
Maximilian Hauser contributed to the evcc-io/evcc repository by developing and refining backend features for hardware integration and energy management. He delivered a template-based integration for the Weishaupt WPM SG Ready Charger, enabling dynamic SG Ready state detection through direct Modbus protocol reads and YAML configuration. Maximilian also addressed compatibility issues for Kostal Plenticore grid charging on older hardware, clarifying template naming to reduce misconfiguration. Additionally, he resolved a bug affecting loadpoint charge voltage publication during phase switching, improving data reliability for monitoring. His work demonstrated depth in Go, embedded systems, and configuration management, focusing on robust, maintainable solutions.
June 2025 monthly summary focusing on bug fix for Loadpoint Charge Voltage publication under Phase Switching in evcc-io/evcc. The change improves data reliability and telemetry completeness for phase-switch scenarios, supporting better monitoring, analytics, and uptime.
June 2025 monthly summary focusing on bug fix for Loadpoint Charge Voltage publication under Phase Switching in evcc-io/evcc. The change improves data reliability and telemetry completeness for phase-switch scenarios, supporting better monitoring, analytics, and uptime.
Month 2025-01: Delivered Weishaupt WPM SG Ready Charger integration for evcc, enabling SG Ready operation through a template-based configuration and Modbus parameter exposure. Refactored mode detection to use direct Modbus reads for SG1/SG2, providing dynamic, accurate ready-state determination. Fixed SG Ready mode reading to address edge cases and ensure reliable signaling. This work improves interoperability with SG Ready hardware, enabling smarter energy management and a better user experience for flexible charging. Key commits show ongoing maintenance and quality improvements for SG Ready support.
Month 2025-01: Delivered Weishaupt WPM SG Ready Charger integration for evcc, enabling SG Ready operation through a template-based configuration and Modbus parameter exposure. Refactored mode detection to use direct Modbus reads for SG1/SG2, providing dynamic, accurate ready-state determination. Fixed SG Ready mode reading to address edge cases and ensure reliable signaling. This work improves interoperability with SG Ready hardware, enabling smarter energy management and a better user experience for flexible charging. Key commits show ongoing maintenance and quality improvements for SG Ready support.
Month: 2024-11 – Focused on stabilizing Kostal Plenticore grid charging compatibility for older hardware HW0100 in evcc-io/evcc. Delivered a bug fix that addresses incompatibility and clarified template naming to reflect hardware version compatibility. This work reduces user-reported charging issues and supports broader hardware support, aligning with reliability and operational efficiency goals.
Month: 2024-11 – Focused on stabilizing Kostal Plenticore grid charging compatibility for older hardware HW0100 in evcc-io/evcc. Delivered a bug fix that addresses incompatibility and clarified template naming to reflect hardware version compatibility. This work reduces user-reported charging issues and supports broader hardware support, aligning with reliability and operational efficiency goals.

Overview of all repositories you've contributed to across your timeline