摘要
根据传统路灯需要并网实现照明且依赖稳定运行的需求。讨论利用TMS320F2812芯片控制风光互补路灯,同时在系统中使用控制策略追踪风电和光电的最大功率点,并提出对蓄电池三段式优化充电方案。通过实验可验证基于TMS320F2812芯片控制路灯在该系统内能够持续稳定运行。
According to the needs of traditional street lamps,grid connection is required to realize lighting and rely on the demand of stable operation.This paper discusses the use of TMS320F2812 chip to control wind solar complementary street lamps.It is proposed to track the maximum power point of photovoltaic power generation and wind power generation and optimize the charge and discharge of battery.Based on the experimental verification,it can be widely used in low-power wind solar complementary street lamp control system.
出处
《日用电器》
2022年第3期52-56,共5页
ELECTRICAL APPLIANCES
关键词
风光互补发电系统
最大功率点跟踪
照明路灯
wind solar complementary power generation system
maximum power point tracking
lighting street lamp
