Eaton Corp. recently entered into a five-year agreement with Western Michigan University (WMU) to invest in and jointly staff a 1,000-square-foot testing lab to focus on hybrid drive systems for commercial and military vehicles.
A memorandum of understanding, finalized in late December, calls for Eaton to invest $350,000 for lab startup, and then about $300,000 annually to maintain the facility at the College of Engineering and Applied Sciences on WMU’s Parkview Campus. Research at the lab will involve Eaton’s hybrid electric drive business group and WMU researchers in the University’s Center for Advanced Vehicle Design and Simulation—CAViDS.
The lab, which is expected to be up and running by June, will be used to evaluate electric motors and other critical components and to test batteries and develop power electronics equipment. It will be staffed by both Eaton engineers and WMU student interns who will be taught how to operate the test equipment and analyze results. WMU also will provide faculty advisors and technicians.
According to Dr. William Liou, professor of mechanical engineering and director of WMU’s CAViDS, the focus of the new Eaton/WMU lab will be on systems integration.
Both Liou and Eaton officials say one goal of the new partnership is to attract other partners into joint research ventures. Such ventures would be aimed at hybrid research and testing that would lead to hybrid innovations that could be applied to both commercial and military vehicles.
News of the Eaton/WMU lab development came during the same week as news that Eaton is receiving $2 million in federal funding for research and development work aimed at building better military vehicles. That hybrid hydraulic drive work also involves collaboration with WMU’s CAViDS. The Department of Defense award was part of spending bill passed by Congress in late December.
Eaton’s hybrid electric, plug-in hybrid electric and two hybrid hydraulic power systems, parallel and series, are available or in development on truck models including International, Peterbilt, Kenworth, Freightliner, Iveco, DAF, Daimler, and Ford and on bus models from Foton, Zhongtong, Yutong, JNP, King Long, Shen Long, Heng Tong, BCI and Solaris. Eaton hybrid power systems have accumulated more than 30 million miles of road-tested service around the world.
Launched in 2006, CAViDS was formed at WMU to provide breakthrough applied computer simulation technology and knowledge to the vehicle industry in the area of vehicle design and analysis. Eaton is a charter member of the CAViDS consortium, along with Dana Corp.; L-3 Communications; MANN+HUMMEL USA; the US Army Tank-Automotive Research, Development and Engineering Center in Warren, Mich.,(TARDEC); and Oak Ridge National Laboratory.
One of CAViDS’ initial efforts was a research initiative funded by $1 million from the US Department of Defense to improve the design and reliability of military vehicles—looking heavily at dual use technology that could improve military vehicles and be adapted to domestic vehicle production.