The Big Picture

Mission

The Renewable Energy and Advanced Power Electronics Research Laboratory advances the science and engineering of electrical energy conversion at the grid edge — driving grid modernization enabled by innovation in power electronics. Our work integrates advanced converter topologies, control strategies, and balance-of-systems engineering to address the technical challenges shaping modern electric power and energy distribution systems.

Grounded in core electrical engineering principles and motivated by real-world impact, we develop technologies that move photovoltaic (solar) energy from the margins of “alternative energy” into the mainstream energy portfolio. Our research emphasizes scalability, reliability, and economic viability, bridging fundamental discovery with deployable solutions for industry and the electric grid.

We are committed to building an internationally recognized center of excellence that advances innovation, educates the next generation of engineers, and accelerates the transition toward resilient, secure, and sustainable energy infrastructure.

Research Areas

Grid Modernization, Power Quality at the Grid-Edge · Grid-Edge Power Converters · Interactions of Grid-Edge Power Electronics, Advanced Energy Systems · Solar Electrical (Photovoltaic) Energy Conversion · Inverter Systems for Alternative Energy Sources (Fuel Cells, Photovoltaic, etc.) · Power Electronics Reliability · Distributed DC Power Systems with Emphasis on Local/Distributed Control · Auto-Tuning Coupled Inductor Filters · High Quality PWM Amplifiers with focus on Application as Audio Amplifiers · Battery Life Management · Non-linear Control Techniques · Model Predictive Control of Power Converters · Non-Planar Photovoltaic Systems ·