Energy Conservation at Macalester
Starting with FY 2015-2016, Macalester College has set a goal of a 3% reduction in overall energy consumption per year, with a cumulative goal of a 15% reduction in energy used in the following five year period. FY 2014-2015 was selected as the baseline period for measuring progress toward the consumption targets. In order to achieve these goals Macalester has increased its ongoing energy conservation efforts via the creation of a new energy manager position, participation in Xcel Energy’s Commercial Energy Efficiency Program, implementation of additional lighting efficiency and control projects, upgrades to the campus building automation system, and the deployment of other new technologies.
Annual Energy Reports
Facilities Services annually reports consumption and cost data for the natural gas, fuel oil, electricity, and water consumed on Macalester’s campus.
- Annual Energy Report 2017-2018
- Annual Energy Report 2016-2017
- Annual Energy Report 2015-2016
- Annual Energy Report 2014-2015
- Annual Energy Report 2012-2013
- Annual Energy Report 2011-2012
- Annual Energy Report 2010-2011
- Annual Energy Report 2009-2010
- Annual Energy Report 2008-2009
- Annual Energy Report 2007-2008
Please contact Mike Pumroy at firstname.lastname@example.org if data from previous years is needed.
Energy Conservation Projects
Macalester College has made sizable investments in past & ongoing energy conservation projects, and in 2016 started tracking the expected energy savings from these efforts using the GRITS (Green Revolving Investment Tracking System), which is an initiative of the Sustainable Investments Institute. The table below shows the savings expected to be derived from investments made in energy and water conservation projects implemented to date.
Submeter Installation Project
The Facilities Services Department has partnered with Macalester College’s Sustainability Office and Mamac systems to install submeters on the electrical services serving the College’s major buildings. The data derived from the meters is used to identify buildings with the potential for energy conservation projects as well as to verify that the energy savings expected from completed projects was actually realized. After installation of the electrical submeters has been completed additional meters will be connected to condensate meters across campus.