As solar, wind, and hydropower installations become more popular and sophisticated, the demand for reliable, low-maintenance power conversion is skyrocketing. Gallium oxide–based inverters can enable higher conversion efficiencies without active cooling, making fan-less, passive designs possible. Quieter operation and fewer moving components are just some of the potential benefits of such designs. 

Furthermore, the reduced heat dissipation and smaller form factor projections of gallium oxide power modules would enable more seamless integration in these renewable energy sources. For solar panels, microinverters and power optimizers could be placed directly on panel frames, reducing extra costs and losses from wires. This infrastructure would increase energy yields at every panel and pave the way for more flexible installation layouts. Industrial and commercial customers would reap the benefits of lowered costs for setup, maintenance, and use.