Hi HCHSA
Habe das Script ausprobiert, bekomme leider eine Fehlermeldung in Zeile 29 und bricht ab.
Uncaught ReferenceError: "async" is not defined
at async function controlHeater() {
^
Beiträge von Pit38
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Hallo HCHSA
Es gibt ein Script von User-64546 für 3 stufiges laden, vielleicht kann das Dir helfen.
Code
Alles anzeigenlet REMOTE = { ip: '192.168.1.157', relay1: '0', relay2: '1', relay3: '2' } let energieReturnWs = 0.0; let energieKonsumWs = 0.0; let CounterSaldieren = 0; // Timer skalieren let CounterRelais = 0; // vielfaches von Timer 1 let CounterSave = 0; // save Timer Leistung let CounterRefrech = 1 let STUFE = 1; let Multiplikator = 1; let STUFENWECHSEL = 0; let Senden = 1; let LAST = 246; let AktPO = 0; let Aktuell = 0; let DivLastKonsom = 2; let DivLastReturn = 3; print('START'); Shelly.call( "KVS.Get", { "key": "EnergyReturned", }, function callback(result, error_code, error_message, userdata) { if (error_code === 0) { energieReturnWs = Number(result.value); print("Loaded returned energy: ", energieReturnWs / 3600000, " kWh"); } } ); Shelly.call( "KVS.Get", { "key": "EnergyConsumed", }, function callback(result, error_code, error_message, userdata) { if (error_code === 0) { energieKonsumWs = Number(result.value); print("Loaded consumed energy: ", energieKonsumWs / 3600000, " kWh"); } } ); function timerHandler(user_data) { let em = Shelly.getComponentStatus("em", 0); //print (em) if (typeof em.total_act_power !== 'undefined') { let power = em.total_act_power; //print (power) if (power >= 0) { energieKonsumWs = energieKonsumWs + power * 0.5; } else { energieReturnWs = energieReturnWs - power * 0.5; } CounterSave = CounterSave + 1; CounterSaldieren = CounterSaldieren + 1; CounterRefrech = CounterRefrech + 1; //print("REAL"); //print("AKTPO =", AktPO); //print("CounterRelais =", CounterRelais); //print("CounterSaldieren =", CounterSaldieren); AktPO = (AktPO + power); //print("POWER;AKTUELL-MITTEL;SUMME-POWER", power,";",(AktPO / (CounterSaldieren + 1)),";",AktPO); if (CounterSaldieren == 1) { // Bereitstelung der Stufe Multiplikator = (Multiplikator * -1); Shelly.call("Sys.SetConfig", {config: {location: {lon: STUFE * Multiplikator }}}); } if (CounterSaldieren == 2) { // Anzeige NAME Shelly.call("Sys.SetConfig", {config: {device: {name: Aktuell.toFixed(0)+"W ("+STUFE+") : " + Shelly.getComponentStatus("sys").time + " : +"+(energieKonsumWs / 3600000).toFixed(1)+" kWh -"+(energieReturnWs / 3600000).toFixed(2)+" kWh" }}}); } if (CounterSaldieren > 19) { print("CounterSaldieren"); CounterRelais = CounterRelais + 1; Aktuell = (AktPO / (CounterSaldieren + 1)); AktPO = Aktuell; CounterSaldieren = 0; //print("POWER =", Aktuell); //print("STUFE =", STUFE); //print("LAST =", LAST); if (CounterRelais > 1) { //print("CounterRelais"); //print("AKTUELL =", Aktuell); //print("CounterRelais =", CounterRelais); CounterRelais = 0; if (Aktuell < ((LAST + LAST - (LAST / DivLastReturn)) * -1)) { //Accu Lader viel mehr -500W