Medium and Heavy Duty Hybrid Truck Feasibility Study

Contract Number
95002
MSRC Award
$239,905.00
Project Background

The contractor's objective was to determine if substantial reductions in air pollution from mobile sources can be achieved by adopting hybrid-electric drive systems as opposed to conventional diesel engines. The study helped establish "proof of concept" status for the hybrid application to large trucks.

Emission Tons CO Annual
0.00
Emission Tons CO Total
0.00
Emission Tons NOX Annual
0.00
Emission Tons PM Annual
0.00
Emission Tons PM Total
0.00
Emission Tons Rog Annual
0.00
Emission Tons Rog Total
0.00
Project Cost Description

322260.00

Project Implementation

There are no geographic limitations to this study. Trucks are driven everywhere in the country.

Project Results Description

Existing diesel engines generate approximately 13 grams of NOx per vehicle mile traveled. Hybrid electric vehicles utilizing Compressed Natural Gas (CNG) or liquefied natural gas (LNG) have the potential to reduce NOx emissions to a level of 4-5 grams per mile. The emission reductions are exponentially increased by the substitution of hybrid electric vehicles for diesel.

Project Status Description

System requirement document, trade studies, cost benefit analysis, concept definition, schedule/risk analysis, performance/emission analysis report, and a commercialization plan.

Project Year
1998
Summary Approved
No
Total Project Cost
$322,260.00
Co Funding Amount
$0.00
Project Category
Contractor Address
4909 Murphy Canyon Road, Suite 330
Contractor Agency
ISE Research
Contractor City
San Diego
Contractor Contact
David Mazaika
Contractor Country
United States of America
Contractor State
CA
Contractor Phone
Contractor ID
95002
Contractor Zip
92123
Co Participants
Kenworth Truck Company, University of California - Riverside (UCR), Motive Power, Inc., Pinnacle Research Institute (withdrew), Alturdyne, Inc., Clean Air Partners, NGV Ecotrans, Baytech, and Crown Disposal.
Final Approval Date
Final Report Approved
No