AUTOMATIC SOLAR PANEL PARAMETERS MEASURMENTS AND DUAL TRACKING FACILITY

Mr. Prashant Popat Rahane; Prof. S. S. Katariya

Volume : VIII, Issue : VI, June - 2019

AUTOMATIC SOLAR PANEL PARAMETERS MEASURMENTS AND DUAL TRACKING FACILITY

Mr. Prashant Popat Rahane, Prof. S. S. Katariya

Abstract :

The dual alliance of energy reduction and global warming have taken the development of methods for control and making the use of renewable energy resources as huge public interest topic. As we all know that the solar energy is the most promising renewable energy resources in the world. Available sun tracker systems can specifically improve the production of the electricity as photovoltaic system (PV). This work involves a simple design of a dual–axis solar tracking (PV) system which introduces practical and effective use of the feedback control system with a four–quadrant light dependent resistor (LDR) sensor device and simple circuits, so that it can provide a robust system performance. This work also uses an AC motor which uses a unique dual–axis design and a stand–alone PV inverter to accomplish our objective of solar tracking system. The main innovation is the technical design of a control implementation which is a very simple and effective. Whereas a working prototype is designed to verify the feasibility of such a type of work. The effectiveness of the sun tracker is confirmed experimentally by different ways by testing various parameters. The results of this work definitely will hold a role as valuable references and outline for future solar energy applications which will be efficient system for the mankind.