Solaredge WR und Smartfox Pro 2

[philippgritsch92-prog]

Description

Hallo :] weiß jemand zufällig wie ich meinen Solaredge WR in Evcc einbinden kann und der Smartfox Pro 2 dann die Daten über EVCC ausliest anstatt übet den Solaredge? weiß leider nicht welche Adressen ich eingeben muss. Vielen Dank für eure Hilfe nd SG

Steps to Reproduce

.

⚠️ RETURN TO EVCC TAB → COPY STEP 2 → PASTE HERE

Version

v0.313.1

System

linux/arm64, CEST +02:00

Configuration (YAML)

meters:
  - name: my_pv
    type: template
    template: smartfox
    usage: pv
    host: 192.0.2.2 # 192.168.1.148
    meters:
  - name: my_pv
    type: template
    template: smartfox-em2
    usage: pv
    host: 192.0.2.2 # 192.168.1.148                     

Configuration (UI)

{
  "charger": [
    {"id":21,"name":"db:21","type":"template","config":{"template":"go-e-v3","host":"192.168.1.205"},"deviceProduct":"go-e Charger Gemini"}
  ],
  "circuits": "#- name: main # Garage 
#  title: Main Circuit # used in the UI
#  maxcurrent: 63 # 8 main circuit breaker (optional)
#  maxPower: 6000 # 
#  meter: \"db:35\"
#  parent: # no parent, this is the root circuit
#- name: garage # unique name, used as reference, e.g. to associate loadpoints
#  title: Garage # used in the UI
#  maxcurrent: 24 # allow individual phase use up to 24A
#  maxPower: 11000 # limit total power to 11kW
#  meter: garage # dedicated meter for the garage
#  parent: main # parent to the main circuit
#- name: carport # unique name, used as reference, e.g. to associate loadpoints
#  title: Carport # used in the UI
#  maxCurrent: 32 # 32A circuit breaker
#  maxPower: # no limit, only check current
#  meter: # no meter, using data from loadpoints
#  parent: main # parent to the main circuit

- name: main
  title: Main Circuit
  maxPower: 5500
  meter: db:35",
  "experimental": false,
  "influx": {"database":"","insecure":false,"org":"","password":"","token":"","url":"","user":""},
  "interval": 10,
  "loadpoints": [
    {"id":22,"name":"db:22","batteryBoostLimit":100,"charger":"db:21","circuit":"main","defaultMode":"minpv","limitEnergy":0,"limitSoc":0,"maxCurrent":16,"minCurrent":6,"minSoc":0,"phasesConfigured":3,"planEnergy":0,"planPrecondition":0,"planStrategy":{"continuous":false,"precondition":0},"planTime":"0001-01-01T00:00:00Z","priority":1,"smartCostLimit":null,"smartFeedInPriorityLimit":null,"soc":{"estimate":true,"poll":{"interval":3600000000000,"mode":"charging"}},"thresholds":{"disable":{"delay":180000000000,"threshold":0},"enable":{"delay":60000000000,"threshold":0}},"title":"Wallbox Tarraco","ui":{"maxTemp":0,"minTemp":0}}
  ],
  "meter": [
    {"id":35,"name":"db:35","type":"template","config":{"template":"smartfox-em2","cache":"1s","host":"192.168.1.148","usage":"grid"},"deviceProduct":"Smartfox Pro 2"}
  ],
  "modbusproxy": [],
  "mqtt": {"broker":"","caCert":"","clientCert":"","clientID":"","clientKey":"","insecure":false,"password":"","topic":"evcc","user":""},
  "residualPower": 0,
  "shm": {"deviceId":"","deviceSerial":"","vendorId":""},
  "site": {"aux":null,"battery":null,"consumer":null,"ext":null,"grid":"db:35","pv":null,"title":""},
  "tariffRefs": {"co2":"","feedIn":"","grid":"","planner":"","solar":null,"temperature":""},
  "vehicle": [
    {"id":55,"name":"db:55","type":"template","config":{"template":"cupra","autodetectdisabled":false,"cache":"15m","capacity":58,"climaterdisabled":false,"coarsecurrent":false,"icon":"car","password":"***","priority":0,"title":"Cupra Born","user":"***","vin":"***","wakeupdisabled":false,"welcomecharge":false},"deviceProduct":"Cupra EU Data Act"}
  ]
}

Logs

[site  ] DEBUG 2026/08/04 16:30:03 site power: 2797W
[lp-1  ] DEBUG 2026/08/04 16:30:03 charge voltages: [235 232 234]V
[lp-1  ] DEBUG 2026/08/04 16:30:03 detected active phases: 3p
[lp-1  ] DEBUG 2026/08/04 16:30:03 session energy: 1.469kWh
[lp-1  ] DEBUG 2026/08/04 16:30:03 charge total import: 1366.409kWh
[lp-1  ] DEBUG 2026/08/04 16:30:03 charger status: C
[lp-1  ] DEBUG 2026/08/04 16:30:03 !! plan: plan time zero
[lp-1  ] DEBUG 2026/08/04 16:30:03 pv charge current: min 6A > 1.95A (2797W @ 3p, battery: false)
[site  ] DEBUG 2026/08/04 16:30:13 ----
[lp-1  ] DEBUG 2026/08/04 16:30:13 charge power: 4053W
[lp-1  ] DEBUG 2026/08/04 16:30:13 charge currents: [5.93 5.97 5.97]A
[main  ] DEBUG 2026/08/04 16:30:13 power: 2790W
[main  ] DEBUG 2026/08/04 16:30:13 current: 4.82A
[site  ] DEBUG 2026/08/04 16:30:13 grid power: 2790W
[site  ] DEBUG 2026/08/04 16:30:13 grid powers: [889 976 925]W
[site  ] DEBUG 2026/08/04 16:30:13 grid currents: [4.41 4.82 4.29]A
[site  ] DEBUG 2026/08/04 16:30:13 pv power: 1263W
[site  ] DEBUG 2026/08/04 16:30:13 site power: 2790W
[lp-1  ] DEBUG 2026/08/04 16:30:13 charge voltages: [234 232 234]V
[lp-1  ] DEBUG 2026/08/04 16:30:13 detected active phases: 3p
[lp-1  ] DEBUG 2026/08/04 16:30:13 session energy: 1.479kWh
[lp-1  ] DEBUG 2026/08/04 16:30:13 charge total import: 1366.419kWh
[lp-1  ] DEBUG 2026/08/04 16:30:13 charger status: C
[lp-1  ] DEBUG 2026/08/04 16:30:13 !! plan: plan time zero
[lp-1  ] DEBUG 2026/08/04 16:30:13 pv charge current: min 6A > 1.96A (2790W @ 3p, battery: false)

[LeonSol]

EVCC hat einen eingebauten modbus-Proxy. Richte den Zugriff auf den Wechselrichter in evcc ein. Konfiguriere einen modbusProxy in evcc mit der ip-Adresse des Solaredge und gebe diesem eine Portnummer (z.Bsp.5201). Der smartfox erreicht dann den Wechselrichter über:

ip-adresse-von-evcc:5201 (dazwischen ist ein Doppelpunkt, klein, aber er ist da).

[philippgritsch92-prog]

hallo
leider funktioniert es nicht. muss ich dann beim smartfox einen anderen wechselrichter eingeben? danke für deine hilfe