基于自动追踪的智能风光发电感光照明系统设计

Design of Intelligent Scenery Photoelectric Lighting System Based on Automatic Tracking

针对传统路灯耗能高,有效照明时间短和智能化水平低的问题,提出了一种基于自动追踪的智能风光发电感光照明系统,此系统分为三大部分,第一部为风光互补发电系统;第二部分为追光互联系统;第三部分为路灯智能控制系统。基于自动追踪的智能风光发电感光照明系统通过提高太阳能与风能利用率和减少无效能源消耗的方式实现了真正意义上的节能减排,相比传统的市电或太阳能发电路灯具有高节能性、高智能化、高照明利用化的优点,在未来的节能型城市建设中具有极大的应用前景。

In view of the high energy consumption, short effective illumination time and low intelligence level of traditional street lamps, an intelligent wind power generation sensitized illumination system based on automatic tracking is proposed. The system is divided into three parts. The first part is wind and solar complementary. Power generation system;the second part is the chasing interconnection system;the third part is the street lamp intelligent control system. The intelligent wind power generation sensitized lighting system based on automatic tracking realizes the real energy saving and emission reduction by improving the utilization rate of solar energy and wind energy and reducing the energy consumption. It has high energy saving and high energy compared with the traditional commercial or solar power circuit lamps. The advantages of intelligent and high-light utilization have great application prospects in the future construction of energy-saving cities.