A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Assessing the environmental impact of data centres part 2: Building environmental assessment methods and life cycle assessment
https://orcid.org/0000-0002-5761-3591
Abstract Data centres consume high levels of energy to power the IT equipment contained within them, and extract the heat they produce. Because of the industry's heavy reliance on power, data centre metrics have historically used operational efficiency as a proxy for sustainability. More recently the industry has begun to recognise that its focus needs to go beyond energy consumption, with the creation of metrics for issues such as carbon, water and compute efficiency. However, single-issue metrics often consider only the operational phase, omitting impacts from other issues, during other stages in a facility's lifetime. Further approaches exist to assess more holistically the impact of data centres, such as building environmental assessment methods, but none have the capacity to capture fully the interlinked nature of a system, where improvements in one area and to one impact, can adversely affect a totally different area and totally different impacts. The following review of literature summarises the approach of the data centre industry to environmental impact, and provides direction for future research. Part 2 describes the use of building environmental assessment methods and tools; and concludes the need to apply life cycle thinking to more holistically assess the environmental impact of data centres.
Highlights Data centres are high energy consumers. Building environmental assessment methods consider multiple independent issues. A more holistic approach to environmental impact is required. Data centre LCA benchmarks and tools are required. Data centre rating system based on LCA is required.
Assessing the environmental impact of data centres part 2: Building environmental assessment methods and life cycle assessment
https://orcid.org/0000-0002-5761-3591
Abstract Data centres consume high levels of energy to power the IT equipment contained within them, and extract the heat they produce. Because of the industry's heavy reliance on power, data centre metrics have historically used operational efficiency as a proxy for sustainability. More recently the industry has begun to recognise that its focus needs to go beyond energy consumption, with the creation of metrics for issues such as carbon, water and compute efficiency. However, single-issue metrics often consider only the operational phase, omitting impacts from other issues, during other stages in a facility's lifetime. Further approaches exist to assess more holistically the impact of data centres, such as building environmental assessment methods, but none have the capacity to capture fully the interlinked nature of a system, where improvements in one area and to one impact, can adversely affect a totally different area and totally different impacts. The following review of literature summarises the approach of the data centre industry to environmental impact, and provides direction for future research. Part 2 describes the use of building environmental assessment methods and tools; and concludes the need to apply life cycle thinking to more holistically assess the environmental impact of data centres.
Highlights Data centres are high energy consumers. Building environmental assessment methods consider multiple independent issues. A more holistic approach to environmental impact is required. Data centre LCA benchmarks and tools are required. Data centre rating system based on LCA is required.
Assessing the environmental impact of data centres part 2: Building environmental assessment methods and life cycle assessment
https://orcid.org/0000-0002-5761-3591
Abstract Data centres consume high levels of energy to power the IT equipment contained within them, and extract the heat they produce. Because of the industry's heavy reliance on power, data centre metrics have historically used operational efficiency as a proxy for sustainability. More recently the industry has begun to recognise that its focus needs to go beyond energy consumption, with the creation of metrics for issues such as carbon, water and compute efficiency. However, single-issue metrics often consider only the operational phase, omitting impacts from other issues, during other stages in a facility's lifetime. Further approaches exist to assess more holistically the impact of data centres, such as building environmental assessment methods, but none have the capacity to capture fully the interlinked nature of a system, where improvements in one area and to one impact, can adversely affect a totally different area and totally different impacts. The following review of literature summarises the approach of the data centre industry to environmental impact, and provides direction for future research. Part 2 describes the use of building environmental assessment methods and tools; and concludes the need to apply life cycle thinking to more holistically assess the environmental impact of data centres.
Highlights Data centres are high energy consumers. Building environmental assessment methods consider multiple independent issues. A more holistic approach to environmental impact is required. Data centre LCA benchmarks and tools are required. Data centre rating system based on LCA is required.
Assessing the environmental impact of data centres part 2: Building environmental assessment methods and life cycle assessment
Whitehead, Beth (author) / Andrews, Deborah (author) / Shah, Amip (author) / Maidment, Graeme (author)
Building and Environment ; 93 ; 395-405
2014-08-08
11 pages
Article (Journal)
Electronic Resource
English
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