Lighting Intensity Controller Design Using Node Mcu Esp-8266

None Nurmina Y Rakib, None Imam Hizbullah, None Zulaeha Mabud
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Abstract

Controlling lights using the Internet is one of the uses of the Internet of Things concept. This light intensity control system is an alternative to saving electricity. Currently, the use of smartphones is no stranger to the broader community as well as the use of messaging applications such as Whatsapp. This research develops a prototype that applies the concept of remote control to a light control system and monitors light intensity that utilizes the NodeMCU ESP8266 microcontroller and is also a wifi module and uses a relay instead of a switch and also a servo that maintains light intensity. System control uses a smartphone and Whatsapp application to send commands to the microcontroller. The results of testing this prototype can work and function properly, realizing a remote light control system turns off and turns on the lights and adjusts the light intensity through commands sent via the Whatsapp application.
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基于节点Mcu Esp-8266的照明强度控制器设计
利用互联网控制灯光是物联网概念的用途之一。这种光强控制系统是节约电力的一种替代方法。目前,智能手机的使用对更广泛的社区来说并不陌生,Whatsapp等即时通讯应用程序的使用也是如此。本研究开发了一个原型,将远程控制的概念应用于光控系统,并利用NodeMCU ESP8266微控制器监测光强度,该系统也是一个wifi模块,使用继电器代替开关,还有一个伺服器来保持光强度。系统控制使用智能手机和Whatsapp应用程序向微控制器发送命令。测试结果表明,该样机可以正常工作和运行,实现了远程灯光控制系统通过Whatsapp应用程序发送的命令开关灯和调节光强。
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