There are many ways to finance sustainability, campus energy efficiencies, and resilience efforts.
Generally - if energy efficiency projects are funded they tend to reduce utility costs as well as reduce deferred maintenance, increase comfort of users and improve the overall carbon footprint of a campus. Improvements can benefit both the financial as well as the environmental bottom line.
Options include (but are not limited to) direct capital improvements, "green revolving funds", utility or vendor rebates, power purchase agreements, dedicated student fees, endowment loans, specialized loan funds, energy-savings performance contracts, and many other sources.
Some resources are:
U S Dept of Energy has many options on financing:
Higher Education Energy Financing Primer
Financing Energy Projects in Higher Education webinar
On-Demand Webinar: Containing Cost and Risk with Renewables - Power Purchase Agreement Story
Financing Sustainability on Campus (Ebook)
Western Michigan University, Kalamazoo, Mich. Facilities management, project cost and avoidance, Return on Investment (ROI): LED conversion, parking structure LED upgrades, chemistry building lab exhaust and ice arena heat recovery system.
West Chester University, West Chester, Pa. Geothermal initiative - long range plan with components, system performance and financial information.
CalTech Energy Conservation Investment Program (CECIP), Pasadena, CA States the process, criteria and projects and graphs the program financials and results. It is development of a program that combines finance, engineering and operations to implement energy conservation measures without negatively impacting research.
Denison University, Granville, OH Green Revolving Fund - definition, initiatives, specifics example of financial investment and return on building improvements.
McLennan Community College, Waco, TX Reduction in cost of electrical, water and gas from 2008 to 2014 - good graph highlighting dynamic improvement due to projects and staff training.
North Carolina State University, Raleigh, NC Combined heat and power plant describes how consolidated plant provided reliable emergency power, financial advantage, provided fuel and technology flexibility, removed deferred maintenance and created savings in two years. Also included on the poster is the email/phone/name contact info for the National Technical Assistance Partnership (TAP) for all seven regions in the U.S.
Western Michigan University, Kalamazoo, MI Green revolving fund history - clear graphics from 1980 on reducing costs with investment and average annual return on investment - Official joining 2012 Billion Dollar Green Challenge with graphics clearly identifying the need, process and savings on investment and ROI.
Bowdoin College, Brunswick, Maine A solar project for campus use that is third party financed, built, owned and maintained by SolarCity.
Delaware State University, Dover, Del. Energy performance contracting
For information on these posters, contacts at these impressive institutions or other - just contact - Sally Grans Korsh, Director of Faculties Management and Environmental Policy 202-861-2571, firstname.lastname@example.org
On Demand - Web Series - Free to Members!
Expanding Financial Leadership Series: Facilities, Energy Efficiency Sustainability AND Deferred maintenance
In the web series Expanding Financial Leadership: Facilities, Energy Efficiency and Sustainability there are now five 30-minute videos that will inform participants on how to expand their knowledge base to create a conceptual facilities framework that can impact their campuses for years to come. Videos in the series include:Expanding Financial Leadership: Facilities, Energy Efficiency and SustainabilityTurning Deferred Maintenance Challenges into Savings(January 2016)Bending the Defrred Maintenance Curve - Value of Whole Building Energy Retrofits (December 2016)