Building & Energy
The physical features of the campus present an opportunity to model energy efficiency and decarbonization and operationalize sustainability. Our progress toward a more energy-efficient campus will rely on the university researching best practices and investing in new technology, as well as new systems, in order to achieve our energy goals.
Goal 3 of the Sustainability Plan supports the implementation of sustainable practices in campus operations and services that steward the natural world and support human well-being. The actions below show how critical planning and investments can lead to great outcomes.
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Building & Energy
Energy and Water Metering (3.1.1; 3.12.2)
A campus-wide effort to submeter electricity and water usage in each building on campus began in 2023. We will continue to provide energy and water metering on all building systems to track performance and report usage data.Solar Feasibility Study (3.2.2)
In accordance with the UR Campus Plan, we will undertake a solar feasibility study of campus buildings to identify locations best suited for renewable energy production.Energy Conservation Management Plan (3.3.1)
A strategic energy management plan that identifies, prioritizes, and tracks energy reduction and efficiency opportunities will be formalized.Sustainable Design Standards
While UR has 17 certified green buildings, significant opportunity exists to create a robust set of sustainable design standards for the design, construction, and operation of campus buildings. Currently in development, UR’s internal Sustainable Design Standards aim to provide criteria for best practices with the built environment.Following the Roadmap to Decarbonization
In 2024, the University developed a high-level outline of an energy strategy that will allow us to make major strides toward meeting our carbon neutrality goals. Themes such as strategic energy management, renewable energy, and thermal energy transition. Over the next two years, we will travel toward neutrality using the roadmap with waypoints like testing the feasibility of geo-exchange boreholes, designing for on-site solar power, and integrating a carbon stepdown plan into our design, construction, and maintenance planning.