Advances in Power Electronics for Renewable Energy Systems: Design, Control, and Applications

Abstract

The transition towards renewable energy sources is critical to achieving sustainable energy
systems, reducing greenhouse gas emissions, and addressing the challenges of climate change.
Power electronics play a pivotal role in integrating renewable energy sources into the electrical
grid, improving energy conversion efficiency, and enhancing system reliability. This paper
reviews recent advances in power electronics for renewable energy systems, focusing on design
innovations, control strategies, and emerging applications. The discussion includes
advancements in converter topologies, control algorithms, and grid integration techniques, with
a particular emphasis on how these developments are facilitating the widespread adoption of
renewable energy technologies.