Integration of data reporting and visualization of an Energy Management System for Buildings

Abstract

The world is becoming more cyber-centric, less disconnected as well as extra sustainable. Energy system have become as the primary resource of the infrastructure of the society. Most European Buildings are a hub of energy related wide variety of data resources. The data can be gathered from numerous sectors such as smart meters, sensors, IOT related devices etc. The present capacity of the building sector is considered as below bar . In EU, as it accounts for nearly 40 Percent of the energy consumption, it should have a key e ective energy management policy. If we can oversee this energy and other requirement in buildings skillfully and brilliantly, it will be able to acquire substantial blessings in a long run. A building energy management system is an advanced method to monitor and control the building's energy requisites. Besides energy management, the system can control as well as monitor a signi cant range of various facets of the building irrespective of their utilization i.e. residential or commercial. The project contains an existing energy measurement procurement system with a commanding assimilation of a system that permits us the analysis of the energy consumption in a building, rendering tools for decision making. The visualization system will give the opportunity for the amalgamation and characterization of information coming from data acquisition units, DAU , which are executed either by real smart meters or industrial energy measuring units (implemented in the real building). This can also be done by means of virtual units (based on simulation models, speci cally being able to intermix the simulation of consumption from Elevators as a basis of former projects).