CAJ | 학술논문

为了提高太阳能光伏组件的充电效率以及适应外界气候变化，设计了一套具有自适应四种充电模式且具备最大功率点跟踪的太阳能充电控制系统。该系统采用意法半导体公司的STM32FL03VC作为控制系统的核心，监控整个系统的正常工作，具有浮充、防过充功能。硬件设计采用高精度的集成芯片，使得系统设计简易精确、集成度更高。测试结果表明，该控制器能实时跟踪最大功率点，正确监控蓄电池各充电模式，充电效率高，性能可靠。
위료제고태양능광복조건적충전효솔이급괄응외계기후변화，설계료일투구유자괄응사충충전모식차구비최대공솔점근종적태양능충전공제계통。해계통채용의법반도체공사적STM32FL03VC작위공제계통적핵심，감공정개계통적정상공작，구유부충、방과충공능。경건설계채용고정도적집성심편，사득계통설계간역정학、집성도경고。측시결과표명，해공제기능실시근종최대공솔점，정학감공축전지각충전모식，충전효솔고，성능가고。
In order to improve the charging efficiency and adapt to change of weather conditions, a set of maximum peak power tracking techniques and four-stage charging strategy solar energy controller is designed using a STM32F103VC as a core processor. This controller is able to detect system＇s work stably. What＇s more, the hardware design of the system is smart, flexible and integrate facility. The experimental results show that this system does a good job of keeping the solar panel operating at its maximum power point, which can change the state of the system to reach a flexible application based on the reading weather conditions.