Construction on a new solar project has started at Michigan State University.
“The obvious advantage of this project for our students, faculty and staff is cleaner air due to the emissions-free generation of electricity,” said Wolfgang Bauer, a University Distinguished Professor in physics who is assisting with the project. “However, there are significant other benefits such as reducing the university’s utility costs over time. This, in the end, will have a direct effect on keeping tuition rates as low as possible.”
At MSU, solar carports are being constructed at five different parking lots across campus. The structures will cover most of the parking spaces in each lot and provide partial protection from inclement weather for most cars including taller vehicles, such as RVs, for weekend tailgating. The same number of parking spots that existed before will be available after construction is completed.
In all, the alternative energy structures will produce power to campus during the daytime hours when demand is typically at its highest and will generate more than 15,000 megawatt hours of power per year – about 5% of the electricity used on campus annually.
Bauer added that the new arrays offer an opportunity to conduct research as well.
“Student teams from the College of Engineering are already working in collaboration with our faculty and infrastructure employees on using the arrays to research topics such as new power inverter technology,” he said.
The MSU Board of Trustees in September 2015 approved a power purchase agreement for the project, which is being developed and will be owned by Inovateus Solar, a solar-energy supplier in Indiana, and Alterra Power Corp., an independent power producer and renewable-energy developer in British Columbia, Canada. The plan supports the university’s Energy Transition Plan to improve the environment on campus, invest in sustainable energy research and contain energy costs.
The partnership will allow MSU to purchase electricity produced from the solar arrays from Inovateus and Alterra at a fixed price for 25 years. MSU will also cover the cost of connecting the arrays to the university’s power grid for about $ 2.5 million. Project investors will pay all other construction and maintenance costs projected to be about $ 20 million.
News item from Michigan State University