DEVELOPMENT OF HVAC SYSTEM SIMULATION TOOL FOR LIFE CYCLE ENERGY MANAGEMENT PART 2: DEVELOPMENT OF COMPONENT MODELS FOR HVAC EQUIPMENT
This paper describes the conversion of equipment characteristics into mathematical formulae, verification of the precision of said mathematical formula, and a concrete simulation tool. The main feature of this simulator is that operation of equipment is solved using temperature and flow, not calories.However, the characteristics of equipment are described using as simple a formula as possible. These formula are verified with actual values, and the simulator was confirmed to provide sufficient accuracy for energy management. When an object is connected to another object, calculation begins immediately without a main program. The detailed structure of objects and perspective of the simulation system are shown.
Life Cycle Energy Management Simulation HVAC System
Yoshibumi Sugihara Yuji Miyajima Tetsuji Yasutomo Hiromasa Yamaguchi Hideharu Niwa Masayasu Ito Shigeru Tokita Hideki Tanaka Takeshi Watanabe Mika Yoshinaga Katsuhiro Miura Hideharu Komoda
Nikken Sekkei Ltd.2-18-3 Iidabashi, Chiyoda-ku Tokyo 102-8117 Hitachi Plant Technologies, Sanko Air Conditioning, Kansai Electric Power Government Buildings Department, Ministry of Land, Public Buildings Association, Nagoya University, NTT Facilities, Meijo University, Kajima Corporation,
国际会议
北京
英文
2007-09-03（万方平台首次上网日期，不代表论文的发表时间）