Schools, Colleges and Universities
Resources for Schools
There are many resources to help schools interested in learning more about how they can participate in wind energy.
While every situation is different, one of the best things a school interested in wind can do is learn about what other schools have done, especially schools in their area. You can find pre-sorted search of school wind project case studies from our larger project database here.
You can find a pre-sorted list of resources specifically for schools (from our larger resource database) by clicking here, but keep in mind that school wind projects are simply community wind projects so our collection of resources for community wind projects will be helpful as well.
Wind Powering America's "Schools" Web Page
Wind Powering America (a program of the U.S. Dept. of Energy) has a page of resources for schools interested in wind energy at http://www.eere.energy.gov/windandhydro/windpoweringamerica/schools.asp
Resouces on this page include:
Electricity from Wind: A New Lesson for Schools
This MS Word document from the Wind Powering America program describes how schools are harnessing the wind.
America's Schools Use Wind Energy to Further Their Goals
This brief fact sheet from NREL lists school wind energy activities by state.
Macalester College, St. Paul, MN: Community Wind Project
Macalester College in St. Paul, MN installed a 10kW machine on its urban campus in 2003.
University of Minnesota, Morris: Community Wind Project
The Univeristy of Minnesota, Morris has a utility scale turbine. Learn more on the U of M website or from this fact sheet from the University.
Carleton College, Northfield, MN: Community Wind Project
Carleton College installed the first college owned commercial scale wind turbine in the country in September 2004. The 1.65 MW turbine offsets approximately 40% of the campus' electricity use.
Read Windustry's case study in our Summer 2006 Newsletter.
Pipestone-Jasper School District, Pipestone, MN: Community Wind Project
This school installed a 750kW turbine in late 2003. Read more about the project in this case study from the Clean Energy Resource Teams.

