Project Experience

This 7.5MW solar photovoltaic (PV) system was constructed as part of a larger effort to support regional energy resilience and reduce reliance on fossil fuels. Built with high-efficiency solar panels and engineered for long-term performance, the system delivers clean electricity to the local grid and supports Net-Zero goals.

This 6MW ground-mounted solar farm was built to provide clean, renewable electricity to the local utility grid while supporting sustainability objectives for the surrounding region. Designed for long-term energy generation, the project integrates advanced solar technology with efficient layout and land use.

This 10MW utility-scale solar PV farm was developed to supply clean, renewable electricity to the grid while helping the region meet its long-term climate and energy targets. With a footprint spanning several acres, the system is designed to maximize solar harvest and long-term durability under various weather conditions.

This 30MW solar farm represents a significant step toward clean energy capacity expansion in the region. Built to generate large-scale renewable power for the grid, this site contributes to emissions reduction, energy diversification, and long-term grid reliability. Its design supports optimal land use and environmental compliance while maximizing solar output.

This 10MW battery energy storage system was deployed to enhance grid stability, store excess solar generation, and support peak demand periods. The system plays a critical role in reducing reliance on fossil fuels, enabling renewable energy integration, and improving energy reliability for surrounding communities and infrastructure.