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http://dx.doi.org/10.5394/KINPR.2004.28.3.269

Dynamic Peak Load Calculation for Friendly Environment Energy Supply and Demand Plan at the Newport Area in Busan  

Yee, Jurng-Jae (Faculty of Architectural Engineering & Design, Dong-A University)
Lee, Sun-Ae (Graduate School, Faculty of Architectural Engineering & Design, Dong-A University)
Cho, Yong-Soo (Faculty of Architectural Engineering & Design, Dong-A University)
Doe, Geun-Young (Division of Architecture and Ocean Space, Korea Maritime University)
Abstract
The reclaimed land has peculiar characteristic of nature environment unlike midtown or inland and also, in comparison with inland, has bad weather condition, such as low temperature, strong wind, excessive sunshine, and moisture involved in a salt. Therefore the case of developing water front needs understanding characteristic of weather environment mused by reclamation in detail and proper development and organized maintenance. If development which doesn't investigate topographic and climate characteristic sufficiently is drove ahead, a rise of expense for energy and maintenance is going to be mused by deteriorating weather environmental, occurring a flaw of facility and calculating inaccurate capacity of facility. We looked into the weather state and drew up the standard weather data of the newport area in Busan which is reclaiming and developing now. In this research at the base qf the standard weather data, we calculate the dynamic peak loads for commerce, business and residence and then we utilize the results of the load calculation as basic information to determine facility capacity in the rear city of the newport area.
Keywords
climate characteristic; efficient energy system; sustainable environmental system; dynamic peak load calculation;
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  • Reference
1 宇田川光弘(1993), PCによる空氣調和計算法
2 武田仁(1990), 空氣誤和のための東京氣象テ-タに關する 硏究(第1報-TAC法による設計用外界條件), 空氣調和. 衛生工學會論文集, No.41, pp.105-115
3 日本建築設備社協會(1993), 空調設備の動約熱負荷計算人門
4 日本コ-ジェネレ-ション硏究會.日本空調衛牛設術士協會(1988), MICRO-PEAK/1987
5 ASHRAE(1997), ASHRAE HANDBOOK Fundamentals
6 김수녕(2000), (1주완성)윈도우용 통계 소프트, 탐진
7 대한설비공학회(2002), 표준기상데이터
8 서찬석, 김두천(1992), 한국주요도시의 HASP용 표준기상데이터의 개발, 대한설비공학회, pp. 21-25
9 이범석, 정순성, 이정재(1999), HVAC System 설계용 동적 최대부하계산법에 관한 연구(제1보) -설계용 기상데이터 작성 및 Peak 부하의 시산, 대한건축학회 학술발표논문집, 제19권 제1호, pp. 753-758