Princeton Power Systems will develop an advanced power conversion system for commercial tidal, wave and hydropower applications.
A patented AC-linkô developed by PPS will enable a high-powered (1.5 megawatt) converter design and silicon carbide (SiC) semiconductor switches to allow for a significantly higher power density and direct connection to 12 kV or higher power lines without the use of a transformer. Space and logistic requirements for the power electronics in tidal, wave and other hydropower systems will be drastically reduced. The converter is also expected to increase the efficiency of transmitting power onshore and interconnecting with the utility grid. This system will minimize costs of ocean and hydropower sources, and make them more efficient and more compatible with the existing electric grid.
Darren Hammell, Executive Vice President of Business Development, said, "We are excited to expand the use of our technologies to the rapidly growing sector of grid-connected hydropower applications. Our history of providing rugged components for Navy applications will ensure that our designs can endure the unique environmental requirements of these systems."
Wave, tidal and other hydropower generations systems provide a clean generation source that does not pollute the environment like other non-renewable power plants. PPS has patented electronics to deliver reliable and cost-effective solutions to convert electric power cleanly and efficiently.