Introduces a new battery charging system designed for hydroelectric power generation stations, with descriptions on its installation specification, circuit design, charging curve, etc.
本文介绍新研制的水电站蓄电池充电装置的原理，线路设计及充电曲线等。
Because of the complexity of battery model, intellectualized equilibrium charging system is brought. forward.
基于电池系统模型的复杂性，提出了均衡充电智能控制。
This article briefly introduces the motor, energy converter, electronic controller and the battery of the electrical driving system of electric vehicle and tells the charging ways of its battery.
本文概述了电动汽车电力驱动系统中电动机、能量转换器、电子控制器及蓄电池，指出了电动汽车蓄电池的几种充电方式。
If it works with the AC adapter, you have a problem with your battery or charging system.
如果使用交流适配器可以正常工作，则您的电池或充电系统存在故障。
Based on the demand of high accurate current of battery charging and discharging in battery testing system, this paper discussed the application of Kalman filtering arithmetic in it.
针对电池检测系统中对电池充放电电流高精度的要求，论述了卡尔曼滤波算法在电池检测系统中的应用。
In this paper the parameter characteristics of lithium-ion battery charging method of charging principles and a detailed description and made a charger and system architecture design.
本文对锂离子电池的参数特性、充电原理与充电办法进行了详尽的描述，并提出了充电器的设计思想和系统拮构。
Mas characteristic curve intelligent charging strategy is employed in the system to enhance the efficiency of the battery and enlarge its lifetime.
本论文提出基于蓄电池本身特性的马斯特性曲线智能充电策略，提高蓄电池充电效率同时，延长蓄电池使用寿命。
Besides the storage battery charging, it works as a stable 110v auxiliary power supply which provides electric energy to the control system and signal produced circuit.
它除了给机车上的蓄电池充电之外，还给机车提供稳定的110V辅助电源，为控制系统以及信号发生电路供电。
Charging system is designed by using IC with precise control. It is featured with functions of protection from over-charge and short-circuit, which contributes to better protection of the battery.
控制的充电设计，具有过充保护、短路保护等功能，能更有效的保护电池。
The performance of charging and discharging system affects not only the battery performance and life-span, but also the grid's power quality.
充放电装置的性能不仅影响着蓄电池的性能，使用寿命，而且对电网供电质量产生影响。
Tests showed that measurement precision and accuracy of the monitoring unit in aircraft battery smart charging and discharging system can meet the requirements of practical applications.
经过测试表明，航空蓄电池智能充放电系统监控单元在测量精度，以及准确度上都能满足实际应用的要求。
Tests showed that measurement precision and accuracy of the monitoring unit in aircraft battery smart charging and discharging system can meet the requirements of practical applications.
经过测试表明，航空蓄电池智能充放电系统监控单元在测量精度，以及准确度上都能满足实际应用的要求。
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