Advanced Automotive Technology: Visions of a Super-Efficient Family Car
TABLE A-3: Engine and Accessory Weights (lbs) I Ford Taurus 3.OL Toyota Corolla 1.5L Base engine^444264 Accessoriesa 34 26 Elect ...
TABLE A-4: Equations for Deriving HEV Weight 1) Engine operates at optimal bsfc only. MHEV + Payload = MBZ + Payload + 1.4 MBA~ ...
TABLE A-5: Energy Use for a Current (1995) Mid-size Car Converted to an HEV (kWh) Urban Tractive energy 0.201 Motor output 0.214 ...
NOTE: Numbers indicate urban energy distribution. Numbers in parentheses indicate highway energy distribution. SOURCE: Partnersh ...
(4,308-391) SOURCE: M. Ross and W. Wu, “Fuel Economy of a Hybrid Car Based on a Buffered Fuel-Engine Operating at its Optimal Po ...
2.93 2.68 2.43 2.26 Final drive ratio 4- speed transmission performance vs economy ...
13 12 11 10 9 Vehicle performance (0-60 mph in seconds) SOURCE: Energy and Environmental Analysis, Inc.,“Automotive Technologies ...
1.0 0.5 0 1 2 3 4 5 SOURCE: Energy and Environmental Analysis, Inc.,“Automotive Technologies to Improve Fuel Economy to 2015,” p ...
APPENDIX B: Methodology: Technology Price Estimates In this report, the Office of Technology Assessment (OTA) has estimated the ...
I producers, or they can increase unit profits by charging the same as their less-efficient competitors. In reality, the auto ma ...
The methodology uses a three-tier structure of cost allocation. A specific component, such as a new piston or a turbocharger, is ...
Plant capacity is 350,000 units a year, a “representative average” for automotive body-related technologies. Atypical model life ...
TABLE B-1: Costing Methodolo~ Tier I Supplier/Division Cost Tier II Automanufacturer Cost Tier III Retail Price Equivalent = Not ...
TABLE B-2: Methodology to Convert Variable and Fixed Cost to RPE . Supplier cost to manufacturers =A . Total manufacturer invest ...
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