Studebaker Elementary School and McCombs Middle School in Des Moines, Iowa, Among Top 10 Energy Saving Schools in the U. S.

Teams from more than 3,000 buildings across the country spent the past year competing to obtain the greatest reduction in energy use.

(Lenexa, Kan., April 17, 2014) - EPA Region 7 announced today that Studebaker Elementary School and McCombs Middle School in the Des Moines Public School Schools (DMPS) finished seventh and eighth, respectively, in the annual Energy Star National Building Competition: Battle of the Buildings. Teams from more than 3,000 buildings across the country spent the past year competing to obtain the greatest reduction in energy use.


Studebaker Elementary, built in 1965, saved 31.9 percent in energy use during the 2013 calendar year, translating to a savings of 77 metric tons in greenhouse gases and an estimated more than $14,000 in energy costs. McCombs Middle School was built in 1973 and saved 29.7 percent in energy use with 138 metric tons of greenhouse gases savings and an estimated $46,700 in energy cost savings during 2013.

Together, competitors in this year's National Building Competition saved more than $20 million and reduced greenhouse gas emissions by more than 130,000 metric tons — equal to the annual electricity use of nearly 18,000 homes. Many organizations used the competition to involve people — such as staff and students — who might not ordinarily be engaged in such efforts.

The fourth annual Energy Star National Building Competition measured energy performance for the entire 2013 calendar year. Competitors tracked their buildings' monthly energy consumption using EPA's online energy tracking tool, Energy Star Portfolio Manager. The energy use reductions for each top finisher were verified by an independently licensed professional engineer or registered architect at the end of the competition.

More information on the Energy Star National Building Competition, including top overall finishers and top finishers by building category, an interactive map of competitors, and a wrap-up report: http://www.energystar.gov/BattleOfTheBuildings

Featured Product

Panasonic - The HIT® high performance advantage

Panasonic - The HIT® high performance advantage

Heterojunction technology minimizes electron loss - Thin amorphous silicon layers reduce electron carrier loss to minimal levels. The result is a remarkably high-efficiency solar cell that produces Greater long-term energy output. Innovative pyramid structure absorbs more sunlight - A uniquely effective pyramid structure optimizes sunlight capture. By reducing outward reflection and directing sun rays inward to the cell, HIT absorbs more sunlight and generates more electricity for your home. Dual-sided cells multiply energy output - Advanced bifacial cells work in concert with the pyramid structure to multiply solar power output exponentially. Available sunlight is captured from both sides of the panel, converting more sunlight into electricity.