해수 냉방시스템의 빙상경기장 적용 방안 및 LCC 분석
Application and Life Cycle Cost Analysis for Ice-rink using Seawater Heat Source Cooling System
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참고문헌
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초록
On a plan for the Winter Olympics 2018, Korean government is in the process of the world's first use of ocean energy for the Olympic ice-rink. This technology will be applied to a seaside town and have possibility of an export industry. In this study, we researched facilities and system for P ice-rink that acts as a cultural center as well as a physical plant in Busan and provided the way that apply by seawater heat source. Also, existing system and seawater heat source system of P ice-rink was analyzed by the most commonly used life cycle cost analysis among economics methods. Such economics data for ice-rink using seawater will be utilized by a basic information.
Abstract
On a plan for the Winter Olympics 2018, Korean government is in the process of the world's first use of ocean energy for the Olympic ice-rink. This technology will be applied to a seaside town and have possibility of an export industry. In this study, we researched facilities and system for P ice-rink that acts as a cultural center as well as a physical plant in Busan and provided the way that apply by seawater heat source. Also, existing system and seawater heat source system of P ice-rink was analyzed by the most commonly used life cycle cost analysis among economics methods. Such economics data for ice-rink using seawater will be utilized by a basic information.
참고문헌 (5)
- Chae M. B., "A Study on Analysis of Air conditioning System in Ice links", The Society of Air-conditioning and Refrigerating Engineer of Korea, Summer Conference (2009)
- Lee M.O., "Ocean Energy Engineering" (2008), Channam University Publishing Department
- Park J. Y., "Analysis of Validity according to Application of Seawater Heat Source for Ice Link Air-Conditioning System", The Society of Air-conditioning and Refrigerating Engineer of Korea, Summer Conference (2012)
- Park J. Y., "Economics Analysis of Cooling System using seawater Heat Resource for Ice-rink", The Korean Society for Marine Environment and Energy, Autumn Conference (2012)