Intelligent Model for Electric Power Management: Patterns

Author:

Viloria Amelec,Hernández Palma Hugo,Gamboa Suarez Ramiro,Niebles Núñez William,Solórzano Movilla José

Abstract

Abstract When talking about electric power, the first thing to think about is whether enough electrical energy is generated to use without paying attention to it, similar to thinking that water will never runs out, but when faced with extreme droughts, people think that water can be depleted and they must save. In this sense, electrical energy must be saved and used completely and that is why the term energy efficiency is born. This new trend seeks to save electric power to avoid electricity supply shortages, as when countries face phenomena such as El Niño that generate droughts in some areas and rains in others. So, saving energy is a trend because it is important to be prepared for these phenomena, and guaranteeing a sustainable country. This document shows the importance of energy savings, as well as the need to design intelligent models that help to support the reduction of the problem of excessive consumption of electricity.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference24 articles.

1. Web of Energy: Hacia la integración inteligente para las redes de sensores en Smart Grids;Caballero,2018

2. Diseño de un sistema inteligente y compacto de iluminación;López;Enfoque UTE,2018

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