终止电压

在全充阶段，系统按照光伏电池所提供的电流对蓄电池充电，其充电终止电压根据蓄电池的SOC值和充电电流的大小，采用模糊控制算法而得；

In the full-charge step , the lead-acid battery was charged based on the current provided by PV system , and the end voltage was calculated based on the SOC and charge current of the battery with fuzzy control arithmetic .

VRLA电池小电流放电终止电压的确定

Determination of the cut - off voltage of VRLA battery at Low discharging current

终止电压为1.0V时，锌空电池比能量可达427Wh/kg。

The specific energy of Zn-air battery reached 427 Wh / kg at cut off voltage of 1.0 V.

特别在寿命特性方面，着重阐述了电池组在模拟GEO，79%DOD下40个阴影期间最大放电深度时终止电压变化特性，电池组容量变化以及第3阴影期和第36阴影期放电终止电压变化情况。

Especially in life performance respect it emphasizes the EOD potential characteristic in simulated GEO , 79 % DOD and the maximum DOD of 40 eclipse season s , the capacity change and the EOD potential change of the 3rd and 36th eclipse season of the batteries .

讨论了影响电动自行车用MH-Ni电池组使用寿命的因素，包括电池设计、制作工艺、电池组合结构设计、电池的一致性、充电制度、放电终止电压控制以及车辆机械性能等；

The factors affecting the cycle life of Ni MH batteries for electric bicycle were discussed . The factors include the electrochemical performance design of cell , structure design of batteries , technology factors , charging method , discharging voltage controlling , mechanical performance of bicycles , and so on .

VRLA电池组中的单块电池和单格电池在放电电压达到终止电压（10.5V和1.75V）之前是比较均匀的，它们之间的标准差较小，且很少变化；

Before the discharging procedure was proceeded to the terminal voltage ( 10.5 V and 1.75 V ), the single battery and single cell in the VRLA group were more uniform , the standard difference between them would be smaller and behave less change only .

标称容量是指在常温20℃下放电至终止电压为2.0V时的容量。

Nominal capacity shown is based on standard drain and cut off voltage down to2.0V at20 ℃ .

但当接近终止电压时，均匀性变差。

When the discharging procedure was come close to the terminal voltage , the uniformity would be lacking .

全充阶段的充电终止电压采用模糊逻辑算法而得；

In the period of deep charging , the end point charging voltage is calculated by fuzzy logical algorism .

随着氧化时间的延长、终止电压的升高，与着色盐所形成的化合物在陶瓷层中所占的比例增大，分布趋于均匀。

With the increase of terminal voltage and oxidation time the proportion of coloring salt in MAO film increased .

对接入网电池在小电流使用状态下终止电压的确定作了简单地介绍。

The determination of the cut-off voltage of VRLA battery applied in access net at low discharge current was introduced in brief .

在快速充电时，建议使用有终止电压控制开关和/或温度感应器的充电器，以保护电池。

In the fast-recharging , the proposed use of the termination voltage control switch and / or temperature sensors recharger to protect the batteries .

本文通过对船舶铅酸蓄电池充放电端电压变化的监测，得到了充放电终止电压的重要参数。

Important parameters of lead acid battery charging and discharging end voltage are obtained by measuring the voltage variation of charging / discharging end of the battery .

陶瓷膜颜色的深浅可以通过着色盐添加量、主盐的添加量以及微弧氧化终止电压来控制。

The depth of ceramic coating color can be controlled by the content of colored salt , or main salt , or the final voltage of micro-oxidation .

结果表明：膜层表面微观形貌呈网状多孔结构，不同时间和终止电压下，膜表层结构区别较大；

The results show that the film surface morphology is reticular porous structure , at different time and termination voltage , there is large difference between membrane surface structure ;

若将电池组放电终止电压由315V提高到325V，虽然放电时间会缩短2%左右，但对防止单体电池过早失效有效。

It was efficient to prevent early failure of single cell when the discharging terminal voltage was raised from 31.5 V to 32.5 V , although discharging time would be decreased about 2 % .