Publisher : The Korean Society of Automotive Engineers
DOI : 10.7467/KSAE.2016.24.3.330
Title & Authors
Component Sizing for Development of Novel PHEV System Lee, Heeyun; Kang, Changbeom; Kim, Jinseong; Cha, Suk Won; Park, Yeong-il;
In this paper, component sizing and analysis of the novel plug-in hybrid electric vehicle powertrain configuration is conducted. Newly proposed powertrain configuration in prior study has an internal combustion engine and two electric motors. To optimize component size of the vehicle system and reduction gear ratio, component sizing methodology is proposed and conducted. Required power for vehicle's dynamic performance is calculated to decide minimum power requirement of powertrain component combination. Component size of engine and electric motor are optimized using vehicle simulation to maximize fuel economy performance. Optimized powertrain configuration and vehicle simulation results present validation of newly proposed vehicle system.
Plug-in hybrid electric vehicle;Component sizing;Backward simulation;Dynamic programming;Fuel efficiency;
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