Besides being light, it does not suffer from any memory effect, which is the loss in capacity when a battery is recharged without being fully depleted.
除了它比较轻之外，它不受任何记忆效应的影响——电池没有耗竭就充电会导致容量上有损失，这种效应称为记忆效应。
For instance, storing user data in flash is an excellent solution to the entirely too-familiar data loss that PDA users face if a battery runs low.
例如，将用户数据存储到flash中是一个很好的解决方案，如果电池电力不足，PDA用户就可能会面临同样的丢失数据的风险，这个方案可以很好地解决这个问题。
Heating and burning will melt the battery separator, causing loss of protection function or burning of electrolyte and overheat will cause heating, smoking, deformation or burning of batteries.
加热和焚烧电池将会造成电池隔离物的融化、安全功能丧失或电解质燃烧，过热就会使电池发热、冒烟、变形或燃烧。
Loss of 25% water, end of battery life.
损失25%水份，电池寿命结束。
Produced in Germany sunshine battery electrolyte dry, thermal runaway, early capacity loss, internal short circuit, which seriously affect the reliability of power supply system. Have a data sheet.
产生了德国阳光蓄电池的电解液干涸、热失控、早期容量损失、内部短路等问题，进而严重影响到供电系统的可靠性。有资料表。
They are one of the most popular types of battery for portable electronics, with one of the best energy-to-weight ratios, no memory effect, and a slow loss of charge when not in use.
他们是在便携电子产品领域中最流行的一种电池类型，具有最好的能重比，没有记忆效应，并且在不使用的情况下，充电损失比较慢。
Theyhold their charge. A lithium-ion battery pack loses only about 5 percent of itscharge per month, compared to a 20 percent loss per month for NiMH batteries.
锂离子电池能保持电量。同锂氢电池每个月损失20%的电量相比，锂离子电池组每个月仅损失5%的电量。
This could be due to the fact that your controller had protected cache after an unexpected power loss and your system was without power longer than the battery backup time.
其原因可能是发生意外断电后，系统处于断电状态下的时间长度已超过电池续用时间，控制器已保护高速缓存。
However, from the battery, water loss rate has become the most key factors influencing the sealing life.
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。
Doctors have tried a desperate battery of drugs, one of which left her with a severe hearing loss.
医生铤而走险地试用了一组药物，其中一种药给她留下了听力严重受损的后遗症。
Water supplement system is very important to Lead Storage Battery. Appropriate design of supplement pipeline is necessary to improve consistency and reduce energy loss in water supplement system.
蓄电池组自动注水系统对于蓄电池组的维护保养非常重要，合理设计注水系统的管路网络对于改善蓄电池组的注水均匀性、减小管路损失起到重要作用。
Should extend the use of the emergency lights battery installed on the stairs, so that in the case of a loss of power to the people.
应该把使用电池的应急灯安装在楼梯间等地方，以便在断电的情况下为人们提供照明。
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。
In the light of heavy loss and bitter lesson from the lose efficiency of many UPS battery being less than 5 years service in Hanchuan Power Plant, its operation and maintenance method was discussed.
针对汉川电厂多组UPS电池在不到5年的使用时间里，连续失效报废所造成的巨大损失和惨痛教训，探讨了UPS蓄电池在运行和维护中的科学方法，并强调对免维电池的正确认识；
In addition, the battery should be store in half-charging state, in order to avoid over-discharge caused by self-discharge, and this will lead to irreversible capacity loss.
另外必须使电池处于半充满状态贮存，以防止电池因自放电而产生过放电，发生不可逆容量损失。
The feasibility of capacity recovery of sulphated lead acid battery(premature capacity loss)was studied.
研究了因不可逆硫酸化引起早期失效铅酸蓄电池容量恢复的可行性。
In mass production of sealed lead acid battery, partial products fail because of serious open circuit voltage (OCV) loss during storage.
在某型号密封铅酸蓄电池的批量生产中，出现贮存期间部分电池因开路电压显著下降而失效的现象。
Also protect circuits against loss of hall signal, low battery voltage, over current are included.
此外，还包括了霍尔传感器断线检测、电池欠压保护、过流保护等保护功能。
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.
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。
Ultra long battery period of revolution: Uses the ultra strong wireless communication protocol, the low power loss design, may use for 3-4 months;
超长电池使用时间：采用超强无线通讯协议，低功耗设计，可以使用3-4个月；
Nowadays in SLI battery VRLA is just on test. We need solve the instability of negative plate expanders, as well as water loss and thermal run away.
在SLI蓄电池中VRLA 处于试验阶段，需要解决在高温条件下，负极膨胀剂的稳定性，以及失水和热失控问题。
The shelf life test shows that the gel battery has low self-discharge rate and water loss, and the 100 % capacity can be recovered.
搁置试验表明，胶体电池比agm电池自放电明显减小，失水少，并且胶体电池容量可100%恢复，因此胶体电池具有长寿命特点。
The shelf life test shows that the gel battery has low self-discharge rate and water loss, and the 100 % capacity can be recovered.
搁置试验表明，胶体电池比agm电池自放电明显减小，失水少，并且胶体电池容量可100%恢复，因此胶体电池具有长寿命特点。
应用推荐