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STACProject Information CenterMulti-fleet Demonstration of Hydraulic Regenerative Braking Technology in Refuse Truck ApplicationsThis project demonstrates the use of an innovative technology called hydraulic regenerative braking (HRB) in a heavy-duty vehicle application. In particular, the project involves the development of HRB system specifications, installation of the prototype HRB systems on refuse trucks, and in-use fleet demonstration in refuse truck fleets in New York City and Baltimore. HRB technology significantly reduces fuel consumption, emissions, and brake maintenance while at the same time improves vehicle performance. The project involves a long-term field demonstration of HRB technology in two refuse truck fleet applications with data collection on real-world performance, efficiency, emissions, maintenance, and cost in accordance with standardized testing procedures. During braking, this technology recuperates a vehicle's kinetic energy that is otherwise lost as heat generated by friction brakes. This is accomplished by integrating a hydraulic pump/motor along with hydraulic accumulators into the vehicle's driveline. The recovered energy is stored in the accumulators as compressed gas and later used for assistance in propelling the vehicle. This technology is most effective in urban "stop and go" applications of heavy-duty vehicles. Contact:NYSERDA Partners:Maryland Energy Administration Maryland Department of the Environment New Jersey Board of Public Utilities Shurepower, LLC New West Technologies, LLC Parker Hannfin Corp. Autocar, LLC City of New York Department of Sanitation City of Baltimore, Department of Public Works, Bureau of Solid Waste Cost:Total project cost: $1,435,626 Statement of Work and StatusQuarterly ReportsBelow are the quarterly reports as provided by the project to STAC, excluding some non-substantive and financial information. All available reports are listed below. |
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© 2006 State Technologies Advancement Collaborative Send comments, Questions or Suggestions to: mnew@naseo.org Last Updated: 05/01/08 |
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