How to Measure Data Center Sustainability

Nov. 10, 2022
As data center operators increasingly prioritize sustainability, it’s critical that they establish measurable ways to evaluate and report their progress to various stakeholders.

This launches our article series on metrics and mechanisms that data center operators can use track progress towards their environmental, social, and corporate governance goals.

Gartner expects spending on data center systems to rise more than 11% in 2022, making it the fastest- growing segment of all IT infrastructure. Dell'Oro Group forecasts data center physical infrastructure spending to continue to grow at an 8% compound annual growth rate through 2026 to over $31 billion.

Much of this expansion is expected to be driven by cloud and co-location service providers, many of which have made sustainability a top priority. Growing demand for smaller edge data centers, which are typically located closer to population areas, is further driving the construction of facilities that harmonize with local communities.

With sustainability fast becoming a priority for the entire industry, operators must establish material, impactful and measurable ways to assess progress and communicate results to stakeholders. There are many standards and certifications to choose from. While choosing the right ones for an organization can be complex, those decisions guide operators toward practices that drive continuous improvement and demonstrate a commitment to constituents.

Company-set goals are typically guided by standards like the International Organization for Standardization (ISO) 14001 and ISO 50001, as well as a host of metrics that measure factors like power, energy efficiency, water consumption, greenhouse gas emissions, materials recycling, and carbon credits.

Hyperscalers lead the way

The major cloud vendors have set ambitious sustainability goals that other operators can emulate.

  • Facebook has committed to reaching net zero emissions across its value chain in 2030.
  • Google plans to achieve zero-waste-to-landfill for its global data center operations in the same timeframe.
  • Microsoft has pledged to be carbon negative by 2030 and by 2050 to remove from the environment all the carbon the company has emitted directly or by electrical consumption since 1975.

These ambitious goals may not be practical for the average data center and shouldn’t be used to define the standard for sustainability. Rather, every data center operator should develop a realistic program that is relevant to its business, set its own goals, and measure progress. Measurement is the cornerstone of the effort.

This article series proposes a set of metrics and mechanisms that any data center can use to evaluate and report on its progress toward sustainability goals. It also aims to demystify the major International Organization for Standardization (ISO) sustainability standards such as ISO 50001, ISO 9001, ISO 30134, ISO 14064, and ISO 14001.

Data center operators can use these frameworks and management system standards to establish a baseline of metrics that track their progress toward their companies’ environmental, social, and corporate governance goals, as well as to demonstrate compliance with various regulations set forth by federal governments. Compliance also has business benefits as it may enable operators to opt out of some government-imposed energy requirements.

Use these standards to create a framework for sustainability improvement as well as relevant metrics for each. They can be applied to evaluating your performance as well as those of your supply chain partners.

Download the entire special report, "Beyond Greenwashing: Sustainability Meets Compliance," courtesy of Iron Mountain Data Centers, to learn more. In our next article, we'll explore the five basic impact areas of sustainability goals.

About the Author

Paul Gillin

Paul Gillin is a speaker, writer and technology journalist who has written five books and more than 400 articles on the topic of social media and digital marketing. A technology journalist for 25 years, he has served as Enterprise Editor of the tech news site SiliconAngle since 2014. He was founding editor-in-chief of B2B technology publisher TechTarget, and served as editor-in-chief and executive editor of the technology weekly Computerworld.

Sponsored Recommendations

How Deep Does Electrical Conduit Need to Be Buried?

In industrial and commercial settings conduit burial depth can impact system performance, maintenance requirements, and overall project costs.

Understanding Fiberglass Conduit: A Comprehensive Guide

RTRC (Reinforced Thermosetting Resin Conduit) is an electrical conduit material commonly used by industrial engineers and contractors.

NECA Manual of Labor Rates Chart

See how Champion Fiberglass compares to PVC, GRC and PVC-coated steel in installation.

Electrical Conduit Cost Savings: A Must-Have Guide for Engineers & Contractors

To help identify cost savings that don’t cut corners on quality, Champion Fiberglass developed a free resource for engineers and contractors.

Getty Images, courtesy of Schneider Electric
Source: Getty Images, courtesy of Schneider Electric

Minimizing Cyber Risk and Doing it in a Simplified Way – the Key to Secure IT Infrastructure Success

Kevin Brown, SVP EcoStruxure Solutions, Secure Power for Schneider Electric, outlines two major areas of focus when it comes to cybersecurity.

White Papers

Get the full report

Ethernet in Data Center Networks

Aug. 1, 2022
This white paper from Anritsu discusses Ethernet usage trends in data center networks, as well as the technologies helping operators meet growing bandwidth demands and verify ...