合肥工业大学学报(自然科学版)
閤肥工業大學學報(自然科學版)
합비공업대학학보(자연과학판)
JOURNAL OF HEFEI UNIVERSITY OF TECHNOLOGY(NATURAL SCIENCE)
2009年
11期
1648-1651
,共4页
张炳力%徐德胜%金朝勇%谈健%徐小东
張炳力%徐德勝%金朝勇%談健%徐小東
장병력%서덕성%금조용%담건%서소동
发动机%起动系统%超级电容
髮動機%起動繫統%超級電容
발동궤%기동계통%초급전용
engine%starting system%ultra-capacitor
为有效提高汽车发动机的起动性能,改善蓄电池的工作状态,文章提出了一种超级电容混合蓄电池的新型汽车起动系统,并对该起动系统的参数匹配方法进行了研究.以某型1.8 L汽油机为例,对起动系统相关参数进行了设计计算,并对2套起动系统进行了对比试验;试验结果表明,新型汽车起动系统有效地提高了汽车的起动性能,延长了蓄电池的使用寿命.
為有效提高汽車髮動機的起動性能,改善蓄電池的工作狀態,文章提齣瞭一種超級電容混閤蓄電池的新型汽車起動繫統,併對該起動繫統的參數匹配方法進行瞭研究.以某型1.8 L汽油機為例,對起動繫統相關參數進行瞭設計計算,併對2套起動繫統進行瞭對比試驗;試驗結果錶明,新型汽車起動繫統有效地提高瞭汽車的起動性能,延長瞭蓄電池的使用壽命.
위유효제고기차발동궤적기동성능,개선축전지적공작상태,문장제출료일충초급전용혼합축전지적신형기차기동계통,병대해기동계통적삼수필배방법진행료연구.이모형1.8 L기유궤위례,대기동계통상관삼수진행료설계계산,병대2투기동계통진행료대비시험;시험결과표명,신형기차기동계통유효지제고료기차적기동성능,연장료축전지적사용수명.
In order to improve the performance of auto start-up and the working conditions of batteries, this paper proposes a new model of motor starting system structure with the ultra-capacitance blended battery, and the parameter matching of this structure is researched. A petrol engine with a capacity of 1. 8 L is taken for an example, and the parameters of the system are designed and calculated. An experiment is made to compare with two starting systems. The experimental results indicate that the new starting system can improve the performance of auto start-up and increase the life of the storage battery.