“Are You Crazy?”–Tales of a Cycling Power Electronics Engineer
“Are you crazy?” was a common question I heard for 6 months, not because they found out that I am a Power Electronics Engineer, but because I was biking around
July 21, 2026
“Are you crazy?” was a common question I heard for 6 months, not because they found out that I am a Power Electronics Engineer, but because I was biking around
The electrification of critical infrastructure demands power electronics systems with unprecedented resilience, reliability, and self-healing capabilities. Drawing inspiration from biological systems such as the human body’s self-repair mechanisms and collective
Efficient, reliable, and adaptable energy conversion solutions, particularly grid-connected power electronics, are essential for the modernization of electrical power networks. Traditional control techniques are inadequate for smart grids because of
Interest in artificial intelligence (AI) within the power electronics community has surged in recent years. A search across the IEEE Power Electronics Society (PELS) portfolio, including IEEE Journal of Emerging
The LMG671 One- to Seven-Channel Power Analyzer from ZES ZIMMER Electronic Systems provides one-shot results for narrowband, full spectrum, and harmonics, with an accuracy of 0.015% of the measured value at +0.01%
With great sadness, we lost a leader, a long-time friend, and a dear colleague in our Power Electronics Community, Dr. Zhengming Zhao, a professor at Tsinghua University, China, on 3
In the automotive sector, Mobility as a Service (MaaS) has achieved significant success, supported by feedback from both end-users and stakeholders. However, the current development process for electric drivetrains and
Power electronics embeds intelligence into energy systems. Modern artificial intelligence (AI) systems place massive demand on electrical power, and in return, introduce new opportunities in improving energy systems design and