fronius

HA integration for go-eCharger series (or the compatible Fronius Wattpilot series) & go-eController communicate via WebSocket or the HTTP API v2.0. Please note, that this integration is not official and not supported by the go-e developer team. This project is not affiliated with go-e.com in any way.

Home assistant Custom Component for reading data from Fronius Gen24 Inverter and connected smart meters and battery storage through modbus TCP.

A free and open source solar monitoring system.

Ladesteuerung für Fronius Symo GEN24 Plus & Verto

Collect Fronius inverter data and save in Influxdb for Grafana

Setting up and visualizing data from your Fronius Symo GEN24 10.0 inverter and Smart Meter TS 65A-3 using InfluxDB and Grafana.

Helps to control your battery to get an advantage with dynamic grid pricing

Access PV live logs using the Fronius Solar API

Solar Energy Management for Home Assistant — automate solar surplus across EV, battery, heat pump & appliances. Tariff-aware, multi-brand, 100% local.

Automated JSON API based communication with Fronius Symo

ioBroker Adapter für Fronius Wechselrichter mit Fronius Datalogger Web ab Version 2.0.4-1 oder Fronius Datamanager ab Version 3.0.3-1

IP-Symcon (IPS) Modul für Fronius Inverter (Wechselrichter) und SmartMeter (Energiezähler) mit ModBus TCP Unterstützung (bspw. Galvo, Primo, Symo, Symo Hybrid,...).

Register map of Fronius Modbus RTU devices

Home Assistant integration for cloud-based Fronius Solar.web api

DIY CAN BMS emulator project to integrate DIY battery with different brands of invertors with CAN or RS485 communication.

Python script to fetch power flow realtime data from a fronius data manager and pubish it to a mqtt broker

Optimize your energy consumption

iotic is an IoT device manager which is dead simple to use. Its main feature is pv surplus charging of your electric vehicle.

This is a custom component to allow control of Fronius Wattpilot wallbox/electro vehicle charging devices in Homeassistant.

Optimizes water heating by combining a Fronius photovoltaic (PV) inverter with a Raspberry Pi, making optimal use of excess solar energy. The system avoids low-compensation grid exports by redirecting surplus power to heat water instead.