Shelly DUO RGBW MQTT

Packet Parser → MQTT

Autor

Posljednje ažuriranje: 03. 2026

Stranica proizvoda Shelly DUO RGBW

Ovaj uređaj podržava mDNS
Umjesto IP adrese uređaju možete pristupiti na adresi:
shellycolorbulb-{MAC}.local
Zamijenite {MAC} MAC adresom svog uređaja (velika slova, bez dvotočaka).
TapHome podržava mDNS. Naziv računala (hostname) pouzdaniji je od statične IP adrese.

Shelly DUO RGBW (model SHCB-1) je pametna Wi-Fi LED žarulja Gen1, dostupna u izvedbama E27 i GU10. Podržava pune RGB boje i podesivo bijelo svjetlo (CCT 3000–6500 K) s postupnim prijelazima. Ovo je MQTT varijanta integracije TapHome: predložak sa žaruljama komunicira preko zajedničkog MQTT brokera u lokalnoj mreži. Za instalacije s jednom žaruljom dostupna je i HTTP varijanta.

Predložak podržava do 5 žarulja Shelly DUO RGBW po modulu. Svaka se žarulja razlikuje po korisničkoj varijabli bulbNtopic koja upućuje na MQTT Device ID žarulje. Svaka žarulja daje uređaj RGBW svjetla i brojilo energije, ukupno 10 uređaja.

Konfiguracija

Device ID

Svaka žarulja Shelly DUO RGBW ima jedinstveni MQTT Device ID u obliku shellycolorbulb-<DEVICEID>, gdje se <DEVICEID> izvodi iz MAC adrese (npr. shellycolorbulb-B929CC).

Device ID možete pronaći:

Na ambalaži ili naljepnici uređaja (MAC adresa)
U web-sučelju Shelly: Settings → Device Info
Preko API-ja: GET http://<device-ip>/settings → polje mqtt.id

Varijable modula

Nakon uvoza predloška u TapHome konfigurirajte varijable tema žarulja:

Varijabla	Zadano	Opis
`bulb1topic`	`shellycolorbulb-deviceid1`	MQTT Device ID žarulje 1
`bulb2topic`	`shellycolorbulb-deviceid2`	MQTT Device ID žarulje 2
`bulb3topic`	`shellycolorbulb-deviceid3`	MQTT Device ID žarulje 3
`bulb4topic`	`shellycolorbulb-deviceid4`	MQTT Device ID žarulje 4
`bulb5topic`	`shellycolorbulb-deviceid5`	MQTT Device ID žarulje 5

Zamijenite zadanu vrijednost stvarnim Device ID-em svake žarulje (npr. shellycolorbulb-B929CC). Konfigurirajte samo mjesta koja stvarno koristite: neiskorištena mjesta sa zadanom vrijednošću prikazat će poruku o pogrešci s upozorenjem da treba postaviti ispravnu temu.

Modul se pretplaćuje na shellies/# (QoS 0, port 1883), a skripte za primanje poruka filtriraju poruke prema postavljenom prefiksu teme za svaku žarulju.

Kod uređaja Shelly Gen1 uključivanje MQTT-a isključuje Shelly Cloud. MQTT i Shelly Cloud ne mogu raditi istodobno.

Mogućnosti uređaja

Upravljanje svjetlom

Svaka je žarulja u sustavu TapHome prikazana kao uređaj vrste „HSB svjetlo”. Žarulja radi u dva načina koji se međusobno isključuju:

Način boje: puno RGB upravljanje preko crvenog, zelenog i plavog kanala (svaki 0–255) i pojačanja (gain, 0–100 %). TapHome interno pretvara RGB u HSV, a nijansa (0–360°), zasićenost i svjetlina dostupne su kao svojstva za upravljanje. Postavljanje nijanse ili zasićenosti šalje JSON poruku color/0/set s "mode":"color".
Bijeli način: podesivo bijelo svjetlo preko temperature boje (3000–6500 K) i svjetline (0–100 %). Postavljanje temperature boje u sustavu TapHome automatski prebacuje žarulju u bijeli način objavom "mode":"white" s temperaturom i svjetlinom.

Sve naredbe upisa sadrže podesivo vrijeme prijelaza (zadano 300 ms) za postupan prijelaz između stanja. Mehanizam zaštite od odskakivanja (debounce) sprječava zastarjela očitanja tijekom prijelaza: predložak nakon svake naredbe upisa zanemaruje dolazne MQTT poruke stanja tijekom transitionTime + 3000 ms.

