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Large-Scale Thermal

 

Tap Into the Potential Right Under Your Feet

Whether you have fast-approaching climate targets or are looking to meet future consumer demands, a ground source (or geothermal) heat pump system can help you reach your goals. The thermal needs within buildings, such as heating and cooling of occupied spaces and production of domestic hot water, are challenges to decarbonize. Energy-efficient heat pump technology, powered by the grid or onsite renewables, provides a viable decarbonization pathway for large buildings or multi-building properties like college campuses and medical facilities.

Funding opportunities are available to help decarbonize new or existing buildings with geothermal heat pumps, large-scale thermal systems, and heat recovery solutions.

Here’s an overview of how these technologies work, how to get started, and the funding and support that’s available to building owners in New York State.

How Does Large-Scale Thermal Work?

Just a few feet beneath the earth’s surface the underground temperature is a steady 54°F year-round. Geothermal systems, which use ground source heat pumps, uses this steady temperature to heat buildings in the winter and cool them in the summer. When the air outside is cold, GSHPs move the heat from the earth into the buildings they serve, and when it’s hot outside, they move heat from those same buildings into the earth. Besides geothermal energy, GSHPs can utilize bodies of water and wastewater facilities that provide a consistent temperature.

Heat pumps that capture and reuse the heat from the ground and otherwise wasted heat have been installed throughout homes, large buildings, and campuses in New York State. Facilities like college campuses, medical facilities, and other buildings with diverse thermal needs are good applications for heat pumps due to consistently high occupancy, fluctuating usage schedules, and varying heating and cooling requirements within individual zones, such as offices and classrooms, that are difficult to meet efficiently with conventional systems.

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