Skip to main content
U.S. flag

An official website of the United States government

Official websites use .gov
A .gov website belongs to an official government organization in the United States.

Secure .gov websites use HTTPS
A lock ( ) or https:// means you’ve safely connected to the .gov website. Share sensitive information only on official, secure websites.

Strengthening the Domestic Power Electronics Ecosystem

Power Electronics

Goal: Develop in-depth understanding of manufacturing and innovation capabilities of the nation's fragmented and diverse power electronics industry, and produce technology roadmaps to guide cooperative pre-competitive research and workforce development efforts.


Background: Recent advances in power semiconductor technology have opened up new opportunities for innovation in power electronics.  Market and regulatory conditions have created worldwide demand for power electronics systems that take advantage of new semiconductor technologies to enable higher efficiency devices that operate at higher temperatures, higher frequencies, and higher voltages, in smaller packages and at lower overall system cost.  

Many nations are making significant investments to advance power electronics technologies and products that will have a lasting impact on a variety of markets and industries, including transportation, consumer electronics, energy storage, and renewable energy. The world market for inverters alone—just one element of power electronics—is projected to top $70 billion by 2020. This project sought to create a comprehensive vision of what the U.S. can do to secure and maintain a leadership position in the global power electronics industry.

Approach:  The Power Electronics Industry Collaborative is a national consortium of Original Equipment Manufacturers, suppliers, researchers, and other U.S. power electronics industry stakeholders.  The group convened the U.S. power electronics industry to: assess and document the industry's current status and competitive position; analyze how technology and policy drivers could provide opportunity for the nation; and reach consensus on detailed technology, product and policy roadmaps that will enable industry stakeholders to cooperate on pre-competitive research and on achieving common market, policy, and workforce development goals.

OutcomeTo better align the roadmap to the needs of U.S. industry, the consortia worked closely with PowerAmerica, a Manufacturing USA® institute based at North Carolina State University. The roadmap was developed to address the technological and manufacturing challenges facing the U.S. power electronics industry. 

The roadmap points out that the development of high-performance semiconductors is only one of the technical challenges facing the industry. Other challenges include the components that support the overall power electronics systems are being pushed to match the new semiconductor performance levels, which in turn is creating market conundrums that are hampering growth of advanced semiconductors. The roadmap analysis showed that other nations are ahead of ours in developing the ecosystem necessary to support competitive design and manufacturing of power electronics for the global market.  

Industry weaknesses include supply chain gaps and fragmentation, lack of coordination in efforts to improve manufacturing capabilities, and workforce challenges.  The roadmap addresses these challenges, with emphasis on understanding technology trends, including inter-dependencies in semiconductors, capacitors, magnetics, and packaging technology.  A vibrant domestic power electronics ecosystem is key to competing effectively in the global marketplace.

Lead: Power Electronics Industry Collaborative 

Funded Participants: NextEnergy Center (Detroit, Michigan)
Award Number:  70NANB14H041
Federal Funding:  $500,000
Project Duration:  24 months
AMTech Project Manager: Thomas R. Lettieri

More information:

Created June 19, 2018, Updated February 23, 2019