The Design of Intelligent Charger for Maintenance-free lead-acid Cell 免维护铅酸电池智能充电器的设计
The quantification computation of lead-acid storage cell rational capacity selection is realized by the computation way of basic load continuous supply hour, and adopting three-step charge to realize the optimal charge of storage cell, accordingly improving the performance of stand-alone operation wind generation system. 研究采用基本负荷连续供电保障小时计算方法实现铅酸蓄电池合理容量选择的定量计算,以及采用三阶段充电方式实现对铅酸蓄电池的优化充电,从而优化提高独立运行风力发电系统的性能。
Lead-acid battery has the benefits of low-cost, mature technology, cell consistency and high specific power, that will make it the battery of choice in low-cost electric cars and the auxiliary electric energy storage system in traditional automobiles. 指出由于其具有价格便宜、技术成熟、生产一致性好和比功率高等特点,仍将是低成本电动车辆动力源和传统汽车辅助电源的选择。
Through analyzes the current equalization methods, regarding locomotive Lead-acid batteries proposes appropriate detection and equalization methods, achieve single cell voltage automatic cycle detection and automatic equalization. 通过对国内外现有的均衡方案进行分析,提出了适合机车铅酸蓄电池的检测及均衡方案,实现了对单体电池电压自动循环检测和自动均衡功能。
With lead-acid accumulator cell applications of the increasingly widespread, rechargeable battery technology has been significant development. 随着铅酸蓄电池应用领域的日益广泛,蓄电池充电技术也得到了较大发展。