S&C Electric Company, a global leader in renewable energy integration, today announces it was awarded a $7.9 million contract by Green States Energy to construct a 2.5-MW solar photovoltaic farm near Roswell, N.M. S&C will provide procurement and construction services for the entire project.
To qualify for the local utility’s renewable energy incentive program, the project needs to be energized by July 11, 2013–a significant hurdle for making the project a success. S&C was able to bring together a team that could engineer, procure, and construct the solar farm in this time frame.
“Meeting in-service dates is critical to maximize return on investment for renewable energy projects,” says Dan Girard, director of renewable energy and energy storage business development for S&C. “S&C offers a broad portfolio of solutions for connecting renewable energy plants to the grid, helping developers like Green States Energy meet tight deadlines and complete projects in a predictable manner.”
“S&C’s was able to leverage their leadership in the solar industry to bring together the right team that could meet our aggressive schedule,” says Stephen Clevett, CEO of Green States Energy.
To meet the project schedule, S&C brought together an experienced team. S&C is working with its strong supplier network to quickly procure equipment needed for the project, and is drawing on its significant experience in renewable energy projects to construct the plant. Portland, Tennessee based, Shoals Technologies Group, will supply racking and DC Balance of Systems (BOS) components, which include pre-fabricated wire harnesses and DC Combiner Boxes.
For this project, S&C also developed an innovative solution that divides the system into 100-kW sections tied to the owner’s meters. This design allows Green States Energy to better utilize the strong solar potential around Roswell and participate in the local utility’s solar incentive program.
Engineering and construction work is already underway and will be completed by July 2013.
— Solar Builder magazine