A Comprehensive Analysis of Solar Panel Performance and its Correlation with Meteorological Parameters: A Study Performed at Jwagal, Lalitpur, Nepal
Date
2024-06
Authors
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Publisher
I.O.E
Abstract
This thesis seeks to undertake a complete investigation of solar panel performance in relation to climatic factors, with an emphasis on Jwagal, Lalitpur, Nepal. The study investigates the complicated interplay between solar energy generation and several climatic characteristics such as temperature, humidity, and solar radiation using rigorous data collection and analysis. The primary goal is to improve the efficiency and dependability of solar energy systems using educated insights generated from meteorological data.
This thesis investigates solar panel performance in relation to meteorological data in order to identify patterns, trends, and correlations that may be used to influence the design, installation, and maintenance of solar energy systems. The global need for renewable energy sources is expanding, thus it is vital to understand how weather patterns and solar panel efficiency interact. Experiment used a wide range of environmental characteristics, including irradiance, temperature, and humidity, and their influence on solar panel performance.
Description
This thesis investigates solar panel performance in relation to meteorological data in order to identify patterns, trends, and correlations that may be used to influence the design, installation, and maintenance of solar energy systems. The global need for renewable energy sources is expanding, thus it is vital to understand how weather patterns and solar panel efficiency interact.
Keywords
Solar Panel, Meteorological Parameters, Correlation, Temperature