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Research on Design of Management System for Power Source Equalizing Charge based on FPGA control

机译:基于FPGA控制的电源均衡充电管理系统设计研究。

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The accumulator can store the energy in high capacity, and the super capacitor can charge and discharge in high power. The mixed power source composed by the accumulator and super capacitor not only has the characteristics for both of them but also meets the high-power requirement of high capacity and peak value. How to perform the equalizing charging for multiple power packs is a emphasis in the industry currently. On the basis of analysis for multiple equalizing charging methods, a new type of design scheme based on DC/DC and switch matrix is raised in this project, the thinking of intermittent charging mode is adopted and four BCAP0350 is served as the charging sample to perform the charging and discharging experiment as well as verify the composite charging design scheme is provided with the feasibility.
机译:蓄电池可以高容量存储能量,超级电容器可以高功率充电和放电。由蓄电池和超级电容器组成的混合电源不仅具有两者的特性,还可以满足高容量,高峰值的大功率要求。当前,如何对多个电源进行均衡充电是业界关注的重点。在分析多种均衡充电方式的基础上,提出了一种基于DC / DC和开关矩阵的新型设计方案,采用了间歇充电方式的思路,并以四个BCAP0350作为充电样本来执行。进行了充放电实验,验证了复合充电设计方案的可行性。

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