强充电电压，均衡充电电压，浮充电压三阶段充电控制。
Strong charging voltage, Average chaging voltage, Float voltage three-stage charging control.
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.
最后设计并搭建了充电电压均衡和放电稳压方案的硬件电路，通过分析测得的实验数据，最终验证了方案具有一定的可行性和较高的实用价值。
The design and construction of hardware circuit is discussed in the end. The proposed methods of voltage balancing and voltage stabilizing are proved feasible through analysis of experimental data.
最后设计并搭建了充电电压均衡和放电稳压方案的硬件电路，通过分析测得的实验数据，最终验证了方案具有一定的可行性和较高的实用价值。
The design and construction of hardware circuit is discussed in the end. The proposed methods of voltage balancing and voltage stabilizing are proved feasible through analysis of experimental data.
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