The main objective of this project is to simulate, analyze and compare the performance impact of various factors on efficient and reliable working of Solar system module with the real time module present in solar grid at N.P.Kunta.
In one time frame Single Axis Polar tracking power plant is giving better performance whereas in other time frame Single axis tracking power plant is giving better output. from October to March and other from April to September. After observing the energy outputs from each power plant, the entire 12 months of time in a year is divided into two time frames viz.
The energy outputs of Single Axis Polar tracking power plant and Single axis tracking power plant are compared from May '15 to September '16. Out of three mechanisms, Single axis Polar tracking, Single axis tracking power plants produce more amount of electrical energy compared to seasonal tilt power plant. This plant uses three mechanisms to trap the solar energy from the sun to produce electrical energy from the solar array. In this paper 280kWp Photovoltaic grid connected power plant commissioned at CVR College of Engineering is taken for research study. Grid connected PV systems have become the best alternative to bulk electrical power consumers like industries and other institutions. After considering all these circumstances, we can say it is a effective device using renewable energy which can make a good contribution in Bangladesh’s power grid.The growing electrical energy demand in developing countries like India has triggered the scientists and engineers to think of new and innovative methods in the field of renewable energy sources especially solar energy. Sun tracing moving solar power device can increase solar power efficiency from installing at beach side through using sunlight and it is also affordable to install. Also, it will have a light, fan, Digital Monitor, renewable power source and a charging port available.
As a result of this convert, the tourist will be able to use air fan which will be comfortable for the people during summer. A sun tracking solar panel above the umbrella attached with bench which will convert the sun light to electricity. Our project provides a solution for it which can make tourists destination more accommodate and more user friendly and technology friendly. This smart power device alone can increase 6% tourism in our underdeveloped overseas tourism of our country and it will turn into a profitable investment. This paper presents the design and developing of a device which can give effective renewable energy from having sun tracing solar power.
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