📦 基于51单片机的太阳能风能互补路灯控制器设计 - 免费下载

以生态、环保为设计出发点,针对我国道路照明用电能消耗过大的问题,提出了一款适合应用于多风、多日光地带的以太阳能、风能结合发电路灯控制器设计方案。基于太阳能、风能进行发电,通过稳压电路、升压电路将电能存储在锂电池中,以STC89C51单片机为主控单元,设定光敏电阻传感器的阈值,控制路灯的开启与关闭,利用Aultium Design完成电路板的设计制作。最后进行实验来验证方案的可行性。

Taking ecology and environmental protection as the design starting point, aiming at the problem of excessive energy consumption for road lighting in China, a design scheme of street lamp controller with solar and wind energy combined for power generation in windy and sunny zones is proposed. Based on solar energy and wind energy for power generation, energy is stored in lithium batteries through voltage stabilization circuit and boost circuit. With STC89C51 as the main control unit, the threshold of photosensitive resistance sensor is set, the opening and closing of street lamp is controlled, and the circuit board is designed and manufactured by Aultium Design. Finally, the feasibility of the scheme is verified by experiments.

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