模拟7000千克级的柴油混合动力电动汽车排放

模拟7000千克级的柴油混合动力电动汽车排放(中文4000字,英文2500字)
机械与汽车工程系，Induk University，汉城139-749，韩国
汽车工程系，群山国立大学，全北573-701，韩国
汽车工程系，Daegu Mirae College大学，庆北712-716，韩国
机械与航空系工程，加州大学戴维斯分校，加州95616，美国
摘要：混合动力是同时装备两种动力源，即内燃机的热动力源与电动机、蓄电池组合的点动力源。这两种技术结合起来，可以降低燃油消耗和废气排放。本文阐述了应用于柴油机卡车或货车车辆上的混合电动车（HEVs）概念。来自于先进的车辆模拟器（ADVISOR）模拟仿真的结果表明车辆所需的动力可以被适当地分配给内燃机和电动机。仿真也能够证实这种技术对于驱动方面的改进也是非常有效的；此外，这种技术适用于混合电动力车辆，有利于改善燃料经济性和低排放。
关键词：中央商务驾驶巴士时间表（CBDBUS），高速公路燃油经济性测试驾驶循环（FWFET）, 串联式混合动力电动汽车（SHEV），并联混合动力电动汽车（PHEV）

附录A: 英文资料

EMISSONS SIMULATION IN A 7000 KG-GRADE DIESEL HYBRID ELECTRIC VEHICLE
S.B.HAN, Y.H.CHANG, E.Y.LEE, Y.J.CHUNG and B.SUH
Department of Mechanical & Automotive Engineering ,Induk University ，Seoul 139-749，Korea
Department of Economics，Kunsan National University ，Jeonbuk 573-701，Korea
Department of Automotive Engineering，Daegu Mirae College, Gyeongbuk 712-716，Korea
Department of Mechanical & Aeronautical Engineering ，University of Califomia Davis, CA 95616，USA
(received 5 November 2008；revised 14 June 2009)
ABSTRACT-Hybrids combine a combustion engine with an electric motor and battery. The two technologies can be combined to reduce fuel consumption and exhaust emissions. This paper presents the concept of hybrid electric vehicles（HEVs）applied to truck or van vehicles with diesel engines. The simulation results from the advanced vehicles simulator（ADVISOR）demonstrate that the required power may be properly shared between the internal combustion engine and electric motor. The simulation can also be used to prove that the technique is useful for improvements in driving performance ；additionally，the technique is suitable for hybrid electric vehicles，allowing for good fuel economy and low emissions performance.
KEY WORDS: Central business driving bus schedule（CBDBUS），High way fuel economy test driving cycle（FWFET），Series hybrid electric vehicle，parallel hybrid electric vehicle