CAJ | 학술논문

为了缩短铅酸蓄电池的充电时间，提高电能转换效率，本文在传统充电模式的基础上，依据蓄电池可接受的最佳充电状态和充放电的关系，设计制作了快速充电模式电路。该模式运用较为简单的反激拓扑，增加了提高 PF 的前置电路，采取了灵敏的控制电路芯片———STM8S103C6单片机。该智能脉冲快速充电电路通过软硬件相结合，增加了电路的可靠性。实验数据分析表明，该电路在不影响铅酸电池的物理化学性质的前提下，提高了充电电路的 PF、效率，缩短了充电时间。
위료축단연산축전지적충전시간，제고전능전환효솔，본문재전통충전모식적기출상，의거축전지가접수적최가충전상태화충방전적관계，설계제작료쾌속충전모식전로。해모식운용교위간단적반격탁복，증가료제고 PF 적전치전로，채취료령민적공제전로심편———STM8S103C6단편궤。해지능맥충쾌속충전전로통과연경건상결합，증가료전로적가고성。실험수거분석표명，해전로재불영향연산전지적물이화학성질적전제하，제고료충전전로적 PF、효솔，축단료충전시간。
In order to shorten the charging time of battery and improve the efficiency of power conversion , this paper designs a new charging mode circuit based on the traditional charging mode and the relationship between charge and discharge of the battery. This charging mode performs the simple flyback topology and the circuit that improving PF, as well as its control unit based on STM8S103C6. Contributing to the combination of hardware and software, the reliability of circuit is increased. The experimental data showed that, the device based on the physical and chemical properties of the lead-acid battery enhances the circuit PF, efficiency and shortens the charging time.