一种低成本的风光互补路灯控制系统

以单片机为核心控制器,提出了一种低成本的风光互补路灯控制系统设计新方案。该系统主要由风力发电机、太阳能电池板、控制器、蓄电池和路灯等模块组成,通过光敏元件检测外部光照条件,控制器作自动开关路灯的判定,实现了风光互补一体供电。实验结果表明,该方案是正确的、可行的且有效的,具有结构简单、机电一体化程度高、成本低等特点,对风光互补路灯系统开发有较好的工程导向价值。

A low-cost design scheme of the wind-solar hybrid street light control system was proposed, in which single chip microcomputer was adopted as the core controller. The system is mainly composed of modules such as wind turbines, solar panel, controller, battery, street lamp, etc. Its controller can automatically switch the street light to determine the integration of wind and solar power through the photosensitive elements to detect external light conditions. The experimental results verify that this method is correct, feasible and valid. Also, it has characteristics of simple structure, high mechatronics, low cost and stronger project guide value for wind-solar complementary street light system.