Diseño e instalación de un módulo didáctico de Energía Solar Fotovoltaica con monitoreo de variables.

Abstract

This project focuses on the design and installation of a didactic module that allows me to maximize the collection of solar energy from a 200w photovoltaic system and its due protections against over currents and over voltages, which are unfavorable aspects that could endanger the other equipment of the system, for which in the first instance the project was approached from a research aspect, then generate a conceptual design by analyzing its structure and is to develop an application that takes data via wifi, bluetooth and internet which uses sensors to monitor the temperature of the inverter and battery. The voltage regulator and voltage sensor will be used for communication between the ESP32 module, sensor and the IoT platform blynk. It is important to emphasize that renewable energy sources such as solar, wind, hydro, biomass, geothermal, among others, are viable because of the high amount of energy potential available in the country due to its geographical location. Science and technology advance, day by day, in an accelerated way, such is the case, that devices as complex as the ones used in this project generate energy from direct current to alternating current generating electricity. Energy consumption in homes and buildings is large and in the future tends to be unsustainable for our planet, both for the depletion of natural resources and for the irreversible damage caused to the ecosystem.