Mjerenje snage

Svaka žarulja ima brojilo energije koje čita dvije vrijednosti:

Trenutačna snaga: iz shellies/{id}/light/0/power, javlja se u vatima, pretvara se u kW (vrijednost iz poruke / 1000)
Ukupna potrošnja: iz shellies/{id}/light/0/energy, javlja se u vat-minutama, pretvara se u kWh (vrijednost iz poruke / 60 000)

Za mjerenje snage u aplikaciji ili web-sučelju Shelly mora biti postavljen model uređaja pod Settings > Device Model. Bez te postavke očitanja snage ostaju na nuli.

Dodatne mogućnosti

Shelly DUO RGBW podržava i svjetlosne efekte (kiša meteora, postupna promjena, disanje, bljeskanje, postupno uključivanje i isključivanje, izmjena crvene i zelene), zaseban kanal bijele LED diode (0–255) u načinu boje, stanje MQTT veze preko teme LWT i cjelovitu poruku stanja u formatu JSON (firmver ≥1.8.0) s podacima o Wi-Fi RSSI, vremenu rada i temperaturi. Te se mogućnosti mogu dodati u budućem ažuriranju predloška.

Rješavanje problema

Žarulje ne odgovaraju

Provjerite je li MQTT uključen u web-sučelju svake žarulje (Internet & Security > Advanced — MQTT)
Provjerite jesu li adresa i port brokera ispravni i u postavkama uređaja Shelly i u konfiguraciji modula TapHome
Provjerite odgovara li svaka korisnička varijabla bulbNtopic točno Device ID-u žarulje (npr. shellycolorbulb-B929CC)
MQTT klijentom (npr. MQTT Explorer) pretplatite se na shellies/# i provjerite objavljuje li svaka žarulja poruke

Boje izgledaju pogrešno

Provjerite je li žarulja u načinu boje: RGB boje rade samo u načinu boje, a ne u bijelom načinu
Zasićenost mora biti veća od nule: zasićenost 0 daje bijelo svjetlo bez obzira na nijansu
Provjerite da pojačanje (gain, svjetlina u načinu boje) nije postavljeno na nulu

Očitanje snage je nula

Provjerite je li u aplikaciji ili web-sučelju Shelly postavljen model uređaja (Settings > Device Model)
Provjerite je li žarulja uključena: brojilo mjeri samo kada žarulja troši energiju

Uređaji Shelly Gen1 ne podržavaju MQTT preko TLS-a. Komunikacija između žarulja i MQTT brokera nije šifrirana (obični MQTT, port 1883). Pobrinite se da je MQTT broker u pouzdanoj lokalnoj mreži.

Kako ga instalirati u TapHome

Preduvjeti

Uređaj Shelly spojen na Wi-Fi (2,4 GHz), npr. putem aplikacije Shelly ili vlastite pristupne točke uređaja
MQTT broker koji radi u vašoj lokalnoj mreži (npr. Mosquitto, Home Assistant ili ugrađeni broker TapHome)
TapHome CCU u istoj mreži kao broker

Na uređajima Gen1 uključivanje MQTT-a isključuje Shelly Cloud. MQTT i Shelly Cloud ne mogu raditi istodobno. Na uređajima Gen2/Plus to ograničenje ne vrijedi.

Korak 1 — Uključite MQTT na uređaju Shelly

Uređaji Gen1 (Shelly 1, 1PM, 2.5, EM, 3EM, Plug S, RGBW2, Dimmer, TRV…)

Otvorite web-sučelje Shelly: http://<device-ip>/
Idite na Internet & Security → Advanced — MQTT
Uključite MQTT
Postavite MQTT Server: <broker-ip>:<port> (npr. 192.168.1.10:1883)
Ako vaš broker zahtijeva autentifikaciju, postavite MQTT User i MQTT Password
Kliknite Save — uređaj će se ponovno pokrenuti i spojiti na broker

Uređaji Gen2 / Plus (Shelly Plus 1, Plus 1PM, Plus 2PM, Plus Plug S, Plus H&T, Pro 3EM…)

Otvorite web-sučelje Shelly: http://<device-ip>/
Idite na Settings → MQTT
Uključite MQTT
Postavite Server: <broker-ip>:<port> (npr. 192.168.1.10:1883)
Client ID je unaprijed popunjen ID-jem uređaja (npr. shellyplus1pm-AABBCCDDEE) — ostavite ga takvim, osim ako ga iz određenog razloga trebate promijeniti
Kliknite Save i ponovno pokrenite uređaj

Za provjeru rada MQTT-a koristite MQTT klijent (npr. MQTT Explorer) i pretplatite se na shellies/# (Gen1) ili <device-id>/# (Gen2). Trebali biste vidjeti statusne poruke uređaja.

