How You ll Make an Impact
- Apply your in-depth knowledge of converter and/or battery technology to partner with the software team, ensuring functionalities align with the developed algorithms during validation.
- Design, develop, and implement control algorithms for Battery Energy Management System to optimize battery charging, discharging, and ensure overall system health.
- Be responsible for the EMS control software lifecycle, including troubleshooting, rigorous testing, and ongoing optimization for peak performance.
- Partner with electrical engineers to seamlessly integrate the BEMS control system with battery and Inverter hardware, ensuring compatibility and functionality.
- Define and implement sensor and communication protocols to enable real-time battery data acquisition and monitoring, providing critical insights
- into system performance.
- Leverage data analytics to identify performance trends, predict potential degradation issues, and drive continuous Battery Energy Management System efficiency improvements.
- Proactively stay up to date on the latest advancements in battery technology and Battery Energy Management System control strategies to ensure the system remains ground breaking.
What You Bring
- Completed university degree in electrical engineering with a focus on power system controls.
- Long-term professional experience in the field of plant control, inverter control and EMS ideally in the areas of BESS
- Strong market know-how in the field of BESS EMS and secondary controls of Inverter system
- Profound experience in software engineering with SPPA-T3000, PCS7 or a comparable operating environment
- Comfortable with prototype design, programming and debugging and validation/verification of developed algorithms
- Sharing information among colleagues as a key to develop innovative concepts
- Hands-on mentality and experience in EMS, Controls testing
- Proficient English skills, German is would be a plus
