1.
An equipment of charging 12V integer battery-storages the technique of chargeing the single battery-storage at the same time
12V一体式蓄电池组分只同时均充电机
2.
Study of Charging Balancing System of Batery Based on FPGA&NIOSⅡ;
基于FPGA&NIOSⅡ的电池充电均衡系统研究
3.
Study on the Charging Ununiformity of Impulse Voltage Generators
冲击电压发生器充电不均匀度的研究
4.
Research on the Equilibrium Controlling of Serial Battery Pile Charging and Discharging for Electronic Vehicles;
电动汽车动力电池组串联充放电均衡控制研究
5.
The Experimental Study on Diffluent Equilibrium Controlling of Serial Battery Pile Charging for Electronic Vehicles;
电动车电池组串联充电分流均衡控制实验研究
6.
Design and realization of lithium battery suit charge and discharge equalizer
一种电池组均衡充放电电路的设计与实现
7.
Research of High-power Supply and Current-average Technology
大功率充电电源及其并联均流技术的研究
8.
Automatic Charging Equalization of Battery in Series
大容量电池组串联充电均衡控制方法研究
9.
Design for Symmetrically Charging Management of Storage Battery Based on Single Battery
基于单只电池的蓄电池组均充管理的研制
10.
Theory and experiment verify the method of fast pulse charge.
理论和试验均验证了脉冲快速充电的可行性。
11.
Research and Application on Battery Storage s Intelligent Uniform Charging and Control System Based on Single Battery;
蓄电池组智能分只均充控制系统研究及应用
12.
Design of Battery Management System and Research on Charging Equalization for EV;
电动汽车电池管理系统设计与均衡充电方案研究
13.
Equalization Circuit with Odd and Even Module for Power Li-ion Series-connected Batteries Based on DSP Controller
基于DSP的动力锂离子动力电池奇偶均衡充电电路
14.
Key warder: valve control lead storage battery; charge method; balanced; Circling life.
关键词:阀控式铅酸蓄电池;充电方法;均衡性;循环寿命.
15.
An Intelligent Distributed Embedded Fast Charge Equalization System for Series Connected Battery Strings;
智能分布式嵌入式串联电池组快速均衡充放电控制系统
16.
A Study on Charge/Discharge Characteristic and the Equalization Technique of Electric Vehicle Lead-acid Battery Pack;
汽车动力铅酸电池的充放电特性及均衡管理技术的研究
17.
Simulation and Experimental Investigation of the Charging Ununiformity of Impulse Voltage Generators
冲击电压发生器充电不均匀度的仿真和实验分析
18.
Average usage is defined as the number of recharge cycles.
所谓的「平均使用」，指的是经过相当次数的充放电循环。