Bonjour à tous,
Alors, après une bonne journée de recheche sur EMQX, j’ai trouvé une façon plus élégante de faire.
Je vais tenter de l’expliquer:
- Dans EMQX:
- Creation de la connexion avec le site de Zendure:
dans l’interface allez dans le menu de gauche → Integration → Connectors
En haut à droite bouton create, puis remplir les champs comme ci-dessous:
Ensuite, un petit test de connexion avec le bouton en bas de la fenetre, pour verifier que l’on a pas fait d’erreure de frappe. Et Update pour finir
- Création d’une regle:
Toujours sur le menu cote gauche, allez dans → Integration → Rules
En haut à droite bouton create, remplir la partie SQL Editor avec: json_decode(payload) as state à la place de * sous SELECT.
Allez dans « Data Inputs » à droite et cliquer sur message (topic:t/#) et remplir comme cela:
faire un petit update.
Ensuite allez dans « Action Outputs », puis « Add Action » et remplir comme ci-dessous:
Un p’tit « Update » et en bas à gauche « Save », voilà c’est fait.
Vous pouvez vérifier avec Mqtt Explorer, vous allez avoir quelque chose comme ça:
XXXXXXXXXXX
dkMMx9ej
state = {"solarInputPower":712,"sn":".....XXXXXXXXXXX......"}
Reste plus qu’a configurer Home Assistant.
- Dans Home Assistant:
Crée en yaml les Entités, pour ma part c’est dans un fichier mqtt.yaml:
sensor:
# Configuration des capteurs pour Zendure
# le 20250329
- name: "Solar Input Power"
unique_id: "Zendure.Solar_Input_Power"
state_topic: "XXXXXXXXXXX/dkMMx9ej/state"
value_template: "{{ value_json.solarInputPower }}"
unit_of_measurement: "W"
device:
name: "Zendure"
identifiers: "Zendure_dkMMx9ej"
ci qui donne:
Toutes les données ne sont pas encore toutes configurées. je vous met les differentes valeurs utilisable suivant les differents modeles de Zendure:
SuperBase V
| Field | Description | device_class |
|---|---|---|
| electricLevel | Device battery percentage | sensor |
| remainOutTime | Remaining discharge time | sensor |
| remainInputTime | Remaining charging time | sensor |
| socSet | Charge Capacity Limitation | sensor |
| batterCapacity | battery capacity | sensor |
| acInputLimit | AC input limit | sensor |
| slowChargePower | Slow charging power | sensor |
| inputPower | total input power | sensor |
| acSwitch | AC switch | switch |
| acInputMode | AC input mode(1: Power grid 2: Charging cable) | sensor |
| acInputPower | AC input power | sensor |
| acHz | AC input frequency | sensor |
| acInputVoltage | ac input voltage | sensor |
| acOutputMode | AC output mode（1:UPS 2:120V 3:120V和240V） | sensor |
| acOutputPower | AC output power | sensor |
| acOutputVoltage | AC output voltage | sensor |
| acOutputFactor | AC output load factor | sensor |
| dcSwitch | DC switch | switch |
| dcInputMode | DC input mode(1: car charger 2: solar energy) | sensor |
| dcInputPower | DC input power | sensor |
| outputPower | total output power | sensor |
| dcOutputPower | DC output power | sensor |
| circleOutputPower | circle output power | sensor |
| usb1OutputPower | USB1 output power | sensor |
| usb2OutputPower | USB2 output power | sensor |
| typec1Power | TypeC1 output power | sensor |
| typec2Power | TypeC2 output power | sensor |
| typec3Power | TypeC3 output power | sensor |
| typec4Power | TypeC4 output power | sensor |
| andersonPower | Anderson output power | sensor |
| ambientSwitch | Ambient light switch | switch |
| ambientLightMode | Ambient light mode | sensor |
| ambientLightColor | Ambient light color | sensor |
| ambientLightNess | Ambient light brightness | sensor |
| buzzerSwitch | buzzer switch | switch |
| masterSwitch | master switch | switch |
| childLock | child lock switch | switch |
| assistSwitch | power wheel switch | switch |
| assistAngle | Power wheel angle | sensor |
| lampSwitch | light switch | switch |
| lampMode | light mode | sensor |
| upsMode | UPS mode | sensor |
| machineStandTime | automatic shutdown time | sensor |
| screenStandTime | automatic screen off time | sensor |
| wifiSwitch | wifi switch | switch |
| wifiSignalLevel | wifi signal level | sensor |
| blueState | blue state | sensor |
| wifiState | wifi state | sensor |
| silentInput | Silent charging mode (sleep mode) | sensor |
| ampUp | constant power mode | sensor |
| dcHardwareVersion | DC Hardware version | sensor |
| acHardwareVersion | AC hardware version | sensor |
| bmsHardwareVersion | BMS hardware version | sensor |
| masterHardwareVersion | MASTER hardware version | sensor |
| typecHardwareVersion | TYPEC hardware version | sensor |
| electricFanState | fan status | sensor |
| batteryNum | battery num | sensor |
| temperature | device temperature | sensor |
| solarWorkMode | Solar working mode | sensor |
| solarWorkOutputVoltage | Solar output voltage | sensor |
| solarOutputPower | Solar output power | sensor |
| assistDoubleFlash | Power wheel double flash switch | switch |
| seriesMode | series mode | sensor |
| parallelMode | parallel mode | sensor |
SolarFlow
| Field | Description | device_class |
|---|---|---|
| electricLevel | Device battery percentage | sensor |
| remainOutTime | Remaining discharge time | sensor |
| remainInputTime | Remaining charging time | sensor |
| socSet | Charge Capacity Limitation | sensor |
| outputLimit | output limit | sensor |
| solarInputPower | solar input power | sensor |
| packInputPower | pack input power | sensor |
| outputPackPower | output to pack power | sensor |
| outputHomePower | output to home power | sensor |
| packNum | pack num | sensor |
| packState | pack state(0:standby 1:input 2:output) | sensor |
| buzzerSwitch | buzzer switch | switch |
| masterSwitch | master switch | switch |
| solarPower1 | Solar1 Input Power | sensor |
| solarPower2 | Solar2 Input Power | sensor |
| passMode | Bypass Mode 0：auto 1:always off 2:always on | sensor |
| autoRecover | Automatic recovery of bypass mode settings 0:off 1:on | sensor |
| packData | pack Data | sensor |
| maxVol | The highest voltage among all cells, calculated as ‹ value * 0.01 ›, unit: V | sensor |
| minVol | The lowest voltage among all cells, calculated as ‹ value * 0.01 ›, unit: V | sensor |
| totalVol | The total voltage, which is the sum of all cells’ voltages, calculated as ‹ value * 0.01 ›, unit: V | sensor |
| maxTemp | The maximum temperature, which represents the highest temperature value among all battery cells at the current (real-time) moment, unit: Kelvi | sensor |
| socLevel | Current battery capacity of the battery pack | sensor |
| sn | Current battery pack battery code | sensor |
| hubState | Hub output status(0: stop output standby 1: stop output and shut down) | sensor |
The Fields Extended By Hyper 2000 & Ace 1500 Based On SolarFlow
| Field | Description | device_class |
|---|---|---|
| gridInputPower | grid input power | sensor |
| acOutputPower | ac output power(Hyper 2000) | sensor |
| dcOutputPower | dc output power(Ace 1500) | sensor |
| acSwitch | ac switch | switch |
| dcSwitch | dc switch(Ace 1500) | switch |
Si vous avez des commentaires pour ameliorer les choses, je suis preneur …
