Development of Control and Monitoring System Arduino Uno based on AC Window

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  • Eddy Erham State Polytechnic of Bandung (POLBAN)

Abstract

Technological developments and concern for systems that are practical or energy efficient have encouraged
researchers to make creative efforts and improvements to existing equipment and technology in various fields. This
also includes in the AC field. In this research, the development of control and monitoring system for Window AC
was carried out. For the design of the control system as the controller was used Arduino Uno. This Arduino was
uploaded with the designed program. Meanwhile, the monitoring system was designed to use three ways, namely
LCD, laptop and smartphone which were supported by Arduino, Labview and App Inventor software, respectively.
The result is the control and monitoring system which is accurate and more attractive. The on-off control system
applied to the window AC has a design error of 0.02 oC. And for AC that is in a high position, there is no need to go
upstairs, because the setpoint and control differential can be adjusted via bluetooth

References

[1]. Eddy E., Markus, and Wina P.S. (2018).” Design of a New On-Off Controller Based on
Arduino Uno R3 with Application to Window A/C.” IPTEK J. of Pro. Series 2:180-188
[2]. Eddy E., Rezky S.(2020). “Design of an on-off control system and a new display via
internet based on arduino uno r3 with application to window a/c “ IOP Conf. series Mat.
Sc. and Eng. 830(4) .
[3]. Ibnu H., Eddy E., Luga M. (2016) “Pengembangan sistem kontrol dan monitoring pada
AC Window” , Poban.
[4]. Premeaux E. Arduino Project to Save the World. Technology in Action. 2011.
[5]. Ross D.M., and Robert M. (2009). “Fundamentals of HVAC Control Systems.”
Atlanta : American Society of Heating, Refrigerating, and Air Conditioning, p 1791
Published
2021-11-09
How to Cite
Erham, E. (2021) “Development of Control and Monitoring System Arduino Uno based on AC Window”, ReTII, pp. 1-7. Available at: //journal.itny.ac.id/index.php/ReTII/article/view/2601 (Accessed: 7December2022).