Renewable energy is “energy from sources that are naturally replenishing but flow-limited”. Renewable energy sources, such as biomass, wind and solar, can help reduce fossil fuel use and related greenhouse gas emissions. Learn more about the role of solar as a renewable source in UF’s energy use below.
UF currently has 352 kilowatts (kW) of installed solar capacity, contributing roughly 301.5 MWh annually (0.65% of UF’s annual electricity consumption).
- UF installed its first photovoltaic system on campus in 2010. The 75kW solar array on Powell Hall generates roughly 1/3 of the energy consumed in the building. The museum installation is enhanced by a permanent exhibit, “Our Energy Future,” which educates the public about energy conservation strategies and renewable energy technology that they can implement in their own lives.
- UF has also completed two installations as part of Gainesville Regional Utility’s Feed-in-Tariff program: a 214kW solar installation on our Eastside Campus and an installation at UF Hillel. This is the first Hillel in the US to produce electricity through solar.
- In spring 2012, panels were added to the Beta Theta Pi house, funded largely by Progress Energy rebates.
- The UF Department of Housing and Residence Education has also installed a SolarDok table as a pilot project at Diamond Village Commons. Residents use the solar energy collected and stored within the unit to power small electronic devices as they enjoy the outdoor commons of the area.
- The most recent addition of 100kW was made possible by Progress Energy Florida’s SunSense Solar Schools Program and was divided among three locations on campus in the fall of 2012: 70kW was placed at the Energy Research and Education Park, 20kW was placed upon the Microbiology and Cell Science building, and 2kW was set aside as part of the Rinker Hall Solar Education Lab as a teaching tool. Real-time energy production data of campus solar installations can be viewed through the Weil Hall Solar Kiosk portal here.
Future Of On-Campus Solar
UF has the potential to install up to a total of 4 MW of solar power generation on campus based on the interpretation of current statewide net metering regulations. As a public institution, UF does not have the ability to directly apply tax incentives that make solar most financially attractive. However, UF can evaluate partnerships that would allow the university to partner with vendors that can, making on-campus solar power more feasible.
UF is currently part of the Duke Energy Clean Energy Connection Program with an allotment of 151 MW of solar photovoltaic arrays. Once completed (end of 2024), an estimated 80% of the electrical consumption on campus will be mitigated by these solar arrays. This equates to 45% of UF’s GHG emissions. That’s enough to power the annual electrical consumption of over 25,000 households!
Energy Use and Efficiency
Energy efficiency and renewable energy are both areas of focus in the ongoing process to update the UF Climate Action Plan (UF CAP 2.0).