by Shane Henson — May 8, 2013—Melink Corporation, a Cincinnati-based solar photovoltaics (PV) integrator of commercial projects, recently announced the completion of a large-scale solar power system it was contracted to build for Cedarville University in Ohio. Melink was responsible for the development, engineering, construction, and operation of the system, and hopes the public-private initiative will encourage other campuses to consider renewable energy.
According to the company, the 2,154-kilowatt solar array will convert sunlight into clean electricity to help meet the campus’ growing power requirements. It was built on the southwest edge of the campus, and since its completion, the power has been flowing directly into the university’s distribution system. This energy is capable of supplying, on average, 10 percent of Cedarville University’s demand, making it the largest solar system directly connected to a university in Ohio, says Melink Corporation.
This latest project builds on the university’s goal of being more energy efficient. Cedarville University has been using solar technology in its academic curriculum for many years, it says. Engineering faculty have incorporated the technology to advance missions-minded projects in Liberia and throughout the world, while the university’s engineering students have won six World Solar Splash boat competitions.
“The completion of the solar array is significant for Cedarville University, as well as the Southwest Ohio region,” said John E. Gredy, the university’s provost. “This project reflects the university’s commitment to implementing new initiatives that will strengthen our Christ-centered education. I’m happy to know Cedarville University has taken the initiative to lead in renewable energy among Ohio universities.”
In addition to working with educational institutions, Melink Corporation designs and installs PV systems for businesses of all sizes. According to the company, PV systems are a mature technology and over the past few years the cost of materials has decreased dramatically. Systems are reportedly easy to maintain due to no moving parts, and are easily adapted to existing sites whether roof or ground-mounted, or solar canopies.
