Power Electronics Technologies

Advanced Technologies Developed for Real-World Applications

Mainstream Engineering develops technologies that solve complex technical challenges across government, military, commercial, and industrial applications. Our work spans research, engineering, prototyping, testing, and manufacturing — allowing us to move advanced concepts from the lab into practical use.

The technologies below represent key areas of Mainstream’s expertise, including thermal control, energy and sustainability, power electronics, mechanics, materials science, chemical-based technologies, artificial intelligence, robotics, and related engineering disciplines.

Each technology area reflects our commitment to developing innovative solutions that are practical, reliable, and built for demanding real-world environments.

Mainstream Engineering develops power electronics technologies for efficient power conversion, control, and management. Our work supports applications that require reliable electrical performance, compact design, thermal management, and dependable operation across government, military, commercial, and industrial systems.

Power electronics energy conversion is becoming commonplace in a plethora of applications, including hybrid electric vehicles, military aircraft, unmanned aerial vehicles, ship power systems, and alternative energy sources (wind, solar, tidal, wave).

At Mainstream, we are developing the power electronics and control algorithms that run these systems, ranging in power from 100s of watts (battery chargers and low-power supplies) to over 100 kilowatts (pulse-power supplies, permanent-magnet motor drives, and point-of-use converters). These new power electronics systems increase the achievable power densities, increase system efficiencies, and enable installation into a growing field of applications.