Ming, Germany sun battery failure caused by the UPS host failure or work abnormal proportion is about 60%.
明，德国阳光蓄电池故障而引起UPS主机故障或工作不正常的比例大约为60%。
Today, BTECH has incorporated 17 years worth of battery monitoring experience and data to offer the world there's a way to virtually eliminate your battery failure risk.
今天，BTECH具有17年电池监测的经验和数据，可以提供一种几乎完全消除电池失败风险的解决方案。
Hypoxia can also be caused by equipment malfunctions, such as battery flooding or microprocessor failure.
供养不足也有可能由装备问题引起，例如电池泄漏，微处理器出问题。
The battery is used for data back-up in the event of a power failure as mentioned above, and continuous operation of a real time clock.
这个电池的作用是，在发生电源故障前，进行实时数据备份和连续操作。
Germany sunshine long battery life, reduce failure rate, UPS power supply system is more and more important significance.
长德国阳光蓄电池的使用寿命，降低UPS供电系统故障率，有着越来越重要的意义。
But the normal method of cell failure prediction which depend on the battery capacity test and cell voltage is not ideal method.
通常采用的电池容量试验和通过监测电池电压预测单体电池故障的方法不是理想的方法。
This paper analyzes all kinds of reasons that influences the service lifetime and capacity of VRLA battery, gives the reasons of the failure of the battery.
介绍了各种影响阀控式密封铅酸蓄电池寿命及容量的因素，分析了其失效的原因，并相应的对电池的维护提出了一些建议。
The predictive method for cell failure by monitoring the cell impedance is very effective method which can replace the frequently battery capacity test.
而利用电池内阻预测单体电池故障是非常有效的，该方法可以替代电池容量试验方法。
There are various reasons for the failure of zinc manganese dioxide paper liner battery during its storage period.
锌锰纸板电池在贮存期间，电池失效的原因是多种多样的，但大部分为封口不严所造成。
The failure modes of batteries as a result of out of control of assembly and the phenomena occurred during testing with battery tester are described.
概述了不同情况的组装失控引起的蓄电池组失效及用蓄电池试验器检测时的现象。
The premature failure in VRLA battery mainly attributed to the inner water loss.
密封铅酸蓄电池内部失水是引起电池早期失效的主要原因。
Overload, AC input abnormal, Low battery, Failure.
超载，交流输入不正常，低电池，故障。
Maintenance inspections for the battery pack as a whole, real mains power failure, can effectively protect the security of the load.
对电池组整体进行维护检查，真正遇到市电停电时，才能有效保护负载安全。
The failure and maintenance of VRLA battery are ana ly zed from daily work, and then correct use methods and maintenance methods of VRL A are given.
从日常维护管理工作出发，对阀控铅酸（VRLA）蓄电池在失效与维护两方面进行了归类分析，提出了正确使用和维护阀控铅酸蓄电池的方法及应注意的环节。
The abnormal failure of battery which works as the backup power supply for DC system when ac power failure occurs, will affect the safe operations of DC system seriously.
蓄电池作为直流系统交流停电时的后备电源，其非正常失效严重影响了直流系统的安全运行。
The results show that when the battery is charged at low current and constant voltage, its failure mode is the sulphation of negative plate and the softening of positive plate;
用优选充电制度，电池失效模式是正极活性物质软化，板栅腐蚀相对较少。
As backup power supply of the DC system, the residual capacity of battery effected safe operation of DC system directly when ac power failure occurs.
蓄电池作为直流系统交流停电时的后备电源，其剩余容量直接影响了直流系统的安全运行。
It can extend the life of battery and decrease ups system failure rate to the problem of under-voltage, low capacity and discharge current not meeting load startup request.
主要针对UPS蓄电池段电压不够、容量不足或瞬间放电电流不满足带载启动要求等问题。可以延长蓄电池的使用寿命，降低UPS系统故障率。
In case the battery terminals are dirt, clean the terminals with a dry cloth before use. Otherwise power failure or charge failure may occur due to the poor connection with the instrument.
如果电池弄脏，使用前应用干布抹净，否则可能会因接触不良而影响性能失效。
A single battery system is safer. 2 batteries in parallel to mitigate further sources of failure. reverse current protection is recommended, but usually not feasible.
单电池系统更保险。2块电池并联增加了单电芯实效拉跨全部系统的可能性，单向导通电路听上去是个好主义但很难实行。
The main control computer chip is connected with a spare battery to enable the system to work as before during power failure.
主控电脑芯片同时还接有一电池，作为备用电，使得本系统在停电时依旧工作。
If any of these battery packs of inferior quality is used, it could lead to an accident or failure involving firing or explosion.
如果任何这种无质量保证的仿制电池被使用，它可能会导致事故、起火或爆炸。
When the power supply is normal, the utility model can make lighting and charging at the same time; and in power failure, the battery will offer the power.
当市电供电正常时本实用新型可边照明边充电，停电时即由蓄电池供电。
When the power supply is normal, the utility model can make lighting and charging at the same time; and in power failure, the battery will offer the power.
当市电供电正常时本实用新型可边照明边充电，停电时即由蓄电池供电。
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