Green engineering of Hong Kong and China's first data centre certified to LEED-CS 2009 Platinum

H. Cochrane, Fredrick Leong, Steven So, George K. C. Or, Melvyn Lai
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引用次数: 1

Abstract

ABSTRACT This paper showcases the green engineering excellence in design, construction and operation of NTT Communications Hong Kong Financial Data Center Tower 2 (FDC2) at No. 6 Chun Kwong Street in Tseung Kwan O Industrial Estate, Hong Kong, and its roadmap in achieving LEED 2009 for Core and Shell Development (LEED-CS 2009) certification to the highest Platinum level. Key environmental issues are discussed with the adopted approach and technologies to avoid, minimise and mitigate environmental impacts. In particular, based on LEED assessment, FDC2 demonstrates the excellence in energy efficiency using server virtualisation to a significant reduction of ∼60% consumption equivalent to ∼510,000,000 kWh per year and greenhouse gas emission equivalent to 357,000 tonnes of CO2. This has attained the maximum 21 Points under LEED-CS 2009 EAc1 Optimise Energy Performance. Notably, FDC2 strives for “Think Sustainability from the Project Start” to reduce energy use, carbon footprint and environmental impacts, with achieving various firsts in Hong Kong and China (according to Green Business Certification Inc. (GBCI)). The sustainable operation of this world class green data centre will continue its pioneered, innovative and excellent environmental performance to play as a role model of sustainable development in the data centre and IT industry.
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香港绿色工程和中国首个通过LEED-CS 2009白金认证的数据中心
摘要本文展示了香港将军澳工业区春光街6号NTT通信香港金融数据中心2号楼(FDC2)在设计、施工和运营方面的卓越绿色工程,以及实现核心与外壳开发LEED 2009(LEED-CS 2009)最高白金级认证的路线图。通过所采用的方法和技术讨论了关键的环境问题,以避免、最大限度地减少和减轻环境影响。特别是,根据LEED评估,FDC2证明了使用服务器虚拟化在能效方面的卓越性,显著降低了约60%的能耗,相当于约510000000 每年千瓦时,温室气体排放量相当于357000吨二氧化碳。在LEED-CS 2009 EAc1优化能源性能下,这一成绩达到了最高21分。值得注意的是,FDC2致力于“从项目一开始就考虑可持续性”,以减少能源使用、碳足迹和环境影响,在香港和中国实现各种第一(根据绿色商业认证股份有限公司(GBCI))。这个世界级绿色数据中心的可持续运营将继续其开创性、创新性和卓越的环境绩效,成为数据中心和IT行业可持续发展的榜样。
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来源期刊
Transactions Hong Kong Institution of Engineers
Transactions Hong Kong Institution of Engineers Engineering-Engineering (all)
CiteScore
2.70
自引率
0.00%
发文量
22
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