因此，本文研究了电池管理系统的类型和基本功能，基于水平铅布电池设计了一种模块化的电池管理系统(BMS)。
So, this paper studies the types and basic functions of the BMS, designs a modular BMS based on the horizon lead-acid batteries.
每个电池模块单独配备一套电子管理系统来优化充电和放电的速度。
Each module is fitted with its own, personal electronic management system to optimise its charging and discharging rates.
在软件设计中编写了各个模块的程序，从而实现了电池管理系统的主要功能。
In the software design, programme of each module was compiled, to achieve the main function of the battery management system.
支护设计的热管理系统-设计所有的组件和子系统，使得电池模块是在适当的温度维持。
Support design of the thermal management system - design all components and sub-systems such that the battery modules are maintained at the proper temperature.
根据动力电池组在电传动车辆上的使用要求，利用总线通讯技术，设计出电池组分布式管理系统，由一个电池组综合管理器和多个电池单体检测模块组成。
According to the application request of traction battery pack which is used in electric transmission vehicle, a dispersed management system for battery pack was designed by way of bus communication.
本文对系统中的各个模块作了说明和分析，并着重讲述了电池组管理系统的作用和实现方法。
A variety of modules are introduced and analysed in this paper, emphasize narrates the functions and the way to achieved of managed system of batteries.
本文对系统中的各个模块作了说明和分析，并着重讲述了电池组管理系统的作用和实现方法。
A variety of modules are introduced and analysed in this paper, emphasize narrates the functions and the way to achieved of managed system of batteries.
应用推荐