OVERALL IMPROVEMENT OF MECHANICAL PROPERTIES WITH ANTI REFLECTION NANOCOMPOSITE COATING AND EFFECTIVE ENERGY MANAGEMENT

In the present conditions, there is a lot demand for the renewable energy and its effective utilization. The improvement in the Anti reflection coated PV Panel is entirely dependent on the improving of Mechanical properties, which will increase the mechanical strength, thermal conductivity and expansion. There are different
techniques that have been implemented for better utilization of solar energy and efficient conversion of one form of
energy into another, and even still lot of research is going on in this area, to improve the mechanical properties so as to make the effective transfer of heat energy. The efficient results in terms of performance improvement and energy
management can be obtained by handling the improvisation techniques for the heat conversion rate, and also implementing the intelligent priority based energy management techniques. With the combination of both these
approaches in a Solar PV System on the panel side as well as energy controlling side, the overall performance is
increased enormously. By the Anti reflection nanocomposite coating (ARNCC) on PV panel, there is a power performance improvement of 36.45%, and with the Priority based energy management controller, there is a huge savings in energy by quick response time in terms of load shedding of unwanted power, based on the schedule of the utilization of loads.