Implementation of a Solar Tracker with a Dual-Axis Single Motor for an Optical Sensor-Based Photovoltaic System

The double dangers of vitality exhaustion and a worldwide temperature alteration put the improvement of strategies for outfitting sustainable power source assets at the focal point of open intrigue. Sun based vitality is a standout amongst the most encouraging sustainable power source assets. Sun trackers can generously enhance the power creation of a photovoltaic (PV) framework. This paper proposes a novel outline of a double hub sun based following PV framework which uses the input control hypothesis alongside a four-quadrant light ward resistor (LDR) sensor and straightforward electronic circuits to give powerful framework execution. The proposed framework utilizes an extraordinary double hub AC engine and a remain solitary PV inverter to achieve sun powered following. The control usage is a specialized development that is a basic and compelling plan. Moreover, a downsized lab model is developed to check the possibility of the plan. The adequacy of the Sun tracker is affirmed tentatively. To finish up, the aftereffects of this examination may fill in as important references for future sun powered vitality applications.