STUFE = STUFE + 2; //print("STUFE + 2 ", STUFE, (LAST * 2) ); } else if (Aktuell < ((LAST - (LAST / DivLastReturn)) * -1)) { //Accu Lader mehr -225W STUFE = STUFE + 1; //print("STUFE + 1 ", STUFE, LAST ); } else if (Aktuell > (LAST + (LAST / DivLastKonsom))) { //Accu Lader viel weniger +300W STUFE = STUFE - 2; //print("STUFE - 2 ", STUFE,(LAST + (LAST / 5)) ); } else if (Aktuell > (LAST / DivLastKonsom)) { //Accu Lader weniger +50W STUFE = STUFE - 1; //print("STUFE - 1 ", STUFE,(LAST / 5) ); } if (STUFE > 4) { STUFE = 4; } else if (STUFE < 0) { STUFE = 0; } if (STUFENWECHSEL < STUFE) { Senden = 1; AktPO = Aktuell + LAST; } else if (STUFENWECHSEL > STUFE) { Senden = -1; AktPO = Aktuell - LAST; } //print("wird gesendet: ",Senden); if (Senden != 0) { CounterRefrech = 1 if (STUFE > 0) { //http ('192.168.1.157/relay/0?turn=on&timer=2000'); //RelaisON(REMOTE.ip, REMOTE.relay1, 'on', '2000'); } if (STUFE < 1) { //http ('192.168.1.157/relay/0?turn=off'); //RelaisOFF(REMOTE.ip, REMOTE.relay1, 'off'); } if (STUFE > 1) { //http ('192.168.1.157/relay/1?turn=on&timer=1500'); //RelaisON(REMOTE.ip, REMOTE.relay2, 'on', '1500'); } if (STUFE < 2) { //http ('192.168.1.157/relay/1?turn=off'); //RelaisOFF(REMOTE.ip, REMOTE.relay2, 'off'); } if (STUFE > 2) { //http ('192.168.1.157/relay/2?turn=on&timer=1000'); //RelaisON(REMOTE.ip, REMOTE.relay3, 'on', '1000'); } if (STUFE < 3) { //http ('192.168.1.157/relay/2?turn=off'); //RelaisOFF(REMOTE.ip, REMOTE.relay3, 'off'); } if (STUFE > 3) { Shelly.call("Switch.set", {'id': 100, 'on': true, toggle_after: 1000}); //direct print("Local/relay/100/on/time=1000"); } if (STUFE < 4) { Shelly.call("Switch.set", {'id': 100, 'on': false}); //direct print("Local/relay/100/off"); } Senden = 0; STUFENWECHSEL = STUFE; } } //Shelly.call( //"Sys.SetConfig", { //config: {device:{name: Aktuell.toFixed(0)+"W ("+STUFE+") : " + Shelly.getComponentStatus("sys").time + " : +"+(energieKonsumWs / 3600000).toFixed(1)+" kWh -"+(energieReturnWs / 3600000).toFixed(2)+" kWh"}}, //}, //function(result, error_code, error_message, userdata) { //print("error ", error_code, " : ", error_message); //print("result", JSON.stringify(result)); //} //); CounterRefrech if (CounterRefrech > 1990) { //print("CounterRefrech"); CounterRefrech = 1; Senden = 1; } if (CounterSave > 3599) { //print("CounterSave"); CounterSave = 0; SaveCounters(); } } } } function SetKVS(key, value) { Shelly.call( "KVS.Set", { "key": key, "value": value, }, function(result) { //print("KVS Saved, rev:", result.rev); } ); } function http (url) { print('http://' + url ); Shelly.call( "http.request", { method: "GET" , timeout: "5" , url: 'http://' + url }, function (response, error_code, error_message, ud) { //print(JSON.stringify(response)); //print(JSON.stringify(error_code)); //print(JSON.stringify(error_message)); //print(JSON.stringify(ud)); }, null ); } function SaveCounters() { SetKVS("EnergyConsumed", energieKonsumWs ); SetKVS("EnergyReturned", energieReturnWs ); } Timer.set(500, true, timerHandler, null);