
Worked on the evcc-io/evcc repository to deliver enhanced multi-source energy management for three-phase systems, focusing on Solinteg Modbus Meter integration. Developed a new configuration using YAML and Modbus Protocol to support grid, PV, and battery sources, including battery control and state-of-charge management. Implemented detailed power monitoring with phase-specific power and current readings, enabling precise tracking and control for energy storage and renewable integration. Applied skills in configuration management and IoT development to expand monitoring visibility and support advanced battery management systems, resulting in improved energy management capabilities for electric vehicle charging and storage deployments within the project.
May 2026 monthly summary for evcc-io/evcc focused on delivering enhanced multi-source energy management capabilities and expanding monitoring visibility for three-phase systems. Delivered Solinteg Modbus Meter configuration with battery control and support for grid, PV, and battery sources, including state-of-charge (SOC) management and detailed power monitoring. Implemented phase-specific power and current readings to enable precise energy management and renewable integration.
May 2026 monthly summary for evcc-io/evcc focused on delivering enhanced multi-source energy management capabilities and expanding monitoring visibility for three-phase systems. Delivered Solinteg Modbus Meter configuration with battery control and support for grid, PV, and battery sources, including state-of-charge (SOC) management and detailed power monitoring. Implemented phase-specific power and current readings to enable precise energy management and renewable integration.

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