Washington Gas Energy Systems Helps More California Schools Go Solar


Washington Gas Energy Systems announces the completion of two solar arrays at California schools. Both facilities will be owned and operated by Washington Gas Energy Systems under 20-year power purchase agreements.

Schools have been eager solar adopters recently, as they find that by going solar they save money and also provide an educational opportunity for their students.

Another story came in today about schools going solar, when Washington Gas Energy Systems, Inc. announced the completion of two California solar projects for Western University of Health Sciences in Pomona and Corcoran Unified School District in Corcoran. Both facilities will be owned and operated by Washington Gas Energy Systems under 20-year power purchase agreements.

Washington Gas Energy Systems is a subsidiary of WGL Holdings (NYSE: WGL), which offers solar and other energy solutions to its customers in over 25 states.


“Dedication to pursuing renewable energy options set Western University and Corcoran Unified School District apart as forward-thinking organizations focused on reducing their environmental footprints,” said Sanjiv Mahan, chief operating officer of Washington Gas Energy Systems. “We are committed to working with educational organizations across the country on projects like these and are eager to maintain this positive trend with other institutions. These projects alone will reduce greenhouse gas emissions equivalent to taking 476 cars off the road each year.”


The 672-kilowatt, campus-based solar array at Western University consists of a roof-mounted system composed of 2,688 solar panels affixed to three buildings, and a carport system with solar panels located at one of the parking areas. It is expected to generate approximately 1,110 megawatt hours of solar energy per year. Green Energy Partners developed the project; Conergy managed engineering, procurement, and construction.


“Western University welcomes this opportunity to help the environment, reduce the impact of our operations, and lower our electrical costs,” said Thomas G. Fox, the university’s senior vice president. “Solar panels offer a simple solution, one that makes a strong statement about the importance of a greener planet for a healthier life.”


The emissions reductions from the Western University array are expected to be equivalent to recycling 293 tons of waste instead of sending it to a landfill each year.


“This solar project will result in a significant cost savings for Western University over the next 20 years, allowing the school to focus funds on other initiatives,” said William DePhillipo, founder of Green Energy Partners.


The 1,269-kilowatt solar array at Corcoran Unified School District consists of 4,422 solar panels that span seven sites throughout the school district, including ground-mounted and carport systems at Bret Harte Elementary, the Corcoran Administration Building, Corcoran High School, Fremont School, John Muir School, The Learning Center, and Mark Twain School. The project is expected to produce 2,125 megawatt hours of solar energy per year, which will cover approximately 88% of the school district’s electricity needs. The project was developed by AMSOLAR and was engineered and installed by Conergy. TerraVerde Renewable Partners acted as the consultant for the district.


“Corcoran Unified School District has become known as a district that leads in technology,” said Rich Merlo, superintendent of Corcoran Unified School District. “This solar project is an example of how using technology can improve our lives and provide opportunities for people.”


The emissions reductions from the Corcoran Unified School District project are expected to be equivalent to taking 312 passenger cars off the road each year.


“One of the great things about working with a District like Corcoran is its commitment to new technology, in both the classroom and in improving operations,” said Dr. Rick Brown, president of TerraVerde Partners. “With our help, the District took a very sophisticated approach to evaluating the costs and benefits of new technologies, and an expert-managed competitive bid process in securing the best possible market pricing for their solar project.”