Abstract:

The aim is to design a working sun-based global positioning framework that is ready to follow the daylight with the help of a light ward resistor (I-DR) as an information sensor to read the force of daylight. The sun powered global positioning framework makes use of a stage as its foundation, which is moved by a DC motor since the stage should be pushed towards the sunlight to obtain the best light. A microcontroller is used to modify a solarpowered global positioning system. The Arduino UNO serves as the primary regulator. Following the setup of the equipment and programme, the following movement of the global positioning framework was performed to follow the sun based on daylight course It is intended in this work that the movement of the global positioning framework is dependent on the worth evaluated by LDR. Finally, the sun-based global positioning framework may improve the competence of the sun-based boards by retaining the sunlightbased boards opposing the sun's position. This system will operate on a floating system to decrease land use.

Description:

Sun Tracking, LDR Sensor, Arduino, Water Floater, Battery, DC Motor, Land conservation, Renewable energy.