Sistema de monitoreo de temperatura y humedad con él sensor DHT-11 para el regado de hortalizas de forma remota mediante la utilización del microcontrolador Wifi ESP8266 aplicando el internet de las cosas en la ciudad de Guayaquil.

Abstract

This curricular integration work presents a design proposal for an irrigation system for vegetables in the city of Guayaquil using an Esp8266 Wi-Fi microcontroller, in addition to monitoring temperature and humidity. The fundamental objective is focused on the application of Internet of Things technology for the remote regulation of the variables of interest in vegetable crops through an irrigation system designed and controlled by the microcontroller in the city of Guayaquil. The methodology to be used is descriptive since it explains and details the operation of the Internet of Things and the sensors that measure temperature and humidity. The analytical-deductive method is also used since it is used in experimental research and quantitative applications that facilitate the response to research. Finally, the documentary style methodology is used in search of bibliographic resources that lead to more effective research and with better results.