Design and construction of a IoT based automated circuit breaker system

Nasiru Abdulsalam, Agbese Echo Agbese, Victor Ugonna Akpulonu, Chijioke Emmanuel Obizue, David Terlumun Chior, Murtala Aminu-Baba, Bulus Umaru, Adoyi Helen Ene
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Abstract

Electrocution is a major fatal issue faced by electricians worldwide. A Circuit breaker is a device for automatic switching of electrical devices against overload and short circuits. However, advancements in technology allow for a more sophisticated approach: the cloud-based circuit breaker with a microcontroller and sensors for monitoring the line current and voltage levels. This system switches OFF the affected line when an electrical wire becomes defective, and the lineman may safely repair it. This design integrates real-time monitoring, remote control, and internet connectivity, enhancing electrical safety and offering valuable features for modern applications. At the heart of this design lies a microcontroller (Atmega328) and Esp8266_01(Wi-Fi Module). This tiny computer chip continuously monitors the circuit using current and voltage sensors. By regulating the power supply on the electrical lines, this system protects the safety of the lineman and reduces the risk of electrocution injuries.
设计和构建基于物联网的自动断路器系统
触电是全球电工面临的一大致命问题。断路器是一种防止过载和短路的电气设备自动开关装置。然而,随着技术的进步,我们可以采用一种更先进的方法:基于云的断路器,配备微控制器和传感器,用于监测线路电流和电压水平。当电线出现故障时,该系统会关闭受影响的线路,线路工人可以安全地进行维修。该设计集成了实时监控、远程控制和互联网连接功能,提高了电气安全,为现代应用提供了宝贵的功能。该设计的核心是一个微控制器(Atmega328)和 Esp8266_01(Wi-Fi 模块)。这个微型计算机芯片利用电流和电压传感器持续监控电路。通过调节电力线路上的电源,该系统可以保护线路工人的安全,降低触电伤害的风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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