| Title |
Developing an Integrated Simulation Model for Optimal Design and Performance Evaluation of Intelligent Building Systems |
| Authors |
송규동 ; 배중원 ; 고성준 ; 임동진 ; 홍승호 |
| Abstract |
To provide pleasant building environment and the ease of facility maintenance and management, many new office buildings are being built as intelligent buildings. Building control systems which are employed in intelligent buildings require advanced types of controllers and varieties of control schemes. Designing and installation of the advanced building control systems require a vast amount of effort and money. Therefore, in order to design control systems which are optimized in terms of performance and cost effectiveness, it is necessary for the designers to have means to analyze and estimate the performance of designed control schemes and systems. This paper presents a prototypical simulation tool for several important intelligent building systems. The simulator developed in this study is composed of four part: 1)HVAC system simulation module, 2)elevator simulation module, 3)fire evacuation modeling module for the fire emergency or similar disasters, and 4)network simulation module. This paper mainly describes the functions and modelling method for each module and several examples of simulation results. |