SOLAR TRACING SISTEM BERBASIS INTERNET OF THINGS

Margiono, Margiono (2023) SOLAR TRACING SISTEM BERBASIS INTERNET OF THINGS. Sarjana (S1) thesis, Universitas Islam “45” Bekasi.

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Abstract

Electricity at this time includes a primary need for every human being. In addition, electricity also has a role in various fields such as development, health, and technology. The need for the Indonesian people for electrical energy is currently getting higher, this is in line with the increase in population and also technological advances. Utilization of sunlight that can be converted from solar energy into electricity using solar panels, objects attached to solar panels are fixed or Fixed. As a result, the sunlight received is less than optimal. This is because when the sun rises, the position of the panel is not perpendicular to the sun. The solar panels need to be moved. This research was conducted to create a tool that can follow the direction of the sun's rays while also being able to easily monitor the output voltage and current on a solar panel. The methods used in this research are tool design, tool assembly and tool testing. The results of this study, have successfully designed a solar tracking tool based on the internet of things. The conclusion in this study is that this tool works based on solar energy. The LDR sensor is used as a detector for the arrival of sunlight. This tool can work by following the movement of sunlight. The mechanical component of this tool uses a servo motor as the driving force. Testing on the servo motor has a range of 1-6 degrees with the position of the light. NodeMCU on this tool works very well in sending data to ThingSpeak. Then the solar tracking test gets an efficiency value of 0.63%.

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