Gravity Renewables + St. Lawrence U Ink Hydro Deal

Joanna Schroeder

Gravity Renewables is going to connect St. Lawrence University, located in Canton, New York, to around 4.3 kilowatt hours (kWh) of clean hydropower per year with a new agreement. The renewable, clean energy source will provide St. Lawrence University with reliably prices clean power that will help them get nearly 100 percent of their electricity from renewable sources.

“Several years ago, the University made a commitment to strengthening its environmental stewardship,” said President William L. Fox ’75. “The hydro power we have committed to is one more step by St. Lawrence on that important journey.”

Gravity Renewables' Dog River Hydroelectric Facility, also known as Nantanna Mill hydro, is located in Northfield, VT. The plant was originally commissioned in 1983 and now generates approximately 650,000 kilowatt-hours of clean energy each year — enough to power nearly 100 average Vermont homes.

Gravity Renewables’ Dog River Hydroelectric Facility, also known as Nantanna Mill hydro, is located in Northfield, VT. The plant was originally commissioned in 1983 and now generates approximately 650,000 kilowatt-hours of clean energy each year — enough to power nearly 100 average Vermont homes.

The power will come from the King Falls small hydro facility in Lewis County. The dam and its power generation unit were damaged during Hurricane Irene and have been offline since 2011. This agreement will allow for the refurbishment and repair of the dam.

“St. Lawrence University is moving towards the clean energy future and utilizing one of upstate New York’s great natural resources,” said Ted Rose, CEO of Gravity Renewables. “New York is rich in sustainable small and micro hydro facilities—and agreements like this support their continued health. Hydropower’s reliability makes it a perfect fit for institutions looking to move to full carbon neutrality. ”

St. Lawrence University is fast becoming a national leader in clean energy and sustainability. In addition to clean hydropower, the university is using solar and wind energy, and implementing conservation, green building and energy efficiency in an effort to have all 100 percent of its power needs met by renewable sources.

Hydro, Renewable Energy