Renewable Energy Highlights
- Emory aims to self-generate 10% of energy used on campus to replace fossil fuel sources by 2025.
- Sustainable technologies for producing energy are employed across Emory’s campus, including solar photovoltaic power, co-generation from Emory’s steam plant, biofuel used in Emory’s Cliff shuttles, and geothermal energy in the LEED Platinum Emory Student Center.
- With the enactment of HB 57, The Solar Power Free-Market Financing Act of 2015, Georgia became the first state in the Southeastern U.S. to legislatively approve private, third party sales of electricity from onsite solar systems as a means of financing solar energy for Georgia businesses, institutions, schools and homes. With third party financing now legal in Georgia, Emory hopes to install more cost effective solar energy systems in the future.
Emory faces local challenges for installing renewable energy systems:
- state and federal tax incentives do not benefit nonprofits such as Emory;
- the utility’s interpretation of current state law creates hurdles for power purchase agreements;
- and offsite generation of renewable energy while retaining the Renewable Energy Credits currently violates Georgia state law.
Renewable Energy Benefits
- Renewable energy installations can provide important teaching and research opportunities on campus and serve as nationally-important demonstration sites.
- Rooftop solar installations can “leapfrog the need for large-scale, centralized power grids and accelerate access to affordable, clean electricity – becoming a powerful tool for eliminating poverty.” (Project Drawdown)
- Renewable energy sources exist over wide geographical areas, as opposed to fossil fuel sources, which are concentrated in relatively few global locales.
- Renewable energy generation can result in increased energy security, climate change mitigation, and the creation of jobs.
How It Works
- Solar: Emory has installed rooftop solar on 1762 Clifton Road and the North Decatur Building. Together these panels generate 265 kWh of energy preventing the emission equivalent of burning 196 pounds of fossil fuels.
- Six 70-watt solar panels outside of the Few and Evans Residence Halls pump water from an underground cistern into the waste water system for toilet flushing.
- A small solar installation provides solar power for a portion of the energy needed at the Water Hub.
- A solar hot water heating system preheats approximately 40% of the domestic hot water required for the Emory Student Center.
- Geothermal: A system of 400-foot deep geothermal wells dug into nearby McDonough Field that provide some 700 tons of heating/cooling capacity to the Emory Student Center.
- Biofuel: The entire Cliff Shuttle fleet is fueled by B5 biodiesel, made from recycled cooking oil from Emory’s cafeterias.
- Cogeneration: 1mW of combined heat an power provide energy in Emory’s steam plant. Learn more about this system in a blog post.