Desarrollo de un sistema de riego inteligente para un terreno multicultivo de la parroquia “11 de noviembre” en Cotopaxi

Abstract

An intelligent irrigation system is presented which is mainly controlled by a fuzzy logic algorithm that takes as inputs the environmental temperature, the humidity of each crop and the activation or deactivation of the fertilizer irrigation of each plantation. Similarly, I implement a reservoir level control system in both the water tank and the fertilizer tank. The actuators that will be implemented are solenoid valves and a water pump which will be activated depending on the inputs and the inference rules of fuzzy logic. All the variables of the system will be displayed in an application, as well as the selection of each crop and the time and day in which you want to activate the irrigation of the fertilizer. The low level reservoir and frost detection alarms will be sent by SMS message so that the user can take the situation into account and take action in this regard.