低漏电流有助于延长电池使用寿命。
这些措施均有利于延长电池使用寿命。
充电，加快电池充电速度，延长电池使用寿命。
By TOP charging, speed up the batter charging speed, extend battery life.
延长电池寿命一倍以上电池使用寿命两年变四年！
Extending battery life more than doubled battery life two years changed four years!
延长了电池使用寿命，在运动过程中无任何运动死角。
The service life of batteries is extended, and there is no dead Angle in the movement process.
应用在后台持续运行GPS可能会大大降低电池使用寿命。
Continued use of GPS running in the background can dramatically decrease battery life.
电池使用寿命2年左右，可替换的电池我们也有单独销售。
Battery life is up to 2 years. Replacement batteries sold separately.
智能化三阶段蓄电池充电管理，有效延长蓄电池使用寿命。
Intelligent three-phase management of charging storage batteries can prolong the use of storage batteries efficiently.
微电脑控制电路，微功耗，电池使用寿命2年，电量不足时蜂鸣提示。
Controlled by microcomputer, the battery can be used for 2 years, and the machine will beep when lack of power.
并就如何延长电池使用寿命，提高充电效能，节约电能等问题进行了讨论。
It is also discussed how to prolong the lifetime of the battery, to raise the charge efficiency, to save electrical energy and so on.
实验表明，该充电装置充电性能理想，能提高蓄电容量和蓄电池使用寿命。
The results of experiment indicate that the charging device has ideal charging property, which can increase storing capacity and prolong storage battery life.
系统初次使用前，应在强光下充电10小时后再使用，目的是延长蓄电池使用寿命。
In order to extend the battery life, the system should be in charge for 10 hours for the first time under heavy.
电池剩余电量估计系统的研究及使用，是有效地延长电池使用寿命的一个重要手段。
The research and use of SOC system can prolong the life of battery effectively.
然而从电池使用结果来看，水损耗速度却成为影响密封电池使用寿命的最关键性因素。
However, from the battery, water loss rate has become the most key factors influencing the sealing life.
准确地评估可充电池的性能，是提高电池能量利用率、延长电池使用寿命的重要前提。
The exact evaluation for the performance of rechargeable battery is the important precondition for improving the energy utilization and extending the operating life of the battery.
可在鼠标底部方便地收藏，自动进行鼠标开关，从而可实现长达8个月的电池使用寿命。
Stows conveniently under the mouse; automatically turns the mouse on and off for up to 8 months of battery life.
我们知道影响电池使用寿命的主要因素有以下几点：过放电、充电温度、最高充电电压。
We know that influence the main factor of service life of the battery to have the following several points: discharge, charge temperature, charge the voltage at most to pass.
一般在保修期内是免费的，过了保修期根据手表型号选择电池的型号和电池使用寿命收费。
Generally yin the warranty period is free of charge, after the warranty period according to the model of the watch model and the battery life of the model.
为了达到规范约定的电池使用寿命，需要修正直流开关电源缺省电池管理参数，并尽量避免深放电。
In order to regulate the battery service life, the default battery management parameters need to be changed and avoid deep discharging.
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。
Mas characteristic curve intelligent charging strategy is employed in the system to enhance the efficiency of the battery and enlarge its lifetime.
SystemInfo类中的附加功能可能很有用，其中包括支持查找进程名称和编号、网络状态、网络连接速度和电池使用寿命。
Additional functionality in the SystemInfo class would be useful, including support for finding process names and Numbers, networks status, network connection speed, and battery life.
还有影响德国阳光蓄电池使用寿命的因素还有很多，既有电池设计和制造方面的因素，又有用户使用和维护条件方面的因素。
And the influencing factors of Germany sunshine battery service life there are many, both the battery design and manufacture factors, and factors in the area of use and maintenance conditions.
该方法能有效地降低电池内压 ，减少电池在充电过程中发生“涨肚”及防爆气塞启动泄气的机会 ，减缓电液量的损失 ，延长电池使用寿命。
It is an effective method to reduce the possibility of swelling and release of vent valve. It will retard the electrolyte loss and increase battery lifetime.
电池的使用寿命是6小时。
最终锂电电池投入使用，电池不仅没有辐射还有八到十年的使用寿命，而且也不会释放出废气。
Eventually the new lithium-iodine battery offered a radiation-free eight-to-ten year lifespan, and no exhaust gases to worry about.
研究者Jianyu Huang发明了此电池，目的是要研究电池中造成短路和使用寿命短的缺陷是如何发生的。
Researcher Jianyu Huang invented the battery so that he could study how flaws in batteries happen, which can lead to short circuits or shorter lifespan.
材料之间的结合决定了电池的特性，包括它的能量和功率密度，以及安全性、使用寿命和成本。
The combination of materials determines the characteristics of the battery, including its energy and power density, safety, longevity and cost.
材料之间的结合决定了电池的特性，包括它的能量和功率密度，以及安全性、使用寿命和成本。
The combination of materials determines the characteristics of the battery, including its energy and power density, safety, longevity and cost.
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