Estudio del comportamiento de paneles fotovoltaicos bajo diversas condiciones climatológicas mediante herramientas de programación

Abstract

Light energy arriving from outer space is harnessed as a renewable resource. Each sector has unique climatic conditions, including variations in solar radiation, temperature, humidity and precipitation, snowfall, etc. that present significant challenges for performance, efficiency, maintenance, etc. The main objective of this project is to study and reason about the response of solar cells to different climatic conditions. These include direct and indirect effects of sunlight, seasonal changes, temperature extremes, dust accumulation and other factors that directly or indirectly affect solar energy production. The approach used in this study combines meteorological data collected from different geographical locations using simulation tools and mathematical models. Quantitative data directly from solar panels from different geographical locations (local and international) and weather conditions were also selected to reaffirm and add to the results of the representation. The purpose of this research is to know the challenges that photovoltaic panels face in different fields, ecosystems or biomes and to propose positive results and improvement tactics for their correct and performance with the highest efficiency standards, it should be emphasized that this should be done. The collection of the final data in this presentation can provide important information for effective decision making in the future implementation of photovoltaic equipment, in the planning of large solar energy projects and in the application of this technology in different climatic conditions.