Research on mathematic model and parameter identification of high-capacity storage battery;
大容量蓄电池组的数学建模及参数辨识
On - line automatic storage battery maintenance equipment based on fuzzy control;
基于模糊控制的蓄电池组在线自动维护设备的研究
The mathematic model and short-circuit characteristics of high-capacity lead-acid storage battery are difficult to be obtained for a long period.
长期以来,对大容量铅酸蓄电池组的数学模型及其短路特性是非常难以得到的。
Optimizing control of battery in distribution system of mobile
通信机楼配电系统蓄电池组的优化控制
A novel maintenance scheme for battery in telecom base station,which called maintain-substituting,is presented in this article.
本文针对目前联通公司通信基站蓄电池组运行的问题,提出了一套新的设备维护方案——专业公司代维护。
When lead acid battery being floating charged,we will find the problem that some cells present uneven voltage.
针对铅酸蓄电池组在浮充电过程中,单体电池的端电压会出现不平衡的问题,分析了其产生的原因,阐述了该仪器的电路组成结构、工作原理、技术指标,以及自动控制主程序流程图。
This paper emphasis on the converting part of integral testing system for accumulator battery which is desired in high voltage and high current,adjustable range of DC current and voltage,ripple ratio≤0.
本文研究对象为蓄电池组综合测试系统中的变流部分,针对其高电压、大电流,直流电流、电压全范围可调和直流电流纹波系数≤0。
The article discusses on the position of accumulator battery,voltage rating,air pressure corkscrew selection and faults recorder of the system.
文章对蓄电池组屏安装位置、直流系统额定电压值、直流系统空开的选型、直流系统故障录波进行了分析和探讨,建议在设计220 kV变电站直流系统时,可根据实际情况,选择将蓄电池组屏安装于控制继保室内,直流系统额定电压采用110V,整个变电站采用同一厂家、同一系列的直流空开,直流系统接入录波装置等设计方案。
This paper emphasis on the research of integral testing system for accumulator battery based on the current-source PWM inverter, which is desired in high voltage and high current, adjustable range of DC current and voltage, ripple ratio≤0.
针对蓄电池组综合测试系统高电压、大电流,直流电流、电压全范围可调和直流电流纹波系数≤0。
This paper designs a new average charging and administrating control system of storage batteries in term of the existent problem that charging machine and protection system of battery work only on the whole storage batteries.
它既保证了蓄电池组中每只蓄电池均能充满,又能保证整组蓄电池不会发生过充电和过放电,提高了蓄电池组容量的有效利用率及每只蓄电池的使用寿命。
The supervision device should realize automatic management to power supply system and optimization management to storage batteries,in addition,it should have function of "three remote" to realize data remote transmission.
为满足变电站无人值守的要求,直流操作电源系统需配置微机监控装置,其应能实现电源系统的自动管理、蓄电池组的最优化管理,并具备“三遥”功能,实现数据远传。
Configuration of DC battery group capacity in communication engineering;
通信工程中直流电源蓄电池组容量的配置
Since the batteries used in the EV are in series, it is difficult to test the voltage of every single battery.
电动汽车蓄电池组由多个蓄电池串联组成，电压的测量有一定困难。
Study on Operating Battery Management System and Status Measurement of Batteries in an Electric Vehicle
电动汽车蓄电池组电池管理及其状态检
Achieving Remote Check and Discharge Management of Base Station Batteries
基站蓄电池组的远程核对性放电管理
Analysis on Usability of Storage Battery in the Telecommunication Power Supply Design
通信电源设计中蓄电池组可用性分析
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
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
Nickel-cadmium alkaline secondary batteries
GB/T9369-1988镉镍碱性蓄电池组
The Design and Study of Online Battery Detecting;
蓄电池组在线检测系统的设计及研究
Research on Converting Technique in Power Accumulator Battery Testing System;
动力蓄电池组测试系统变流技术研究
On-Line Diagnostic Technique for VRLA
通信用密封铅蓄电池组在线诊断技术
Constant current discharge of high capacity batteries based on PTC ceramic resistance
基于PTC陶瓷电阻的大容量蓄电池组恒流放电
The Key Technology of Charge Management System for Storage Batteries Group;
蓄电池组充电管理系统关键技术的研究
The Experimental Study on Equalization Controlling of Serial Lead-acid Battery Pack Discharging;
铅酸蓄电池组串联放电均衡控制实验研究
The System of Storage Battery Intelligence Charge and Discharge and Its Centralized-control;
蓄电池组智能充放电系统及其集群控制
Study on battery management system for EV and its status detection
电动汽车蓄电池组管理系统及其状态检测
Research of Electric Vehicle Power Battery Monitoring System
电动汽车动力蓄电池组监测系统的研究
The Harm to VRLA Battery Due to Over Floating Current
浮充电流过大对阀控式蓄电池组的危害
Optimizing control of battery in distribution system of mobile
通信机楼配电系统蓄电池组的优化控制