Your Mission:
- Design and perform verification tests of grid interactive inverters in the Power System Modeling simulation environment
- Work with internal and external teams to determine system requirements and verify our solution will meet and exceed project requirements
Your Background:
- Bachelor’s degree in Electrical or Power Systems engineering, Master’s preferred.
- 5+ years of experience in power systems/power electronics design focused on grid interactive inverters.
- Open to current Master’s or Ph.D. students with research focus on grid interactive inverters with solid power systems/power electronics background.
- Strong interest in renewable energy and energy storage industry.
- Technical knowledge of grid-forming, grid-following inverters and power plant controller.
- Deep technical experience on Electro Magnetic Transients (EMT) simulation PSCAD, and Matlab/Simulink, PSS/E, TSAT, DigSilent.
- Hands-on experience with User Defined Modeling (UDM) and automation tools using C, Fortran, Python.
- Experience with hardware-in-the-loop (HIL) testing.
- Familiarity with relevant industry standards such as UL 1741, IEEE 1547, IEEE 2800.
- Comfortable thriving in fast-paced, rapid growth environments.
- A passion for sustainability, our mission, and our vision is a bonus!
- Must successfully pass a pre-employment background check.
- Energy Vault participates in E-Verify.
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What We Do
Energy Vault is the creator of sustainable energy storage solutions designed to accelerate the transition to a carbon free, resilient power grid and transform the world’s approach to utility-scale energy storage. Energy Vault works to combat climate change by enabling clean and reliable electricity through innovative gravity and kinetic based energy storage technologies. Energy Vault combines innovative design, advanced materials science, and proprietary machine-vision software to orchestrate the storage and dispatch of electrical power by lifting and lowering composite bricks, made from eco-friendly materials. Energy Vault’s commitment to sustainability is reflected in a unique approach to the circular economy which utilizes local industrial and energy waste, including remediated coal ash and recycled wind blades converted to recyclable materials, to build the system’s composite bricks. Energy Vault innovates to enable the global shift to a world powered by renewable resources.






