Proper thermal modeling is essential for managing heat flow in power electronic devices ensuring optimal efficiency and reliability. Chainlike networks of the Cauer and Foster types provide a simple yet
Advancing technology is crucial to improving healthcare. It has the power to elevate treatment quality, make high-value services more affordable for all, and improve patient outcomes. High-performing, easy-to-use equipment is
Power systems worldwide are going through a paradigm change from centralized generation to distributed generation, for which control and power electronics are two key enabling technologies. However, it has been
The IEEE has recently published IEEE Std 2988-2024 IEEE Recommended Practice for Use and Functions of Virtual Synchronous Machines [1], developed by the IEEE Standard 2988 Virtual Synchronous Machines Working
As power systems transition toward renewable energy, inverter-based resources (IBRs) like wind and solar are replacing conventional synchronous generators (SGs) [1]. While this shift supports sustainability, it also introduces new
In 2024, we generated about 30,000 TWh of electricity globally [1], and we used it in a broad spectrum of applications—residential, commercial, industrial, and transportation. With home and vehicle electrification,
The low-inertia characteristics of the power-electronics-dominated grid (PEDG) introduces challenges while restoring voltage and frequency to their nominal values following system contingencies. These stability challenges create new cybersecurity vulnerabilities
The role of power electronics needed by advanced technologies requires more efficient, reliable, and sustainable solutions. Standards are needed to support the broad spectrum of the entire innovation development cycle
