Verne Global goes public on sustainability metrics

Calls for greater transparency from data centre industry.

Verne Global, provider of sustainable data center solutions for high intensity compute, has unveiled a range of sustainability metrics and targets that will provide its customers with complete transparency of the environmental impact of their data center operations.

During 2021, greenhouse gas emissions at the company’s Icelandic data center campus in Iceland were:

Scope 1: 37 tCO2e

Scope 2: 461 tCO2e

Scope 3: 76 tCO2e

Total: 574 tCO2e

This is equivalent to the carbon footprint of approximately 70 US homes’ energy for one year. In comparison, during the same period, Verne Global powered data center infrastructure and compute equivalent to more than 10,000 US homes’ electricity.

Verne Global will continue to report on its total emissions on an annual basis, including on its Scope 3 emissions, which are the result of activities outside of its own control and management, for example, travel to and from its campus in Iceland. Scope 3 emissions are rarely reported on by the data center industry. The company is calling on all operators to follow suit, to provide customers with a better understanding of the environmental impact of their operations.

Verne Global has also disclosed tough targets not just for Power Usage Effectiveness (PUE) but also for Water Usage Effectiveness (WUE) and Carbon Usage Effectiveness (CUE). All future development will meet or exceed these targets.

Verne Global Sustainability Targets

PUE: 1.15

WUE: 0.002 m3/kWh

CUE: 0.00

“We’re releasing this information not just because our numbers are favourable in comparison to other data centers, but because it’s time the industry came clean about its impact on the environment,” said Dominic Ward, CEO, Verne Global. “While it’s certainly true that the whole industry has made massive progress over recent years, operators are ignoring many of the metrics that matter, while some rely on power purchase agreements that allow them to say they’re green even when they’re drawing power from dirty grids. More transparency will benefit the industry, its customers and the planet.”

To offset its total emissions, Verne Global has entered into an agreement with Votlendis Sjóður, the Icelandic wetland restoration fund that is rewilding huge areas of Iceland.

Preview of new sustainability dashboard on the HPE GreenLake platform provides visibility, monitoring, and management of IT energy consumption and carbon footprint.
Award given for the successful delivery of a new cooling system at University College Dublin, one of Europe’s leading research-intensive universities.
The State of Data Infrastructure Sustainability report shows data center decarbonization represents a top priority, though organizations are struggling to make progress.
What is said to be he world’s most efficient reverse osmosis (RO) technology, the SAM50 RO system, is now available to data centres. Manufactured by Te-Tech Process Solutions, the SAM50 delivers significant advantages over competing RO technologies.
Global study finds 42% of business respondents that can claim to be powered by “100% renewable energy” using mainstream emission reporting standards have not signed any electricity contracts that can be considered carbon-free using an alternative metric.
According to a recent analysis by Future Market Insights (FMI), the demand in the global data center substation market is expected to increase at a healthy 6.2% CAGR over the forecast period, with the market valuation reaching US$ 9.9 Billion in 2022 and US$ 18.2 Billion in 2032.
Vertiv joins leading data centre partners in UK-first curriculum at University Technical College.
Advancements in UPS and batteries enable interaction with smart electric grid, contributing to pursuit of more efficient and sustainable data centres.