Korak 2 — Pronađite Device ID / MQTT Client ID

Neki predlošci zahtijevaju parametar Device ID ili MQTT Client ID. To je jedinstveni identifikator koji se koristi u MQTT temama (topics).

Gen1: nalazi se na naljepnici kao MAC adresa (npr. AABBCCDDEE). Device ID = shelly<model>-<mac>, npr. shelly1pm-AABBCCDDEE
Gen2/Plus: nalazi se u web-sučelju Shelly pod Settings → Device Info → Device ID ili na naljepnici uređaja

Korak 3 — Konfiguracija u sustavu TapHome

U sustavu TapHome dodajte novi modul Packet Parser (MQTT)
IP adresa: unesite IP adresu MQTT brokera (npr. 192.168.1.10)
Port: 1883 (zadano; za TLS koristite 8883)
Device ID / MQTT Client ID: unesite vrijednost iz koraka 2 (ako je predložak zahtijeva)
Uvezite predložak — TapHome će se automatski pretplatiti na teme uređaja

Dostupni uređaji

Shelly DUO RGBW MQTT Modul

Prilagođene varijable

`bulb1topic` (string) = shellycolorbulb-deviceid1	MQTT Device ID žarulje 1, koji se koristi u temi shellies/<Device ID>/… — oblik je „shellycolorbulb-DEVICEID” (Device ID pronađite u web-sučelju Shelly → Settings → Device Info)
`bulb2topic` (string) = shellycolorbulb-deviceid2	Naziv MQTT teme žarulje 2
`bulb3topic` (string) = shellycolorbulb-deviceid3	Naziv MQTT teme žarulje 3
`bulb4topic` (string) = shellycolorbulb-deviceid4	Naziv MQTT teme žarulje 4
`bulb5topic` (string) = shellycolorbulb-deviceid5	Naziv MQTT teme žarulje 5

Brojilo energije 1 Brojilo električne energije Samo za čitanje

Mjerenje potrošnje snage i energije za žarulju 1 — trenutačna snaga (kW) i ukupna energija (kWh)

numeric Jedinica: kW / kWh

Brojilo energije 1

Listener

ADDINFO("To enable power monitoring, open device settings in Shelly app or web browser and configure device model in Settings->Device Model");

IF(INDEXOF(bulb1topic, "shellycolorbulb-deviceid") = 0)
    ADDERROR("Set correct 'bulb1topic' value in module variables. Topic format is 'shellycolorbulb-<deviceid>'. The Device ID can be found by opening url 'http://shellyIpAddress', in Settings -> Device info.");
    RETURN(-1);
END

IF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb1topic + "/light/0/power") = 0
    Ed := TODOUBLE(TOSTRING(RECEIVEDMSG.PAYLOAD)) / 1000.0;
ELSEIF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb1topic + "/light/0/energy") = 0
    To := TODOUBLE(TOSTRING(RECEIVEDMSG.PAYLOAD)) / 60000.0;
END

RGBW svjetlo 1 HSB svjetlo

HSB svjetlo s dva načina — pune RGB boje s pojačanjem ili podesivo bijelo svjetlo (3000–6500 K) sa svjetlinom

json JSON (ison, mode, red, green, blue, white, gain, temp, brightness, effect)

RGBW svjetlo 1

Listener

IF(INDEXOF(bulb1topic, "shellycolorbulb-deviceid") = 0)
    ADDERROR("Set correct 'bulb1topic' value in module variables. Topic format is 'shellycolorbulb-<deviceid>'. The Device ID can be found by opening url 'http://shellyIpAddress', in Settings -> Device info.");
    RETURN(-1);
END

VAR now := NOW();
IF now.Ticks < debounceTimestamp
    RETURN(0);
END

IF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb1topic + "/color/0/status") != 0
    RETURN(0);
END

IF RECEIVEDMSG.PAYLOAD.LENGTH = 0
    RETURN(0);
END

BOOL ison := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.ison", 1);
VAR mode := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.mode", 1);

IF ISNULL(mode)
    RETURN(0);
END

INT bright;

IF mode = "color"
    UINT8 red := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.red");
    UINT8 green := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.green");
    UINT8 blue := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.blue");
    bright := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.gain");
    
