Power Electronics

Power electronics modeling and simulation explained for test engineers

Test engineers get practical guidance on power electronics simulation, converter modeling, and validation workflows that protect hardware and build confidence.

7 reasons hardware‑in‑the‑loop has become essential for power electronics projects

See how hardware in the loop simulation helps power electronics teams reduce risk, verify timing, and move designs to confident validation with repeatable evidence.

7 Essential types of inverter-based resources for precise grid simulation

Master seven inverter resource types and streamline high‑fidelity grid simulation with real‑time confidence.

9 Energy simulation trends power engineers should know for 2025

Understand the nine real‑time simulation trends shaping power‑system validation in 2025 and see how open, scalable platforms cut risk and delivery time.

A complete guide to power grid modernization with real-time simulation

Real‑time simulation replaces guesswork with proven data, turning complex grid modernization objectives into reliable, cost‑effective upgrades.

What is simulation software? A guide for engineers and innovators

Hardware-in-the-loop vs software-in-the-loop

MuSE: clustering, extensibility & almost infinite I/O power with OPAL-RT simulations

eHS: The nanosecond power electronics solver whose time has come

Traveling wave relay testing