1.
Charging system output too low.
充电系统输出过低。
2.
The DC system is normally supplied from a battery charger system, which is supplied from the low voltage AC system.
直流系统通常由蓄电池充电系统供电,蓄电池充电系统由低压交流系统供电。
3.
REPAIR BATTERY OR CHARGING SYSTEM PROBLEM AS NECESSARY.
对电池或充电系统进行必要的维修。＊
4.
The Design and Realization of Charging System for Electric Vehicle;
电动汽车车载充电系统的设计与实现
5.
The Soft-Switching of High-Frequency DC Charger System;
高频直流电源充电系统的软开关实现
6.
The Research of Lead-Acid Battery Recharge System Used on Hybrid Electric Vehicle;
HEV车载铅酸蓄电池快速充电系统研究
7.
The application of PLC in the Charging System of Cadmium Nickel Battery;
PLC在镍镉电池充电系统中的应用
8.
Intelligent Cellphone Battery Charge System Based on Singlechip;
基于单片机的智能手机电池充电系统
9.
Research to the Charge System and Its Controller for Electric Vehicles
电动汽车充电系统及其控制器的研究
10.
Design of Charging System for Super Capacitor Hybrid Electrical Vehicle
超级电容混合动力汽车充电系统研制
11.
Design of Charge System for Lithium Battery Pack Based on TMS320LF2407A
基于TMS320LF2407A的动力锂电池组充电系统设计
12.
The Study and Design of Charging System in Charging Station Utilizing Electrical Energy and Solar Energy
利用电能和太阳能的充电站充电系统的研究设计
13.
Electromagnetic compatibility and disturbance restraining of electrical vehicle charging systems
电动汽车充电系统电磁兼容与干扰抑制研究
14.
Research of quick charger for electric powered automobile based on C/OS-Ⅱ
基于C/OS-Ⅱ电动汽车电池快速充电系统的研究
15.
Design and Simulation on Excitation System of 710KW Charging Generator;
710KW充电发电机励磁系统的设计与仿真
16.
Study of the Intelligent Charge/Protection System for Locomotive Battery;
机车电池智能充电/保护系统的研究
17.
Research on System of Intelligentual Switched Charge and Discharge for Storage Battery;
开关型智能蓄电池充放电系统的研究
18.
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