    VAR hsvColor := RGBTOHSV(red, green, blue);
    
    Hd := ROUND(hsvColor.Hue);
    Sa := ROUND(hsvColor.Saturation * 100.0) / 100.0;
    Ct := NaN;
ELSE
    Ct := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.temp");
    bright := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.brightness");
END

IF ison
    Hb:= bright / 100.0;
    St := isOn;
ELSE
    Hb := 0;
    St := 0;
END

Zapis svjetline

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

IF St > 0.5
    VAR topic := "shellies/" + bulb1topic + "/color/0/set";
    
	IF ISNAN(Ct)
        MQTTPUBLISH(topic, "{\"turn\": \"on\", \"transition\": " + transitionTime + ", \"gain\": " + ROUND(Hb*100.0) + "}");
    ELSE
        MQTTPUBLISH(topic, "{\"turn\": \"on\", \"transition\": " + transitionTime + ", \"brightness\": " + ROUND(Hb*100.0) + "}");
        
    END
ELSE
    MQTTPUBLISH("shellies/" + bulb1topic + "/color/0/command", "off");
END

Zapis nijanse

IF !ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb1topic + "/color/0/set";
VAR rgbColor := HSVTORGB(Hd, Sa, 1);

VAR data := "{\"mode\": \"color\", \"gain\": " + ROUND(Hb*100.0) + ", \"transition\":" + transitionTime + ",\"red\":" + rgbColor.red + ",\"green\":" + rgbColor.green + ",\"blue\":" + rgbColor.blue + "}";

MQTTPUBLISH(topic, data);

Zapis zasićenosti

IF !ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb1topic + "/color/0/set";
VAR rgbColor := HSVTORGB(Hd, Sa, 1);

VAR data := "{\"mode\": \"color\", \"gain\": " + ROUND(Hb*100.0) + ", \"transition\":" + transitionTime + ",\"red\":" + rgbColor.red + ",\"green\":" + rgbColor.green + ",\"blue\":" + rgbColor.blue + "}";

MQTTPUBLISH(topic, data);

Zapis temperature boje

IF ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb1topic + "/color/0/set";

MQTTPUBLISH(topic, "{\"mode\": \"white\", \"brightness\": " + ROUND(Hb*100.0) + ", \"transition\": " + transitionTime + ", \"temp\":" + Ct + "}");

Brojilo energije 2 Brojilo električne energije Samo za čitanje

Mjerenje potrošnje energije za žarulju 2 — trenutačna snaga (kW) i ukupna energija (kWh)

numeric Jedinica: kW / kWh

Brojilo energije 2

Listener

ADDINFO("To enable power monitoring, open device settings in Shelly app or web browser and configure device model in Settings->Device Model");

IF(INDEXOF(bulb2topic, "shellycolorbulb-deviceid") = 0)
    ADDERROR("Set correct 'bulb2topic' value in module variables. Topic format is 'shellycolorbulb-<deviceid>'. The Device ID can be found by opening url 'http://shellyIpAddress', in Settings -> Device info.");
    RETURN(-1);
END

IF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb2topic + "/light/0/power") = 0
    Ed := TODOUBLE(TOSTRING(RECEIVEDMSG.PAYLOAD)) / 1000.0;
ELSEIF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb2topic + "/light/0/energy") = 0
    To := TODOUBLE(TOSTRING(RECEIVEDMSG.PAYLOAD)) / 60000.0;
END

RGBW svjetlo 2 HSB svjetlo

HSB svjetlo s dva načina — pune RGB boje s pojačanjem ili podesivo bijelo svjetlo (3000–6500 K) sa svjetlinom

json JSON (ison, mode, red, green, blue, white, gain, temp, brightness, effect)

RGBW svjetlo 2

Listener

IF(INDEXOF(bulb2topic, "shellycolorbulb-deviceid") = 0)
    ADDERROR("Set correct 'bulb2topic' value in module variables. Topic format is 'shellycolorbulb-<deviceid>'. The Device ID can be found by opening url 'http://shellyIpAddress', in Settings -> Device info.");
    RETURN(-1);
END

VAR now := NOW();
IF now.Ticks < debounceTimestamp
    RETURN(0);
END

IF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb2topic + "/color/0/status") != 0
    RETURN(0);
END

IF RECEIVEDMSG.PAYLOAD.LENGTH = 0
    RETURN(0);
END

BOOL ison := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.ison", 1);
VAR mode := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.mode", 1);

