White Paper

Burn-In Testing Using Regenerative AC Electronic Loads

This white paper explores how regenerative AC loads can improve the efficiency, cost-effectiveness, and scalability of burn-in testing for power electronics. Unlike traditional resistive loads, regenerative systems return energy to the grid, reducing operating costs and thermal load. The paper includes practical insights for industries such as EVs, energy storage, telecom, and renewable energy.

What You'll Learn:

  • How regenerative AC loads work and when they outperform resistive loads
  • Ways to reduce energy usage and cooling requirements during burn-in testing
  • How to simulate real-world load profiles for more accurate test results
  • Total cost of ownership comparisons and long-term ROI
  • Real-world applications across multiple high-demand sectors

Download the full white paper to discover how regenerative AC loads can transform your burn-in test strategy

Download the White Paper

Regenerative AC Electronic Loads

Learn about our ELZ series and RLS Series Load Simulators for simulating any linear or non-linear AC or DC load. 

Introducing the most intelligent, high-performing, and flexible electronic loads.

Herman van Eijkelenburg, Product Director