法拉利公司尽可能让发动机、动力电池和相关电子设备重量减轻，使汽车保持低重心，车内的空间也不会减少。
Ferrari put the motor, batteries and related electronics as low as possible in the car to keep the center of gravity low and preserve interior space.
本文深入地研究燃料电池电动汽车的动力电池管理系统，提出合理的系统设计思想与实现方法。
The paper has deeply studied the traction battery management system of fuel cell electrical vehicle, and the logical design thoughts and realized methods have been put forward.
动力电池与控制器是电动汽车的最关键零部件，其性能优劣直接决定整车性能的优劣。
Power battery and the controller are the most critical components of electric vehicles, so their performance directly determines the performance of vehicle performance.
本文从原理和结构上介绍了应用于电动汽车上的燃料电池、飞轮电池、超大容量电容器和核电池等几种新型动力电池。
The article describes the principle and construction of the new power-cell for electric vehicles, such as fuel cell, flywheel cell, super capacity capacitor and nuclear cell, etc.
电动汽车主要是由动力电池组和驱动电动机组成的电力驱动系统驱动。
Electric vehicles are driven by the electrical systems which include the power batteries and the drive motors.
动力电池是电动汽车的核心部件之一。
作为电动汽车核心技术之一的动力电池及其管理技术也越来越得到人们的重视。
Therefore, as one of electric vehicles' core technology, power battery and its management technology has been paid more attention.
电动汽车的使用对锂离子动力电池组管理系统提出了更高的要求。
With the use of electrical vehicle, higher and higher requirements for the Li-ion power batteries management system are brought forward.
为深入了解锂离子动力电池的充放电特性，评价其在电动汽车上的使用性能，通过不同条件下的试验对两种锂离子动力电池进行了全面性能测试。
To study the characteristics of Li-ion battery and evaluate its usability on electric vehicles (EV), detailed examinations about the performance of Li-ion battery are carried out.
为深入了解锂离子动力电池的充放电特性，评价其在电动汽车上的使用性能，通过不同条件下的试验对两种锂离子动力电池进行了全面性能测试。
To study the characteristics of Li-ion battery and evaluate its usability on electric vehicles (EV), detailed examinations about the performance of Li-ion battery are carried out.
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