IF ISNULL(mode)
    RETURN(0);
END

INT bright;

IF mode = "color"
    UINT8 red := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.red");
    UINT8 green := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.green");
    UINT8 blue := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.blue");
    bright := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.gain");
    
    VAR hsvColor := RGBTOHSV(red, green, blue);
    
    Hd := ROUND(hsvColor.Hue);
    Sa := ROUND(hsvColor.Saturation * 100.0) / 100.0;
    Ct := NaN;
ELSE
    Ct := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.temp");
    bright := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.brightness");
END

IF ison
    Hb:= bright / 100.0;
    St := isOn;
ELSE
    Hb := 0;
    St := 0;
END

Zapis svjetline

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

IF St > 0.5
    VAR topic := "shellies/" + bulb2topic + "/color/0/set";
    
	IF ISNAN(Ct)
        MQTTPUBLISH(topic, "{\"turn\": \"on\", \"transition\": " + transitionTime + ", \"gain\": " + ROUND(Hb*100.0) + "}");
    ELSE
        MQTTPUBLISH(topic, "{\"turn\": \"on\", \"transition\": " + transitionTime + ", \"brightness\": " + ROUND(Hb*100.0) + "}");
        
    END
ELSE
    MQTTPUBLISH("shellies/" + bulb2topic + "/color/0/command", "off");
END

Zapis nijanse

IF !ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb2topic + "/color/0/set";
VAR rgbColor := HSVTORGB(Hd, Sa, 1);

VAR data := "{\"mode\": \"color\", \"gain\": " + ROUND(Hb*100.0) + ", \"transition\":" + transitionTime + ",\"red\":" + rgbColor.red + ",\"green\":" + rgbColor.green + ",\"blue\":" + rgbColor.blue + "}";

MQTTPUBLISH(topic, data);

Zapis zasićenosti

IF !ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb2topic + "/color/0/set";
VAR rgbColor := HSVTORGB(Hd, Sa, 1);

VAR data := "{\"mode\": \"color\", \"gain\": " + ROUND(Hb*100.0) + ", \"transition\":" + transitionTime + ",\"red\":" + rgbColor.red + ",\"green\":" + rgbColor.green + ",\"blue\":" + rgbColor.blue + "}";

MQTTPUBLISH(topic, data);

Zapis temperature boje

IF ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb2topic + "/color/0/set";

MQTTPUBLISH(topic, "{\"mode\": \"white\", \"brightness\": " + ROUND(Hb*100.0) + ", \"transition\": " + transitionTime + ", \"temp\":" + Ct + "}");

Brojilo energije 3 Brojilo električne energije Samo za čitanje

Mjerenje potrošnje energije za žarulju 3 — trenutačna snaga (kW) i ukupna energija (kWh)

numeric Jedinica: kW / kWh

Brojilo energije 3

Listener

ADDINFO("To enable power monitoring, open device settings in Shelly app or web browser and configure device model in Settings->Device Model");

IF(INDEXOF(bulb2topic, "shellycolorbulb-deviceid") = 0)
    ADDERROR("Set correct 'bulb3topic' value in module variables. Topic format is 'shellycolorbulb-<deviceid>'. The Device ID can be found by opening url 'http://shellyIpAddress', in Settings -> Device info.");
    RETURN(-1);
END

IF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb3topic + "/light/0/power") = 0
    Ed := TODOUBLE(TOSTRING(RECEIVEDMSG.PAYLOAD)) / 1000.0;
ELSEIF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb3topic + "/light/0/energy") = 0
    To := TODOUBLE(TOSTRING(RECEIVEDMSG.PAYLOAD)) / 60000.0;
END

RGBW svjetlo 3 HSB svjetlo

HSB svjetlo s dva načina — pune RGB boje s pojačanjem ili podesivo bijelo svjetlo (3000–6500 K) sa svjetlinom

json JSON (ison, mode, red, green, blue, white, gain, temp, brightness, effect)

RGBW svjetlo 3

Listener

IF(INDEXOF(bulb3topic, "shellycolorbulb-deviceid") = 0)
    ADDERROR("Set correct 'bulb3topic' value in module variables. Topic format is 'shellycolorbulb-<deviceid>'. The Device ID can be found by opening url 'http://shellyIpAddress', in Settings -> Device info.");
    RETURN(-1);
END

VAR now := NOW();
IF now.Ticks < debounceTimestamp
    RETURN(0);
END

IF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb3topic + "/color/0/status") != 0
    RETURN(0);
END

