Data Centers Revisited: Assessment of the Energy Impact of Retrofits and Technology Trends in a High-Density Computing Facility

Author:

Blazek Michele1,Chong Huimin2,Loh Woonsien3,Koomey Jonathan G.4

Affiliation:

1. Director, Technology and Environment, AT&T, 4430 Rosewood Dr., Ste. 3188, Pleasanton, CA 94930.

2. Business Development Executive, Singapore Computer Systems, Ltd., Blk 10G, Braddell Hill #04-28, Singapore, 579726.

3. Assistant Manager, Business Development, InfoComm Development Authority of Singapore, 7 Siglap Rd., #10-55, Singapore 448909.

4. MAP/Ming Visiting Professor of Energy and Environment, Dept. of Civil and Environmental Engineering, Terman Engineering Center, Room 240, Stanford Univ., Stanford, CA 94305-4020.

Publisher

American Society of Civil Engineers (ASCE)

Subject

Civil and Structural Engineering

Reference13 articles.

1. Beck F. (2000). “Energy smart data centers: Applying energy efficient design and technology to the digital information sector.” Renewable energy policy project (REPP) Research Rep. November 2001.

2. Blazek M. Rhodes S. Kommonen F. and Weidman E. (1999). “Tale of two cities: Environmental life cycle assessment for telecommunications systems: Stockholm Sweden and Sacramento CA.” IEEE Int. Symp. on Electronics and the Environment Piscataway N.J.

3. Lawrence Berkeley National Laboratory (LBNL). (2003). “Berkeley Lab.” Berkeley Calif. 〈http://www.datacenter.lbl.gov〉.

4. Mills M. P. (1999). “The internet begins with coal: A preliminary exploration of the internet electricity consumption.” Greening the Earth Society May 1999.

5. Mitchell-Jackson J. (2001). “Energy needs in an internet economy: A closer look at data centers.” MS thesis Energy and Resources Group Univ. of California at Berkeley Berkeley Calif.

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