A Tool for Vehicle Electrical Storage System Sizing and Modelling for System Simulation

Vehicle Power and Propulsion Conference(2014)

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摘要
A tool for battery system virtual prototyping based on an empirical model and a database has been developed. Battery cell characteristics are gathered and correlated with specific scaling laws, then used to build a battery pack meeting a set of target requirements. The corresponding pack model is then created to be used in a system simulation platform to evaluate the vehicle behavior with prototyped virtual battery pack. The methodology has been applied and validated in two test cases: Li-ion cell sizing and EV pack sizing.
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关键词
battery powered vehicles,power engineering computing,secondary cells,sizing (materials processing),virtual prototyping,ev pack sizing,battery cell characteristics,battery pack model,battery system virtual prototyping,empirical model,lithium-ion cell sizing,specific scaling laws,system simulation platform,target requirements,vehicle behavior evaluation,vehicle electrical storage system modelling,vehicle electrical storage system sizing,system on chip,resistance,databases,computer architecture
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