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Business and Policy Areas
Business and Policy Areas
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Energy

Benchmarking utilities to improve overall energy consumption. The types of fuel used for energy, and the efficiency of heating/cooling systems play a major role in campus sustainability. By evaluating campus energy use, measures can be taken to reduce a large percentage of energy use without major changes to buildings. Work with utility providers to understand and reduce consumption to improve. Further examination of creating all potential renewables is urged (photovoltaic, biomass, geothermal, wind, etc) along with potential for Combine Heat and Power plant. Evaluate the creation and track energy conservation plan, monitor energy management plan, recommission buildings and actively evaluate lighting controls. Verify Energy Star on all equipment and in purchasing.

State solar policy resource: A State-by-State Policy Guide for Midsized Solar Customers

Note: Key Steps for Energy Efficient Program! Click on this link for a great document on critical paths to deliver energy savings!

Posters from the NACUBO Annual Meeting are a great resource for how campuses are advancing energy issues:

  • Arizona State UniversityTempe, Ariz. Solar-powered production in multiple conditions.
  • Bowdoin CollegeBrunswick, Maine A solar project for campus use that is third party financed, built, owned and maintained by SolarCity.
  • Carleton CollegeNorthfield, Minn.Sustainability: energy conservation, clean energy production, waste reduction, student activism, and food procurement.
  • Delaware State UniversityDover, Del.  Energy performance contracting
  • University of UtahSalt Lake City, UtahRooftop solar systems offered at a reduced cost for students, faculty, staff, and alumni at their home residences.
  • University of WisconsinOshkosh, Wis. Dry and wet anaerobic biodigesters; solar and geothermal; learning, living laboratory.
  • Cornell UniversityIthaca, NYClear, concise on process and financials involved  for making carbon neutrality a reality; explains the Energy Conservation Initiative - included in specific costs on funding,  information on cost and expected return on investment  with building automation (great graphic), project highlight on a library mechanical cost and a lamp replacement  cost , climate action plan and the renewal energy projects.
  • University of MiamiCoral Gables, FLProcess flow diagram on execution of efforts with 1) measure and analyze benchmarks, 2) implement technologies and strategies, 3) investment and execution with 4) the program for the future.
  • Vanderbilt University, Nashville, TN Conversion of power plant from coal to natural gas; specific costs and pollutants noted.
  • 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.


KEY FACILITIES SUVERY RESULTS ARE IN FOR 2015-16! 

Results are in for the 2015-16 APPA/NACUBO Key Facilities Metric survey.   How does your Btu or Electrical compare for your campus from year to year? Keep track of these measures to improve.

 Just as leadership can recite pertinent campus facts - cost of tuition, types of academic programs, number of students, etc  - it is critical to know basic facilities data to improve strategic planning; Btu, electrical, water, waste and carbon.  Plan on entering your campus data for the 2015-16 cycle!   Survey opens in Sept and closes the first week of December 2017.  www.appa.org/nacubosurvey17/ These are five key (and relatively simple) elements that come from vendor or utility bills.  (Five questions - enter as many guestions  as possible.)