The project involved the design, engineering, procurement, and construction of a ground-mount solar PV system connected behind the meter for net metering purposes. Our client chose to proceed with this system after witnessing the success of Phase 1 solar design implemented five years ago. The solar array was strategically installed on unused land at the facility to maximize energy generation while minimizing operational disruption. The system was financed through a combination of internal capital and available state and federal incentives, enabling our customer to achieve significant long-term energy cost savings and environmental benefits.
The primary objectives of the project were:
- Energy Independence: Reduce reliance on grid power by generating clean, renewable energy onsite.
- Cost Savings: Lower the facility’s operational energy expenses over the system’s lifespan.
- Sustainability: Support the customer’s commitment to reducing carbon emissions and promoting environmental stewardship.
- Optimal Land Use: Utilize otherwise unused land for a high-impact solar energy solution.
Project Details:
- System Size: 1,549 kW
- Anticipated Annual Production: 1,813,608 kWh/yr
- Grid Connection: The solar system is connected behind the meter, operating in parallel with the grid.
- Annual Environmental Impact: The solar system is expected to offset the facility’s carbon footprint by 1,218 tons, equivalent to carbon dioxide emissions from 137,107 gallons of gasoline.
- Role: GEC served as the Developer and EPC.
