Superconducting Magnetic Energy Storage (SMES) Power Interfaces

The Department of the Navy seeks proposals for developing Superconducting Magnetic Energy Storage (SMES) systems to support intermittent pulsed power loads on future all-electric naval ships. The objective is to provide a consistent electrical load to the generation source during pulsed power duty cycles, addressing challenges posed by high-rate, intermittent power draws from electric weaponry. The Navy requires a full-scale SMES system capable of storing 4-10 MJ at a 2-4 MW power level, with rapid charge/discharge rates (>1 MW) and sub-second response times, designed to operate continuously at high duty cycles and withstand voltages >1000 V. Phase I focuses on concept development, modeling, and small-scale experimentation to demonstrate feasibility and control algorithms. Phase II involves developing and delivering a prototype that meets the specified voltage and power requirements, with extensive testing to characterize performance under various conditions. Phase III will assist in transitioning the technology to Navy use, building a multiple-MW scale system, and exploring dual-use applications in microgrids, fast-dispatch frequency regulation, load leveling, and commercial manufacturing. The project is restricted under ITAR/EAR regulations.