Reducción del consumo de energía en redes de irrigación, usando ofimática.

Abstract

This project aims to implement an innovative and practical design for pressurized irrigation networks, where programming of hydraulics for the sectoring is also used to establish the advantages gained in the design economy in the networks. The case studies are two pressurized irrigation networks (Tuncarta and San Rafael), they design them a demand is made, and two designs for shifts, one with zoning and another without taking into account. It is modeled on the Epanet software, where all hydraulic properties and topological characteristics of networks is placed; once executed analysis data internally calculated by the program takes to make a schedule (Toolkit), in which the nodes of consumption is classified by levels of pressure energy, and is divided into three energy sectors for distribution two shifts. An analysis of shift networks running, different sprinklers are chosen for the sectors and for the network designed to demand, then an analysis of economy with prices for establishing these networks and economic efficiency is determined.