Intelligent Distributed System for Energy Efficient Control

Abstract

In this work, we present an intelligent system developed for energy consumption distributed control and monitoring. It supports real time cloudbased data visualization of power profiles from different areas, so as to optimize overall power consumption. The local intelligent processing unit (LIPU) that control the different environments is described. The communication network model that allows connecting multiple LIPUs to apply power consumption policies defined by the organization is analyzed, and the unit's capabilities in relation to cloud connectivity and realtime processing are considered through a theoretical scalability study. Finally, we describe relevant implementation features in the context of "Facultad

Analysis, Deployment and Integration of Platforms for Fog Computing

“…In this section, a possible implementation of the integration suggested above is described, aimed at showing its application in a real system. An energy control system with the typical requirements of the fog computing model is used [15,16].…”