浮充状态

本文对超级电容的BUCK型充电电路的控制技术进行了研究，提出基于定值比较的控制模式，使用数量很少的元件实现了充电速度的最大化，并使系统能够自动进入浮充状态。

This dissertation researched on the control technology of BUCK charge circuit , and proposed a constant-compare charge control mode .

在基于Buck-Boost功率变换器的混合模型中，超级电容作为主电源使用，而蓄电池仅作为辅助电源，使蓄电池始终处于浮充状态，也相当于备用电源。

Based on the Buck-Boost power converter hybrid energy storage model , the supercapacitor as the main power usage , while the battery is only as an auxiliary power supply , so battery is always in floating state , is also equivalent to standby power .

电池工作的浮充状态；

The floating charge state of battery operation ;

通信电源系统中的阀控密封铅蓄电池组是长期处于浮充状态之下工作的。

VRLA group used in communication power sources was operated under conditions of floating charge for a long period of time .

对于能量产生部分的控制，主要是调节系统的输入功率，尽可能地使蓄电池保持在浮充状态。

For power generation section , mainly control power input to the system , so as to keep the battery in a floating state .

本论文对一种简单实用的恒压恒流充电器进行了改进，在恒压恒流充电的基础上加入了浮充状态，从而保证了蓄电池的满充；

A simple constant voltage and constant current charger has been improved , the state of float charger has been added to the charger in order to guarantee the full charge of battery safely , with high charge speed .