Estudio de un sistema de bombeo inteligente para Posorja, utilizando HMI, SCADA, PLC, PIPE, VISUAL PETRI, para mejorar la calidad de vida de su comunidad.

Abstract

This thesis project is oriented to the approach of a study for the optimization of a drinking water pumping station in the Parish of Posorja, Ecuador, through an advanced control system. For this purpose, a design is proposed with technologies such as PLC, HMI, SCADA, PIPE and Petri nets to efficiently manage four water pumps. The research seeks to solve challenges such as intermittent water shortages and physical burden on operators. The automation aims to improve operational efficiency, save costs and ensure uniform distribution of drinking water. The methodology is based on a quantitative correlational scientific approach, with literature and simulation methods to analyze and model the control system. This project aims not only to propose a detailed study for local optimization, but also to provide a replicable model for similar systems, promoting sustainable development and efficient management of water resources. The investigation addresses the pressing need to improve the quality of life of the community and ensure the continuous supply of potable water in the future.