IF RECEIVEDMSG.PAYLOAD.LENGTH = 0
    RETURN(0);
END

BOOL ison := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.ison", 1);
VAR mode := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.mode", 1);

IF ISNULL(mode)
    RETURN(0);
END

INT bright;

IF mode = "color"
    UINT8 red := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.red");
    UINT8 green := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.green");
    UINT8 blue := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.blue");
    bright := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.gain");
    
    VAR hsvColor := RGBTOHSV(red, green, blue);
    
    Hd := ROUND(hsvColor.Hue);
    Sa := ROUND(hsvColor.Saturation * 100.0) / 100.0;
    Ct := NaN;
ELSE
    Ct := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.temp");
    bright := PARSEJSON(RECEIVEDMSG.PAYLOADStatus, "$.brightness");
END

IF ison
    Hb:= bright / 100.0;
    St := isOn;
ELSE
    Hb := 0;
    St := 0;
END

Zapis svjetline

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

IF St > 0.5
    VAR topic := "shellies/" + bulb3topic + "/color/0/set";
    
	IF ISNAN(Ct)
        MQTTPUBLISH(topic, "{\"turn\": \"on\", \"transition\": " + transitionTime + ", \"gain\": " + ROUND(Hb*100.0) + "}");
    ELSE
        MQTTPUBLISH(topic, "{\"turn\": \"on\", \"transition\": " + transitionTime + ", \"brightness\": " + ROUND(Hb*100.0) + "}");
        
    END
ELSE
    MQTTPUBLISH("shellies/" + bulb3topic + "/color/0/command", "off");
END

Zapis nijanse

IF !ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb3topic + "/color/0/set";
VAR rgbColor := HSVTORGB(Hd, Sa, 1);

VAR data := "{\"mode\": \"color\", \"gain\": " + ROUND(Hb*100.0) + ", \"transition\":" + transitionTime + ",\"red\":" + rgbColor.red + ",\"green\":" + rgbColor.green + ",\"blue\":" + rgbColor.blue + "}";

MQTTPUBLISH(topic, data);

Zapis zasićenosti

IF !ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb3topic + "/color/0/set";
VAR rgbColor := HSVTORGB(Hd, Sa, 1);

VAR data := "{\"mode\": \"color\", \"gain\": " + ROUND(Hb*100.0) + ", \"transition\":" + transitionTime + ",\"red\":" + rgbColor.red + ",\"green\":" + rgbColor.green + ",\"blue\":" + rgbColor.blue + "}";

MQTTPUBLISH(topic, data);

Zapis temperature boje

IF ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb3topic + "/color/0/set";

MQTTPUBLISH(topic, "{\"mode\": \"white\", \"brightness\": " + ROUND(Hb*100.0) + ", \"transition\": " + transitionTime + ", \"temp\":" + Ct + "}");

Brojilo energije 4 Brojilo električne energije Samo za čitanje

Mjerenje potrošnje energije za žarulju 4 — trenutačna snaga (kW) i ukupna energija (kWh)

numeric Jedinica: kW / kWh

Brojilo energije 4

Listener

ADDINFO("To enable power monitoring, open device settings in Shelly app or web browser and configure device model in Settings->Device Model");

IF(INDEXOF(bulb2topic, "shellycolorbulb-deviceid") = 0)
    ADDERROR("Set correct 'bulb4topic' value in module variables. Topic format is 'shellycolorbulb-<deviceid>'. The Device ID can be found by opening url 'http://shellyIpAddress', in Settings -> Device info.");
    RETURN(-1);
END

IF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb4topic + "/light/0/power") = 0
    Ed := TODOUBLE(TOSTRING(RECEIVEDMSG.PAYLOAD)) / 1000.0;
ELSEIF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb4topic + "/light/0/energy") = 0
    To := TODOUBLE(TOSTRING(RECEIVEDMSG.PAYLOAD)) / 60000.0;
END

RGBW svjetlo 4 HSB svjetlo

HSB svjetlo s dva načina — pune RGB boje s pojačanjem ili podesivo bijelo svjetlo (3000–6500 K) sa svjetlinom

json JSON (ison, mode, red, green, blue, white, gain, temp, brightness, effect)

RGBW svjetlo 4

Listener

IF(INDEXOF(bulb4topic, "shellycolorbulb-deviceid") = 0)
    ADDERROR("Set correct 'bulb4topic' value in module variables. Topic format is 'shellycolorbulb-<deviceid>'. The Device ID can be found by opening url 'http://shellyIpAddress', in Settings -> Device info.");
    RETURN(-1);
END

