Dual Axis Smart Solar Tracker Using Arduino

This paper presents the plan and pragmatic execution of a basic dynamic dual-axis sun powered tracker (DAST) to follow the sun's development by utilizing less segments and low-cost also. A dual-axis instrument is created to tilt the PV board by Servo motor and rotates using mechanical motor confronting the most noteworthy power of daylight detected using light dependent resistors sensors, which are fixed in the four edges of the frame. The DAST model was developed essentially and tried utilizing a real-time virtual instrument dependent on Dominate to decide its proficiency. Also, a correlation dependent on trial results between the energy delivered by the proposed savvy DAST and a fixed board shows that the brilliant DAS $T$ produces 36.26% more energy contrasted with the fixed board. The proposed dynamic DAS T can be effortlessly carried out without having profound information about sun oriented following innovations and electronic designing.