        "initialize": "",
        "finalize": "",
        "libs": [],
        "x": 500,
        "y": 540,
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        "outputLabels": [
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            "phases",
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