Development of a hybrid electric racing car
Stéphane Lambert, Steven J. Maggs, P. Faithfull, A. Vinsome
Abstract
Stéphane Lambert, Steven J. Maggs, P. Faithfull, A. Vinsome
Abstract
A common by-product of vehicle hybridisation is increased drive torque and maximum acceleration. This allows the internal combustion engine (ICE) to be downsized, thus reducing fuel consumption. As a result, the public perceive hybrid vehicles to trade power and speed against fuel economy. The objective of the project is to investigate how a hybrid drivetrain can be primarily designed to aid acceleration and performance in lightweight sports cars. This paper documents the simulation and development of such a hybrid electric drivetrain for circuit racing purposes. (5 pages)
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A common by-product of vehicle hybridisation is increased drive torque and maximum acceleration. This allows the internal combustion engine (ICE) to be downsized, thus reducing fuel consumption. As a result, the public perceive hybrid vehicles to trade power and speed against fuel economy. The objective of the project is to investigate how a hybrid drivetrain can be primarily designed to aid acceleration and performance in lightweight sports cars. This paper documents the simulation and development of such a hybrid electric drivetrain for circuit racing purposes. (5 pages)
Key concepts: Drivetrain, Automotive engineering, Fuel efficiency, Hybrid vehicle, Acceleration, Internal combustion engine, Torque, Electric motor