Efficiency Improvement of Renewable Integrated Power System Using Advance Power Tracking Algorithm

The need for energy-efficient electric power sources in remote locations is a driving force for research in hybrid energy systems. Power utilities in many countries around the world are diverting their attention towards more energy efficient and renewable electric power sources. Reasons for this interest include the possibilities of “taxes� or other penalties for emissions of greenhouse gases as well as other pollutants plus the finite supply of fossil fuels. The use of renewable energy sources in remote locations could help reduce the operating cost through the reduction in fuel consumption, increased system efficiency and reduced noise and emissions. A PV system which can be tied to the grid converts sunlight to electrical energy that can be fed into AC distribution board along with main supply. The generated power by PV module will reduce the consumption from the main grid. A roof-top PV system means that the PV arrays are mounted on the roof of buildings. A PV system along with its components are specifically designed for power requirement and can be used within the specified power limits. By this project we aim to to tackle the existing load and energy demands of the population and try to cure the existing grid system to be more efficient, cost efficient, reliable and can provide uninterrupted power supply to consumer. Power quality is same as that of grid power and can be used for any applications along with the grid supply.