MONITORING SYSTEM DESIGN OF TRACKING SYSTEM ON SOLAR PANEL FOLLOWING THE SUN ROTATION BASED ON INTERNET OF THINGS

Irdza Wardhana, Hendro Priyatman, Hilda Judiarto

Abstract


In the field of energy, the sun is a large amount of energy and is still little utilized. Solar panels are a tool for utilizing solar energy into electrical energy. The average installation of solar panels is still static/fixed. Static solar panels cause the reception of sunlight energy to be less than optimal. To maximize the energy of sunlight, this solar panel is made dynamic or moved following the direction of sunlight. The monitoring process will be carried out based on the Internet of Things where the parameters to be measured are the value of voltage,current,power,solar panel temperature,and solar irradiation which will appear on the Blynk application via smartphone. Tests were conducted to determine the characteristics of the parameters measured between static solar panels and dynamic solar panels for 7 days. The maximum power value obtained by dynamic solar panels is better than the maximum power obtained by static solar panels, the largest average test value for 7 days from solar panels obtained a power value of 8.54 Watts and on static solar panels obtained a power value of 7.03 Watts. The position of the solar panel towards the sun, environmental conditions,weather conditions affect the value of the measured parameters.

Keywords


Sun;Solar Panel;IoT;Monitoring;Power

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References


Benny, I. M. P. W., Bgs, I., Swamardika, A., & Wijaya, I. W. A. (2015). Design of Solar Panel Tracking System Based on Arduino Microcontroller. vol, 2, 115-120.

Fauzan, A. (2016). Solar Tracking System to Optimize Solar Energy Absorption on Solar Panels Using Atmega 16 Microcontroller (Doctoral dissertation, MUHAMMADIYAH UNIVERSITY JEMBER).

Priyono, A. (2018) DESIGN OF A SOLAR PANEL MOVEMENT FOLLOWING THE DIRECTION OF THE SUN VERTICALLY. Journal of Electrical Engineering, Tanjungpura University, 1(1).

Asmi, J., & Candra, O. (2020). Prototype of Two Axis Solar Tracker Based on Arduino Nano Microcontroller with LDR Sensor. JTEV (Journal of Electrical and Vocational Engineering), 6(2), 54-63.

Anglistia, S. (2018). Prototype of Sunlight Tracking System in Arduino-based Solar Power Generation System (Doctoral dissertation, Universitas Muhammadiyah Surakarta).

Widiharsa, F. A. (2006). Characteristics of Solar Panels with Variations in Radiation Intensity and Panel Surface Temperature. TRANSMISSION, 2(2), 233-242.

Faizal, A., & Setyaji, B. (2016). Maximum Power Point Tracking (MPPT) Design on Solar Panel Using Sliding Mode Control Method. Journal of Science, Technology and Industry, 14(1), 22-31.

Jager, K.et al.(2014). Solar Energy Fundamental,Technology and System. Delft : Delft University of Technology.

Fadhlullah, K. (2017). Design of Arduino-based Solar Tracking System (Doctoral dissertation, Universitas Islam Negeri Alauddin Makassar).

Alwy, D. R. (2019). Design of an Internet of Things (Iot) Based Solar Panel Performance Monitoring and Control System (Doctoral dissertation, Faculty of Engineering, University of Jember).

Hiendro, A. (2021) Application of Blynk Application on Photovoltaic Simulator. Journal of Electrical Engineering, Tanjungpura University, 2(1).

Winata, R. A., & Nuryadi, S. (2018). Prototype of Automatic Control of Garden Lighting with Arduino-Based Solar Power (Doctoral dissertation, University of Technology Yogyakarta).

Sukaridhoto, Sirusta. 2016. Playing with Internet of Things and Big Data. Surabaya: Politeknik Elektronika Surabaya

Jatmiko, E., Marindani, E. D., & Panjaitan, S. D. (2020). PID Control System Tracking Sun Position and Monitoring Panel Performance Based on Android. Journal of Electrical Engineering, Tanjungpura University, 1 (1).

Ciasaka, F. (2023). Design of Supervisory Control and Data Acquisition (SCADA) System on Solar Panels Based on the Internet of Things. Tanjungpura University.Pontianak.




DOI: https://doi.org/10.26418/telectrical.v1i1.69944

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