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Revolving Energy Fund & Energy Conservation

Energy conservation measures are a part of the university’s demand-side energy management strategy to achieve its carbon neutrality goals.

An energy conservation measure (ECM) reduces the energy consumption of a particular piece of equipment or a certain aspect of essential building services to reduce overall building energy use.

Demand-side energy management encompasses various methods for modifying consumer energy use. These include technological improvements, financial incentives, operational efficiency, and behavior change.

Prioritizing investments in ECMs is important because:

  1. The easiest way to conserve energy is to not use it in the first place;
  2. Reducing energy consumption lowers operating costs and carbon emissions; and
  3. Energy conservation reduces the amount of renewable energy that the university needs to generate and procure to achieve carbon neutrality.

ECMs help to reduce both U-M’s Scope 1 and Scope 2 emissions.

Three circles with arrow between them showing a cycle. The circles say: Revolving Energy Fund, Energy Conservation Measure (ECM) Projects, and Annual Energy Cost Savings

Investments in easy-to-implement ECM projects

To support ECM projects across all U-M campuses (Ann Arbor, Dearborn, Flint) and auxiliary units (Athletics, Michigan Medicine, and Student Life), U-M has established a university-wide revolving energy fund (REF). The REF has $25 million in seed funding to be dispersed over the next five years toward ECM project costs. Its establishment was one of 50 recommendations put forth by the President’s Commission on Carbon Neutrality (PCCN).

revolving energy fund (REF) is an internal investment vehicle that provides financing to parties within an organization for implementing energy conservation measure (ECM) projects that generate cost savings. The savings are paid back over time to replenish the fund and support future energy conservation projects, thus establishing a sustainable funding cycle while cutting operational costs and reducing environmental impact.

Two people standing in a room looking at overhead lighting
The revolving energy fund expands energy conservation efforts, such as efficient lighting.

More than 60 projects have been completed, selected for funding, or are in progress across the Ann Arbor, Dearborn and Flint campuses.

Projects include:

  • LED lighting upgrades on the Ann Arbor campus, including at Angell and Tisch Halls, Brehm Tower, Buhl Building, GG Brown Building, Couzens Hall, Dow Building, Duderstadt Center, East Hall, East Quad, Engineering Research Building II, Francois-Xavier Bagnoud Building, Gerstacker Building, Hatcher Library North and South, Housing Parking Lots, Institute for Social Research, Lorch Hall, Literature Science and Arts Building, Mason Hall, Michigan Memorial Phoenix Project Lab, Modern Languages Building, Munger Graduate Residences, North Campus Research Complex, Nuclear Engineering Laboratories, Perry Building, Randall Laboratory, Rogel Cancer Center, School of Public Health I and II, Shapiro Library, Tappan Hall and Undergraduate Sciences Building
  • LED lighting upgrades at the UM-Flint William R. Murchie Science Building and Riverfront Residence Hall
  • LED lighting upgrades at U-M Dearborn, at the Administration Building, College of Arts Sciences and Letters, Computer and Information Science Building, Field House and Wellness Center, Heinz Prechter Engineering Complex, Institute for Advanced Vehicle Systems, Mardigian Library, Natural Sciences Building South, Professional Education Center, Science Learning and Research Center, Social Sciences Building and University Center
  • Pump upgrades at East Hall and the North University Building

Learn more about the Ann Arbor campus projects from the U-M Ann Arbor Office of Campus Sustainability (OCS). In addition to the revolving energy fund projects, OCS continues its energy conservation work, building on efforts dating back to the establishment of the first U-M energy engineer role in 1990.

Building Standards

Building on work from the PCCN that analyzed the nexus between carbon neutrality and building standards, a U-M implemented new low-carbon standards for new construction and major renovations. These standards will reduce life-cycle carbon emissions and improve energy efficiency in campus buildings, innovating beyond existing guidelines, such as ASHRAE +30 and LEED Silver.

AEC applies sustainable design standards to construction projects. Nineteen U-M buildings have achieved LEED certification for maximizing energy efficiency and incorporating other sustainability measures.