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Solar Powered Light Automation System Using Wireless Multi-controlled Switches

Noli Mark A. Paala, Rich Jorald M. Sabar, Mary Antonete D. Mortel, Couline A. Fadriquelan, and Klyssa F. Saulong
John Paul College, Philippines
Abstract—The study was developed to minimize the time consumed in turning on/off and in monitoring light bulbs in the school through the use of Android phone, LDR and Computer. It also aimed to minimize the power consumption through the use of solar energy. In this paper, it also focused on the collaboration of Bluetooth technology and Computer-Based System as tools in creating automation. It used hardware such as Arduino Mega microcontroller, HC-06 Bluetooth Module, Light Dependent Resistor, solar panel, Solar Charge Controller (SCC), DC-AC Inverter, 12V 60 Ampere-hour lead acid rechargeable battery, 24 light bulbs, relay module, manual switch buttons, Android phone and a computer. Using an Android phone, the light bulbs can be controlled using Android Light Saver App made from MIT App Inventor. This app requires an username and password before use. It can be used by tapping the on and off command in each light or using voice command. The Light Controller System installed in the computer was made from Microsoft Visual Studio with C# programming language. It has light switching control, timer, voice control, scheduler and alarm. Using Light Dependent Resistor, the light bulbs can automatically turned on or off when it is already night and day time. Light bulbs can also operated manually.
 
Index Terms—Arduino, light automation, Android App, solar powered lights, LDR

Cite: Noli Mark A. Paala, Rich Jorald M. Sabar, Mary Antonete D. Mortel, Couline A. Fadriquelan, and Klyssa F. Saulong, "Solar Powered Light Automation System Using Wireless Multi-controlled Switches," International Journal of Electronics and Electrical Engineering, Vol. 7, No. 4, pp. 83-86, December 2019. doi: 10.18178/ijeee.7.4.83-86
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