Study On The Influence Of Different Environmental Parameters On The Photoelectric Conversion Efficiency Of Photovoltaic System

With advancement in current Photovoltaic systems,it is essential to notice that the systems aren't stable and they face various issues regarding the continuous decrease in the power output with corresponding durability issues.With increasing technological advancement,the systems are increasingly offering challenges for the researchers to ponder upon the issues that ultimately lead to decrease in the overall efficiency of the system.In this aspect,we aimed at studying various issues that were leading the system to deviate from the standard.In the light of the fact mentioned above,various aspects of the study on environmental issues were carried,and real-time data was collected from various Projects of Solar in Pakistan and China.The study first thoroughly studies the impact that Humidity casts on the Solar Panel.Because of the impact of Humidity,considerable stability issues arise that leads to high risk of systems instability in areas that are located in regions with higher humidity ranges.Later the impact of the variations of altitude is considered that also portrays a significant impact on the overall power dispatched from the Solar Panels.Later on,the study proposes a solution to the impact of humidity that it causes on the overall efficiency.A significant amount of power accession is received with the proposed solution to help the power plants to tackle the efficiency issues.The study also thoroughly ponder on the use of solar concentrators for enhancement of power efficiency for any Photovoltaic System.Temperature aspect was identified to have contributed negatively to the power produced above a range specified on the specification list by manufacturer.Moreover,the aspect of power forecasting was also employed to calculate the power output on any of the specified day.It consists of utilizing neural networks to train the system and then utilising the trained system to forecast the power desired on the specified dates.The study is beneficial regarding introducing various approaches to assure higher efficiencies and identifying factors that ultimately lead to technical disturbances in the Power Systems.The study also examines the impact of Solar PV Technology which causes possible environmental pollution.The study concludes with proposing various opportunities and areas which are of significant need regarding Energy Forecasting.