Development of an integrated intelligent building control system through an automated scenario based approach

Abstract

Integrated Building Control Systems (IBCS) may consist of public address and pipe music systems (PAPMS), elevator management systems, fire/life protection and detection systems, CCTV systems, access control systems, and building energy management systems (IBCS). So, the Integrated Intelligent Building control system has a major influence on energy efficiency, indoor environmental variables/parameters, analysis & survey, health and safety. It is well acknowledged that an Integrated Intelligent Building control system may improve a building's environmental and economic performance. Basically, automated high-rise buildings can regulate /control its inside environment parameters using a computer in view of improved cost effective energy usage, building users satisfaction, safety, and productivity. Energy, Safety and comfort management, as the principal function of a high rice defence building control system, seeks to resolve the tension between increasing user wellbeing including safety and lowering building operating costs. This thesis presents a novel method for Intelligent Building Control systems that use an intelligent facility manager to autonomously regulate the building environment. This thesis discusses the present problems facing when constructing the Integrated Building Control System and further explains available and required facilities and the importance of acquiring information from sensors through common architecture with a common protocol (Communication language). Further, this describes how Building Control System architecture (including all required facilities) utilizes its sensory data to understand and identify exciting/ real time situations from the behaviour /scenario of persons and systems whilst always providing a fast, safe response to any situation. Finally, this report shows how deep can utilize this system for early warning and firefighting of high-rise defense building Keywords: Building Automation, Facility Management, Defence Building