电动客车的关键技术包括动力系统、整车车身结构设计与分析、整车控制和能量管理系统等。
Key technologies of electric vehicle include power system, vehicle body structure design and analysis, overall vehicle control and energy management system etc.
在研究与掌握ADVIS OR车辆仿真系统结构组成的基础上，对该系统进行了二次开发，建立了该仿真系统不具备的某特定车型的混合动力系统仿真模型及其控制器模型。
The advanced vehicle simulation software ADVISOR is redeveloped for setting up the simulation models for a specific hybrid electric vehicle and its controller, which was not available in ADVISOR.
这种动力系统是以较低的成本通过对传统传动系统进行较简单的改造来实现混联式结构，并达到与传统混联式相当的多能源优化控制效果。
With a few changes on the traditional drive train and low cost, the efficiency of this propulsion system can reach the efficiency of multi-energy management of the combined hybrids.
这种动力系统是以较低的成本通过对传统传动系统进行较简单的改造来实现混联式结构，并达到与传统混联式相当的多能源优化控制效果。
With a few changes on the traditional drive train and low cost, the efficiency of this propulsion system can reach the efficiency of multi-energy management of the combined hybrids.
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