VAR now := NOW();
IF now.Ticks < debounceTimestamp
    RETURN(0);
END

IF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb4topic + "/color/0/status") != 0
    RETURN(0);
END

IF RECEIVEDMSG.PAYLOAD.LENGTH = 0
    RETURN(0);
END

BOOL ison := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.ison", 1);
VAR mode := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.mode", 1);

IF ISNULL(mode)
    RETURN(0);
END

INT bright;

IF mode = "color"
    UINT8 red := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.red");
    UINT8 green := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.green");
    UINT8 blue := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.blue");
    bright := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.gain");
    
    VAR hsvColor := RGBTOHSV(red, green, blue);
    
    Hd := ROUND(hsvColor.Hue);
    Sa := ROUND(hsvColor.Saturation * 100.0) / 100.0;
    Ct := NaN;
ELSE
    Ct := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.temp");
    bright := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.brightness");
END

IF ison
    Hb:= bright / 100.0;
    St := isOn;
ELSE
    Hb := 0;
    St := 0;
END

Zapis svjetline

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

IF St > 0.5
    VAR topic := "shellies/" + bulb4topic + "/color/0/set";
    
	IF ISNAN(Ct)
        MQTTPUBLISH(topic, "{\"turn\": \"on\", \"transition\": " + transitionTime + ", \"gain\": " + ROUND(Hb*100.0) + "}");
    ELSE
        MQTTPUBLISH(topic, "{\"turn\": \"on\", \"transition\": " + transitionTime + ", \"brightness\": " + ROUND(Hb*100.0) + "}");
        
    END
ELSE
    MQTTPUBLISH("shellies/" + bulb4topic + "/color/0/command", "off");
END

Zapis nijanse

IF !ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb4topic + "/color/0/set";
VAR rgbColor := HSVTORGB(Hd, Sa, 1);

VAR data := "{\"mode\": \"color\", \"gain\": " + ROUND(Hb*100.0) + ", \"transition\":" + transitionTime + ",\"red\":" + rgbColor.red + ",\"green\":" + rgbColor.green + ",\"blue\":" + rgbColor.blue + "}";

MQTTPUBLISH(topic, data);

Zapis zasićenosti

IF !ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb4topic + "/color/0/set";
VAR rgbColor := HSVTORGB(Hd, Sa, 1);

VAR data := "{\"mode\": \"color\", \"gain\": " + ROUND(Hb*100.0) + ", \"transition\":" + transitionTime + ",\"red\":" + rgbColor.red + ",\"green\":" + rgbColor.green + ",\"blue\":" + rgbColor.blue + "}";

MQTTPUBLISH(topic, data);

Zapis temperature boje

IF ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb4topic + "/color/0/set";

MQTTPUBLISH(topic, "{\"mode\": \"white\", \"brightness\": " + ROUND(Hb*100.0) + ", \"transition\": " + transitionTime + ", \"temp\":" + Ct + "}");

Brojilo energije 5 Brojilo električne energije Samo za čitanje

Mjerenje potrošnje energije za žarulju 5 — trenutačna snaga (kW) i ukupna energija (kWh)

numeric Jedinica: kW / kWh

Brojilo energije 5

Listener

ADDINFO("To enable power monitoring, open device settings in Shelly app or web browser and configure device model in Settings->Device Model");

IF(INDEXOF(bulb2topic, "shellycolorbulb-deviceid") = 0)
    ADDERROR("Set correct 'bulb5topic' value in module variables. Topic format is 'shellycolorbulb-<deviceid>'. The Device ID can be found by opening url 'http://shellyIpAddress', in Settings -> Device info.");
    RETURN(-1);
END

IF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb5topic + "/light/0/power") = 0
    Ed := TODOUBLE(TOSTRING(RECEIVEDMSG.PAYLOAD)) / 1000.0;
ELSEIF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb5topic + "/light/0/energy") = 0
    To := TODOUBLE(TOSTRING(RECEIVEDMSG.PAYLOAD)) / 60000.0;
END

RGBW svjetlo 5 HSB svjetlo

HSB svjetlo s dva načina — pune RGB boje s pojačanjem ili podesivo bijelo svjetlo (3000–6500 K) sa svjetlinom

json JSON (ison, mode, red, green, blue, white, gain, temp, brightness, effect)

