Advance Renewable Energy Solutions
Advance Energy delivers a comprehensive range of innovative solutions, including custom-designed low-voltage power distribution switchgear and advanced protection and control systems tailored for solar farms, wind farms, EV charging infrastructure, and utility applications. We also specialize in solar-powered EV charging stations, solar trees, and solar benches — all designed to meet modern sustainability goals. Our portfolio of energy-efficient products helps customers significantly reduce electricity costs and decrease dependency on the grid, driving a cleaner and more sustainable future.

What We Do
We design and supply custom low voltage power distribution switchgears and advanced protection control systems for solar and wind farms.
We install, test, and commission power & distribution transformers and switchgear systems to meet industry standards.
We deliver turnkey EV charging and rooftop solar solutions for commercial and industrial clients.
Key Milestones
Secured the First Prize at the Virginia Gauntlet Business Competition as an emerging renewable energy company.
Associated with Virginia Tech to conduct research and development in the field of clean energy technology.
Designed and installed commercial solar projects, including rooftop solar and solar trees.
Designed and supplied low-voltage power distribution for EV charging applications in line with UL 891 & UL 8508 standards.
Offered transformer repair services and EV charging installation services.
Provided transformer parts services in India and low-voltage power switchgear testing in line with NETA standards.
Choose Advance Energy for Future-Ready Solutions
Advance Energy leads in innovation, enhancing grid resilience through predictive analysis. Our advanced control panels for Solar and Wind farms use IoT technology for efficient monitoring and management. We specialize in integrating Energy Storage Systems, providing flexibility and efficiency in renewable energy. Trust us for a sustainable, resilient energy future.
