Microcontroller-based remote control speed for ceiling fan

Mansor, Muhammad Shahrul Rezza (2020) Microcontroller-based remote control speed for ceiling fan. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

This research focuses on fundamental problems, especially those that occur especially in daily life at home. Usually, it is done manually to turn on and change the fan speed required by the user. That is, with physical touch, this does not pose a problem to someone who is still young, but things like this are difficult for them for someone who is old because the speed regulator is quite high and far. This Ceiling Fan Microcontroller Remote Speed is designed for use at home or at work to make it easier for users to change fan speeds without interrupting their current work, while providing the same results with different conversion methods. The NodeMCU ESP8266 is powered by this device and the Arduino works automatically according to the timer set by the user. The method used in this project is to use an android phone to control and change the fan speed, which will send a signal to the NodeMCU ESP8266 when the user presses the start button on their phone, which will then direct the Arduino to deliver voltage control to the fan motor. The development of this project will reduce the movement of users and there is no need to go far to change the fan speed. Therefore, the development of this project will help regulate the fan speed in a more advanced way, in line with the rapid development of ir4.0.

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