RGBW svjetlo 5

Listener

IF(INDEXOF(bulb5topic, "shellycolorbulb-deviceid") = 0)
    ADDERROR("Set correct 'bulb5topic' value in module variables. Topic format is 'shellycolorbulb-<deviceid>'. The Device ID can be found by opening url 'http://shellyIpAddress', in Settings -> Device info.");
    RETURN(-1);
END

VAR now := NOW();
IF now.Ticks < debounceTimestamp
    RETURN(0);
END

IF INDEXOF(RECEIVEDMSG.TOPIC, "shellies/" + bulb5topic + "/color/0/status") != 0
    RETURN(0);
END

IF RECEIVEDMSG.PAYLOAD.LENGTH = 0
    RETURN(0);
END

BOOL ison := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.ison", 1);
VAR mode := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.mode", 1);

IF ISNULL(mode)
    RETURN(0);
END

INT bright;

IF mode = "color"
    UINT8 red := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.red");
    UINT8 green := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.green");
    UINT8 blue := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.blue");
    bright := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.gain");
    
    VAR hsvColor := RGBTOHSV(red, green, blue);

    Hd := ROUND(hsvColor.Hue);
    Sa := ROUND(hsvColor.Saturation * 100.0) / 100.0;
    Ct := NaN;
ELSE
    Ct := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.temp");
    bright := PARSEJSON(RECEIVEDMSG.PAYLOAD, "$.brightness");
END

IF ison
    Hb:= bright / 100.0;
    St := isOn;
ELSE
    Hb := 0;
    St := 0;
END

Zapis svjetline

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

IF St > 0.5
    VAR topic := "shellies/" + bulb5topic + "/color/0/set";
    
	IF ISNAN(Ct)
        MQTTPUBLISH(topic, "{\"turn\": \"on\", \"transition\": " + transitionTime + ", \"gain\": " + ROUND(Hb*100.0) + "}");
    ELSE
        MQTTPUBLISH(topic, "{\"turn\": \"on\", \"transition\": " + transitionTime + ", \"brightness\": " + ROUND(Hb*100.0) + "}");
        
    END
ELSE
    MQTTPUBLISH("shellies/" + bulb5topic + "/color/0/command", "off");
END

Zapis nijanse

IF !ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb5topic + "/color/0/set";
VAR rgbColor := HSVTORGB(Hd, Sa, 1);

VAR data := "{\"mode\": \"color\", \"gain\": " + ROUND(Hb*100.0) + ", \"transition\":" + transitionTime + ",\"red\":" + rgbColor.red + ",\"green\":" + rgbColor.green + ",\"blue\":" + rgbColor.blue + "}";

MQTTPUBLISH(topic, data);

Zapis zasićenosti

IF !ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb5topic + "/color/0/set";
VAR rgbColor := HSVTORGB(Hd, Sa, 1);

VAR data := "{\"mode\": \"color\", \"gain\": " + ROUND(Hb*100.0) + ", \"transition\":" + transitionTime + ",\"red\":" + rgbColor.red + ",\"green\":" + rgbColor.green + ",\"blue\":" + rgbColor.blue + "}";

MQTTPUBLISH(topic, data);

Zapis temperature boje

IF ISNAN(Ct)
    RETURN(0);
END

VAR now := NOW();
debounceTimestamp := now.Ticks + transitionTime + 3000;

VAR topic := "shellies/" + bulb5topic + "/color/0/set";

MQTTPUBLISH(topic, "{\"mode\": \"white\", \"brightness\": " + ROUND(Hb*100.0) + ", \"transition\": " + transitionTime + ", \"temp\":" + Ct + "}");

Povezivanje: Packet Parser → MQTT • Naziv računala (hostname): shellycolorbulb-{MAC}.local

Moguća poboljšanja (4)

Connection Status — LWT topic — true on connect, false on disconnect. Could detect offline bulbs.
Full Status JSON — Complete /status as JSON (fw ≥1.8.0). Could parse wifi_sta.rssi, uptime, temperature.
Light Effects — Effect index 0–6: off, meteors, gradual change, breath, flash, on/off gradual, red/green change. Not exposed in template.
White Channel (RGBW) — Separate white LED channel (0–255) in color mode. Template uses RGB+gain only, white channel not exposed.

Preuzmite predložak

Izvori

Shelly Gen1 API Reference
shelly-api-docs.shelly.cloud 2026-03-12
Home Assistant Shelly Integration
www.home-assistant.io 2026-03-12
Shelly DUO RGBW — MQTT Color Bulb API
shelly-api-docs.shelly.cloud 2026-03-30

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