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battery charging
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  蓄电池充电
     Base on the existing disadvantages of the conventional charging method for the mine battery charging device, the paper provided a charging current control plan with a fuzzy control ideal.
     针对矿用蓄电池充电装置常规充电方法存在的缺陷 ,提出了基于模糊控制思想的充电电流控制方案。
短句来源
     The Maintainance of the Battery Charging System of JAWA Motorcycle
     JAWA摩托车蓄电池充电系统的保养
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     The author's attempt in this dissertation is by utilizing the technical advances and newest fruits in power electronics, pattern recgnition and parameter identification, artificial intelligence, and DSP application to study the problem of multi-aim optimization, striving for a high-efficiency, fast and damage-free approach of lead-acid battery charging.
     作者在论文工作中试图利用现代电力电子技术、模式识别和参数辨识、人工智能和DSP应用等领域中的技术进展和最新成果,探索铅酸蓄电池充电过程的多目标优化问题,力求形成高效、快速、无损的铅酸蓄电池优化充电思想和技术方案。
短句来源
     In this paper,a kind of high-power battery charging device equipped with 80C196KB single-chip computer has been introduced. Meanwhile,the designing way of hardware circuit and software of the charging device has been presented.
     介绍一种采用 80C196KB型单片机的大功率蓄电池充电装置 ,给出了充电装置的硬件电路和软件的设计方法。
短句来源
     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。
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  电池充电
     The Battery Charging Technology Research Based on the Compound Control of PFC and PWM
     基于PFC与PWM复合控制的电池充电技术研究
短句来源
     Proper control and charging equalization are two key technologies in Li-ion battery charging system.
     均衡与控制是锂离子动力电池充电系统的2项关键技术,该文详细介绍了均衡与控制在充电系统中所起的作用,指出了其重要性。
短句来源
     Analysis and Design of the Battery Charging System
     电池充电系统的分析与设计
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     USB Battery Charging
     USB电池充电电路
短句来源
     Battery charging is accomplished under direct control from the system processor.
     其电池充电可在系统处理器的直接控制下完成。
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  “battery charging”译为未确定词的双语例句
     CZM-2 battery charging and component compensating power supply
     CZM-2型浮充及分量补偿电源
短句来源
     Battery Charging and 2 Practical Chargers
     蓄电池的充电与2种实用充电机
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     The Application of Keithley2400 Digital Source Meter in Testing of Battery Charging and Discharging
     Keithley2400系列数字源表在电池充放电测试方面的应用
短句来源
     Battery Charging and Discharging Device Employing Intelligent PI Control
     采用智能PI控制的蓄电池充放电装置
     It is mainly used on 2.5t,5t and 8ton battery charging vehicles.
     主要适用于 2 .5t、5t、8t蓄电池电机车常规充电
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  battery charging
In some applications such as sensors for structural health monitoring in remote locations, geographically inaccessible temperature or humidity sensors, the battery charging or replacement operations can be tedious and expensive.
      
An adaptive controller is provided to achieve the coordinated control between the engine speed and the battery charging voltage.
      
Adaptive coordinated control of engine speed and battery charging voltage
      
Ultralife will lead an effort to integrate the SOFC system to work with their battery charging system.
      
The portable fuel-cell powered battery charging station provides a good solution to recharging batteries in field applications.
      
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Based on the specific requirements of battery charging, a three-phase balanced eharg-ing circuit controlled with one thyristor is proposed. This circuit is free from the defects existing in general single-or three-phase thyristor charging circuit but has the abvantages of the both. It is capable of achievement of three-phase synchronous re-gulation throughout the whole range by a simple way. Thus, it is different from the traditional method. there is no need to adopt multi-thyristor in three-phase...

Based on the specific requirements of battery charging, a three-phase balanced eharg-ing circuit controlled with one thyristor is proposed. This circuit is free from the defects existing in general single-or three-phase thyristor charging circuit but has the abvantages of the both. It is capable of achievement of three-phase synchronous re-gulation throughout the whole range by a simple way. Thus, it is different from the traditional method. there is no need to adopt multi-thyristor in three-phase balanced network to balance and synchronize the regulated D.C. output voltage. The purpose of this paper is to present a new practical circuit which is not only simple, economie, but also able to be three-phase balanced in voltage regulation, thus providing a good design of charging equipment controlled with one thyristor.

本文根据蓄电池充电的特点,提出了一种仅仅使用一只普通的可控硅轮流控制三相的平衡式充电电路,它克服了一般单相和三相可控硅充电电路的缺点,而又吸取了后两种电路的优点。它以最简单的方法实现在整个范围内的三相处处同步调节,这就打破了在三相平衡电网中,要使三相达到平衡,必须用多只可控硅来同步调节,以实现输出直流电压调压的传统做法。这为可控硅充电设备的设计提出了一种既简单、又经济、且三相能平衡调节的可控硅实用新电路。

By supplying only the amount of current which a battery can accept without either risking overcharging or undercharging, our newly study battery charging system can charge in shorter time. The rate of fast charge is about 15 temes that of conventional charge. In the course of charging, the battery produces negligible temperature rise and no cell gas is detected. When the nomical capacity of battery is reached, the power source is cut off automatically. Experiments proved...

By supplying only the amount of current which a battery can accept without either risking overcharging or undercharging, our newly study battery charging system can charge in shorter time. The rate of fast charge is about 15 temes that of conventional charge. In the course of charging, the battery produces negligible temperature rise and no cell gas is detected. When the nomical capacity of battery is reached, the power source is cut off automatically. Experiments proved that this new charging system is advantageous to prolong the life of Ni-Cd battery and is geared more to the needs of the battery than conventional charging schemes

近年我们研究的一种新的充电方法,能在较短的时间内使蓄电池充足电,充电速率为常规充电的15倍左右。这种充电方法仅提供电池一个能接受的电流量,容量充足则自动断电。因此,不会充电不足,也无过充危险,宏观上没有气体产生,仅有微小的温升,实验证明,这种新的充电体制有利于延长Ni—Cd蓄电池寿命。较之常规充电更适合要求。本文论述了GY—1—0.5密封镍镉蓄电池快速充电机的快充原理。

In this paper the authors described the characteristics of the rechargeable electrolyte of neutral Mn-Zn battery and its application in dry and wet battery charge and discharge.

本文提出中性锌—锰电池可充性电解液的配方特点,并阐述了将其用于湿电池和干电池的充放电情况。

 
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