Proposta montagem de estação meteorológica e monitoramento via Bluethooth da Usina Fotovoltaica do IFAM -CMDI

Abstract

The growing demand for renewable energy, particularly photovoltaic systems, has emphasized the importance of monitoring environmental parameters that affect energy production efficiency. Photovoltaic power plants are influenced by variables such as temperature, solar irradiance, humidity, and wind speed, which directly impact their performance. This work proposes the implementation of a weather station to monitor key meteorological parameters and the integration of Bluetooth technology for real-time monitoring of the IFAM-CMDI photovoltaic power plant. Using low-cost microcontrollers, high-precision sensors, and wireless communication, this project aims to provide a practical and efficient solution to monitor environmental conditions and optimize the operation of the photovoltaic system. In addition to hardware assembly, software will be developed to analyze and display data from the station in real-time on mobile and desktop devices. This system will allow for greater predictability of plant performance, resulting in better energy management and decisionmaking regarding maintenance and efficiency optimization. The goal of this proposal is to offer a comprehensive and low-cost solution that enhances the reliability and operational control of photovoltaic plants while contributing to the research and technological development of renewable energy monitoring systems