University Operations targets our buildings as opportunities to use energy more efficiently.
We commit to zero emissions growth, reducing emissions wherever possible, generating our own renewable energy when financially feasible, and achieving climate neutrality by offsetting the remaining greenhouse gas emissions. Retrofits to existing buildings improve their mechanical efficiencies, while new buildings are designed to be as energy efficient as possible. Besides ongoing efficiency retrofits and projects to reduce energy demand, Green Power purchases have helped us reduce our net emissions.
Energy EfficiencyOver the past seven years the university has maintained an aggressive program of lighting and Heating, Ventilation, and Air Conditioning (HVAC) upgrades to reduce energy consumption.
Energy InsightsConduct your own home energy audit by identifying the number of electronic devices plugged in, learn of your household's energy source and fuel mix, and be shown how to advocate for more renewable energy in their communities.
Renewable EnergyUniversity Operations is committed to reducing emissions wherever possible. The campus is currently home to photovoltaics, solar thermal systems, and a wind turbine.
ClimateEnergy use is a major contributor to the University's greenhouse gas emissions. Learn more about our emissions and our climate neutrality goals from our Sustainability Strategic Plan.
Energy ChallengeThe annual, month-long competition encourages campus residents to identify areas to improve energy efficiency and resource conservation in their residence halls and to share those ideas with our Facilities and Utilities departments.
- Emissions FactorsElectricity: 0.0002905828 MT eCO2/kWhNatural Gas for Stationary Combustion (heating): 0.0531667 MT eCO2/MMBtu
