结果表明改善和提高了电池的一致性。
The test result showed that the consistence of battery performance was much improved.
如果只是小覆盖面的话，这还不难；若是大面积的电池，保持其一致性(即保持效率)就不容易了。
This is relatively easy when covering a small area, but it is difficult to maintain the uniformity, and thus the efficiency, of the cells over large areas.
在线测量蓄电池组中各个单体的内阻，分析蓄电池组的一致性，实现蓄电池组健康度的实时监测。
Online measurement of battery internal resistance of each monomer, analysis of the consistency of the battery, battery health degree of real-time monitoring.
单电池一致性的提高，可以提高电堆性能，减小辅助系统功率和体积。
Thirdly, the increase of consistency among cells can improve the performance of the stack, and reduce the power and size of the auxiliary systems of the engine.
现在，通过真正的原子性、一致性、隔离和耐用性(ACID)支持，更好地确保了数据的可靠性，而且在设备遇到电池电量问题和连接中断时也是如此。
Better data reliability is now ensured through true atomicity, consistency, isolation, and durability (ACID) support, and when devices experience battery power issues and connectivity disruptions.
由于单体电池的内阻、容量、浮充电压一致性好，因此电池在浮充使用状态下无需均衡充电。
With the good coherence of internal resistance, capacity and floating charge , there is no equalizing charge required during use.
采用了电池均衡充电方法，对电池的不一致性进行了补偿，从而延长了电池组的使用寿命。
A new equalization method is designed to compensate the unbalance between batteries, which lengthens the life of batteries.
介绍了一个建立在向量空间模型上的电池分类系统，提出了一个基于模糊决策的快速完成识别电池容量和曲线一致性的计算方法。
A cell classify system based on vector space model was introduced and a fast fuzzy based algorithm for recognizing capacity and curve of battery was proposed.
电动汽车电池的不一致性是影响其性能的主要因素，研究电池的均衡控制技术很重要。
The inequality of batteries for electric vehicle was one of the main factors that had bad effects on performance.
电动汽车电池的不一致性是影响其性能的主要因素，研究电池的均衡控制技术很重要。
The inequality of batteries for electric vehicle was one of the main factors that had bad effects on performance.
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