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evcc

evcc is an open-source energy management system that optimizes electric vehicle charging using solar power and smart grid pricing.

Description

evcc is an open-source energy management system focused on electromobility. It intelligently controls your wallbox or switched socket, communicating with your vehicle, inverter, and home battery for optimal charging decisions. The software prioritizes using self-generated solar power, minimizing reliance on the grid and lowering costs. evcc boasts a user-friendly, responsive web interface with light and dark modes, and is supported by an active community. It offers extensive compatibility with various manufacturers' devices and components, featuring a plugin architecture for flexibility and custom integrations.

Features

Intelligent control of wallboxes and switched sockets.Communication with electric vehicles, inverters, and home batteries.Prioritization of self-generated solar power for charging.Dynamic pricing integration for cost optimization.User-friendly web interface with light and dark mode options.Open-source and community-driven development.Plugin architecture for flexible customization and integration.Support for various communication protocols like Modbus, SunSpec, HTTP, MQTT, and more.Integration with popular home automation systems like Home Assistant, openHAB, and ioBroker.Support for a wide array of devices from various manufacturers.

Benefits

Reduced electricity costs by prioritizing self-generated solar power.Increased energy independence and self-sufficiency.Optimized charging schedules based on dynamic electricity pricing.User-friendly interface for easy monitoring and control.Extensive compatibility with a wide range of devices and manufacturers.Open-source and community-driven development.Flexible plugin architecture for custom integrations and advanced setups.Protection against unwanted battery discharges and intelligent charging strategies for home batteries.Support for complex scenarios like multiple vehicles, PV and battery systems, and intelligent load management.

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