PASADENA, CA (May 12, 2016) – Parsons is pleased to announce that its portfolio of solar projects for California’s Eastern Municipal Water District (EMWD) were completed on schedule and dedicated on May 11, 2016. Parsons provided engineering services for the projects, including a feasibility study, preliminary design, coordination with Southern California Edison, construction management, and construction inspection.
As part of EMWD’s Sustainability and Green Energy Initiative, the projects offset traditional energy use and help EMWD stabilize ratepayer costs in an economic environment of rising energy costs. The successful completion of a 0.5-megawatt (MW) solar photovoltaic renewable energy facility at the EMWD Administrative Facility triggered the initiation of five additional 1-MW each solar projects at EMWD’s regional water reclamation facilities located in Perris Valley, Moreno Valley, San Jacinto Valley, Temecula, and Sun City. The solar facility at Sun City also offsets energy use at EMWD’s Menifee and Perris I Groundwater Desalination Facility that provides potable water to the surrounding communities of Sun City and Menifee.
“Parsons executed these projects on an accelerated schedule so EMWD could receive California Solar Initiative incentives,” said Michael Walsh, Parsons Group President. “Because our team ensured on-time completion, EMWD was able to bring these facilities online prior to peak energy consumption season.”
To meet the deadlines required to earn the California Solar Initiative incentives, these projects were procured using the design-build project delivery method. This suite of solar projects constitutes a significant portion of EMWD’s renewable energy portfolio.Parsons (NYSE: PSN) is a leading disruptive technology provider in the global defense, intelligence, and critical infrastructure markets, with capabilities across cybersecurity, missile defense, space, connected infrastructure, and smart cities. Please visit Parsons.com, and follow us on LinkedIn and Facebook to learn how we’re making an impact.