CAJ | 학술논문

针对增程式电动汽车动力系统的参数匹配,本文采用增程式电动汽车的工作原理,对增程式电动汽车动力传动系统结构及其动力传动系统参数进行选择和匹配研究,并应用电动汽车仿真软件ADVISOR,建立了整车动力传动系统及关键部件的仿真模型。仿真结果表明,增程式电动汽车的续驶里程比纯电动汽车增加了100 km 以上,相对传统的燃油汽车,燃油消耗率降低50%以上,燃油经济性较好。该研究参数匹配合理,满足样车动力性要求,增程式电动汽车可作为传统汽车与新能源汽车之间的过渡产品而得到推广。
침대증정식전동기차동력계통적삼수필배,본문채용증정식전동기차적공작원리,대증정식전동기차동력전동계통결구급기동력전동계통삼수진행선택화필배연구,병응용전동기차방진연건ADVISOR,건립료정차동력전동계통급관건부건적방진모형。방진결과표명,증정식전동기차적속사리정비순전동기차증가료100 km 이상,상대전통적연유기차,연유소모솔강저50%이상,연유경제성교호。해연구삼수필배합리,만족양차동력성요구,증정식전동기차가작위전통기차여신능원기차지간적과도산품이득도추엄。
According to the power system of Extended-range Electric Vehicle parameters matching,com-bined with the working principle of Extended-range Electric Vehicle,this paper dealt with the Extended-range Electric Vehicle power transmission system structure and power transmission system parameter selection and matching research.By using the electric vehicle simulation software ADVISOR it established a vehicle power transmission system and the key parts of the simulation model.The simulation results show that the Extended-range Electric Vehicle's driving range increases more than 100 km combined with pure electric vehicles.Compared to the conventional fuel cars,specific fuel consumption is reduced by 50%or more.The simulation results show that the parameter matching is reasonable and meets the dynamic re-quirements of dynamic performance.The Extended-range Electric Vehicle can be used as the excessive products between traditional cars and new energy cars,and has potentially wide application.