ANN ARBOR, MI
Electric vehicles (EVs) continue to gain widespread traction in the mobility industry, and TRINA actively works to advance EV technologies. Dr. Ercan M. Dede, together with lead co-authors Prof. Robert W. Erickson and Prof. Dragan Maksimović from the University of Colorado, Boulder, has published a book chapter that highlights how breakthroughs in power electronics technology have been key to electrification.
The scalable composite converter power electronics circuit architecture discussed in this chapter leverages wide bandgap semiconductor devices, which offer superior switching speeds, higher voltage operation, and reduced losses compared to conventional silicon-based components. These improvements along with an advanced double-sided cold plate and novel packaging translate into higher power density and efficiency over a broad power range, enabling more compact and lightweight power electronics systems that meet the demanding requirements of modern EVs.
This technological progress is pivotal in accelerating the global transition to e-mobility. By enhancing powertrain efficiency and enabling energy recovery, EVs reduce reliance on fossil fuels and lower carbon dioxide emissions, contributing to environmental sustainability. As power electronics continue to evolve, scalable, high-density architectures will play a central role in making electric vehicles more practical, affordable, and attractive to consumers worldwide.
Please see a link to the Book Chapter: LINK
