Abstract
The objective of this research is to develop and design an experimental prototype that allows the capture and storage of irradiance data in real time. Access to this data is through public Mathworks web servers allowing entry from any device. The prototype includes an ESP32 development board, a photovoltaic cell, two temperature sensors and a current sensor, the main function is to measure irradiance, this being the amount of radiant energy received per specific area. This is achieved through the use of a photovoltaic cell, which transforms solar energy into electrical current, the current sensor provides an indirect measure of irradiance by recording the current produced by the photovoltaic cell. Temperature sensors are used to compensate for measurement differences caused by temperature changes in the environment. To get accurate readings, these sensors are strategically placed near the photovoltaic cell. The prototype is connected to the internet, which allows access to irradiance data, showing a practical solution for collecting and monitoring in real time, being useful in applications design and combination of technologies, such as a board of solar energy systems and in precision agriculture.
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