Design of Advanced Solar Tracking System for Mobile Laboratory

American Journal of Computer Science and Engineering Survey (AJCSES) is a peer review open access journal publishing the state of the art research in computer science and engineering survey.

American Journal of Computer Science and Engineering Survey (AJCSES) is devoted to the publication referred papers on cutting-edge research in all the scientific areas of Computer Engineering and novel insights into its technology.  Journal intends to provide its researchers, practitioners and academics the latest and remarkable researches made by different scientists and industrial experts by providing free access to the published articles.

Solar tracking system is power generating method from sunlight. Solar tracking device ensures the optimization of conversion of solar energy into electricity by properly orienting the photo-voltaic panels in accordance with the real position of the sun. This paper reveals with the design and execution of a solar tracking system to be used for photovoltaic panels. The design is based on the power requirement of fans and tubes of the mobile laboratory consisting of physics, chemistry and computer apparatus. The working of solar tracking system is based on manually controlled hydraulic direction unit that is operated with a circuit and further this circuit is controlled by micro controller circuit. Directional control unit consists of three jacks in triangular shape are fitted at 120 degree from centre and 60 degree to each other. Two photovoltaic modules of 75 Watt each are used and these panels are connected in series in this fabricated tracking system. This present solar tracking system can enhance the efficiency by 25% as compared to static module.

The solar tracking system for photovoltaic panels is a great concern especially in morning and evening hours of a day and the panels get back to their initial position during night so this system saves energy by keeping motor and pump off during night. If one time investment of tracking module in addition to panel, batteries and convertor is considered then positive amount of money can be saved. The design of present solar tracking system is based on manually controlled hydraulic direction unit operated by circuit and further controlled by micro controller circuit. This present solar tracking system can enhance the efficiency by 25% as compared to static module.

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