UNIVERSITY PARK, Pa. — An innovative project is creating a buzz around Penn State’s University Park campus, especially among the many species of pollinators that call Centre County home.
In early June, millions of flower seeds were planted around and under 10 acres of solar panels on Orchard Road near Beaver Stadium. The wildflower varieties are highly attractive to pollinators such as native bees, honey bees and butterflies, all of which play a vital role in supporting food and flowering plants, according to Harland Patch, assistant research professor of entomology.
“Many species of pollinators, especially honey bees, are in decline and need our help to boost their numbers,” said Patch of the project, which was spearheaded at Penn State by the College of Agricultural Sciences, the Center for Pollinator Research, the Sustainability Institute and the Office of Physical Plant.
“Combining renewable energy production with pollinator-friendly habitats is a win-win-win for the environment, pollinators and humans,” he said.
Now a familiar sight on campus, the solar array is the result of a fall 2018 agreement between the Office of Physical Plant and the Alternative Energy Development Group — known as AEDG — a Pennsylvania-based renewable energy developer.
AEDG and Meadow Valley Electric, of Lancaster, built, financed, own and maintain the solar farm; Penn State uses 100% of the clean energy generated for campus electricity needs. The site also serves as a living laboratory for faculty and student research, an aspect of the project that was important to all parties.
“We are proud to partner with a national leader such as Penn State to advance learning about the benefits of renewable energy,” said Don Bradley, senior director of energy storage and advanced microgrids for AEDG. “When we started in business as practitioners 30 years ago, we had solar leaders who mentored us, and we want to share our knowledge with the next generation of conservationists.”
The Orchard Road site is one of several solar projects supported or sponsored by Penn State, including a 70-megawatt, utility-scale solar project in Franklin County that will provide 25% of Penn State’s purchased electricity over the next 25 years. All are part of a larger University initiative to reduce greenhouse gas emissions.
Every solar installation requires a soil stabilization plan, and some solar farm owners satisfy that requirement by planting grass. “But we had a different idea, one that would prevent runoff while also benefiting the ecosystem,” said Patch, who designed the Pennsylvania Solar Site Pollinator Habitat Planning Scorecard, a guide to vegetation management at solar installations.
That idea — to create a pollinator-friendly habitat — was conceived by Patch; Bradley; Tom Flynn, landscape architect with the Office of Physical Plant; and Meghan Hoskins, director of operations and partnerships for the Sustainability Institute.
“Renewable energy projects themselves are very important and necessary due to the associated reduction of greenhouse gas and other emissions associated with the generation of electricity,” Hoskins said. “However, projects like this one demonstrate the potential for tackling multiple challenges at one site — in this case, making smart use of the land under the solar farm for increasing pollinator biodiversity.”