“GreenSpeed” is the 1st UVM hybrid
racing car created by a team of energetic UVM students from the
University of Vermont College of Engineering and Mathematical
Sciences new student organization called Alternative Energy
Racing Organization (AERO). The UVM AERO made its inaugural participation in the International Formula Hybrid Competition with other teams from as far away as Russia, Canada and Taiwan at the New Hampshire International Speedway in Loudon, NH May 5-7, 2008, and has received Second Place in Technical Design (behind Embry-Riddle) as well as awards for: Best
Hybrid-in-Progress “Congratulations to our UVM AERO team who have
created possibilities for both engineering and non-engineering
students to explore new technology applications”, says Domenico
Grasso, Dean of the
“This new hybrid car uses both gas and lithium batteries, and burns gas more efficiently through regenerative braking with a smarter engine that gets more gas joules onto the road,” says Andrew Laing, chair of IEEE and AERO team leader. The car, sporting Hosier racing wheels and Weld racing hubs, is really two cars in one! Hard work The team worked in earnest since January welding and building the chasis. “One of the most exciting moments was when the hybrid intellectual property connection of gas motor joined with the hybrid drive system,” says Laing. “The culmination of our team’s hard work occurred when the engine started -- it was just incredible!” This was not strictly an engineering challenge, but included managing time, funds, and participants. UVM AERO promotes Green Technologies and advocates for research and development of alternative energy systems for mobility engineering. The AERO Constitution states: “The purpose of AERO shall be to mitigate the environmental and political detriments of traditional energy systems by research, development, and advocacy of alternative energy systems useful for mobility engineering.” The UVM hybrid car is designed to run on gas as well as electric with a small 250 cc four cycle dirt bike engine along with a powerful electric motor. Dr. Matthew Pointer, a UVM lung specialist and racing enthusiast, says, “Dirty engines have a negative impact on human health. Hybrid vehicles could change the air quality surrounding racing.” The
2008
competition held May 5-7, 2008 at the New Hampshire Motor
Speedway, California Polytechnic State University- SLO, Dartmouth College, Drexel University, Embry-Riddle Aerio University Daytona Beach, Florida Institute of Technology, Illinois Institute of Technology, MADI State Technical University, McGill University, National Chiao Tung University, Taiwan; North Carolina State University- Raleigh, Tufts University, University of California, Irvine, University of Wisconsin- Madison, Yale University. SAE Formula Hybrid Competition The SAE Formula Hybrid Competition challenges undergraduate and graduate college and university students to design, build, and compete in an open-wheel, single-seat racecar. Cars must conform to a formula which emphasizes drive train innovation and fuel efficiency in a high-performance application. Formula Hybrid builds on the Formula SAE Program and takes it to the next level by adding a new layer of complexity and an additional technical challenge. Typical SAE cars are small and light with high performance motorcycle engines that run at 100 miles an hour, and can go to 60 mph in 3-4 seconds.
2006 Hybrid Vehicle, Thayer
The Beginning Project GreenSpeed began when Doug
Fraser, director of the Formula Hybrid Project from Thayer School of
Engineering at
Technical Assistant: Sponsorships and donations for the UVM
Hybrid Car The UVM AERO’s cost is currently approximately $30,000 which has been made possible by generous donations from a variety of sponsors. Financial Support: APR (Anderson Power Products), Mr. Ronald Brand, CTS Corporation, Hazelett Strip-Casting, IEEE Green Mountain Section, ITherm Technologies, MicroStrain, PowerStream Technology, Tyco Electronics, Vermont Space Grant Consortium, UVM College of Engineering and Mathematical Sciences, and the UVM Transportation Center. Individual donors: Carrie and Nathan Stahler, Charles Lohe, James C. Iatridis, Jeff Frolik, Karyn Roberts and Saiyid Abu Rizvi. In-Kind Support: Clarkson University, Capitol Steel, Hazelett Stri-Casting, Midtown Machine & Tool Supply Company, NSA Industries, Lyndon, VT, Omron, Tri-Angel MetalFab, and the UVM Instrumentation and Model Facility (IMF). Technical Support: eVermont, iTherm Technologies, and SBElectronics. Dawn Densmore, Director, Outreach & Public
Relations
University of Vermont
For more information, please contact Laurel Zeno:
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