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Eccalon, LLC is seeking a Power Engineer with deep expertise in grid-scale energy generation, interconnection design, and storage integration to design and optimize infrastructure for solar and other distributed energy sources powering data centers and the broader grid.
The role requires a strong background in renewable energy systems, battery storage technologies, and data center power architecture, with engagement across cross-functional teams to deliver resilient energy solutions.
Location: Detroit, MI- Onsite ***NOT REMOTE***
Type: Full-time
Active Clearance: Not Required
Eccalon provides global solutions to the most challenging technological issues of the 21st-century, and our evolving portfolio spans five major markets: Machine Learning, Cybersecurity, Aerospace & Defense, Material Sciences, Advance Manufacturing, Sports Science, Biotechnology, and Health & Life Sciences. Visit our website here.
Eccalon's Executives foster a supportive work environment allowing our teams to thrive, and have a fierce dedication to innovation, security, and people. Our culture is built on inclusion, teamwork, trust, and we are committed to offering career advancement opportunities to all employees. Encouraging a healthy and balanced life, we offer an extensive benefits package to support the wellness of our employees and their families. You will be joining a team of innovators, working with cutting edge technologies, supporting mission critical projects, and making an impact.
Eccalon LLC is seeking a Power Engineer with deep expertise in grid-scale energy generation, interconnection design, and storage integration. The ideal candidate will be a forward-thinking electrical engineer with a strong understanding of renewable energy systems, battery storage technologies, and data center power architecture. This individual will be responsible for designing and optimizing infrastructure that enables solar and other distributed energy sources to charge battery systems, which in turn supply resilient and efficient power to data centers and the broader electric grid.