How far can we go with air? Uptime experts discuss and answer questions on cooling strategies and debate the challenges and trade-offs with efficiency and costs.Please watch this latest entry in the Uptime Intelligence Client Webinar series. The…
Jacqueline is a Research Analyst at Uptime Institute covering global trends and technologies that underpin critical digital infrastructure. Her background includes environmental monitoring and data interpretation in the environmental compliance and health and safety fields.
jdavis@uptimeinstitute.com
How far can we go with air? Uptime experts discuss and answer questions on cooling strategies and debate the challenges and trade-offs with efficiency and costs.Please watch this latest entry in the Uptime Intelligence Client Webinar series. The…
Large data centers can affect grid power quality, inviting community scrutiny. Best practices already protect power quality in facilities and grids, but operators may need to increase monitoring and publicize their efforts.
Power and cooling requirements for generative AI training are upending data center design and accelerating liquid cooling adoption. Mainstream business IT will not follow until resiliency and operational concerns are addressed.
In this inaugural Uptime Intelligence client webinar, Uptime experts discuss and answer questions on cooling technologies and strategies to address AI workloads. Uptime Intelligence client webinars are only available for Uptime Intelligence…
Powerful solar storms have already brought warnings of disruption to electricity grids and their customers twice in 2024 — and the Sun’s activity has yet to peak. Why do data centers and power utilities appear to have escaped unscathed?
As new capacity is concentrated in super-sized data centers and legacy facilities continue to operate in large numbers, market trends become more difficult to read. This report looks at how size affects the age distribution of capacity.
The transition to direct liquid cooling has been a slow process. Today, operators work with water cold plates more than any other type of cooling, but this might change once a wider range of DLC types become available.
The 14th edition of the Uptime Institute Global Data Center Survey highlights the experiences and strategies of data center owners and operators in the areas of resiliency, sustainability, efficiency, staffing, cloud and AI.
Alongside continued developments in liquid cooling, there are reports of air-cooled data centers that achieve standout levels of efficiency. Uptime explores the factors that combine to enable exceptional efficiency in air cooling.
Underwater data centers promise to be both economical and sustainable. The prerequisite densification of infrastructure and unmanned operations may only suit specific workloads, but lessons learned under water may influence land facilities.
Refrigeration’s history of progress is also a history of environmental concern. Whenever new refrigerants solve a problem, they create further crises down the line — and now history appears to be repeating itself.
In this Webinar, the Uptime Intelligence team looks beyond the obvious trends of 2024 and identifies some of the latest developments and their associated limitations.
Uptime Intelligence looks beyond the more obvious trends of 2024 and identifies some challenging issues. Strong IT demand, high-density IT systems and tough sustainability requirements will drive a new wave of investment.
As operators deploy cold plate and immersion cooling, the cost or operational efficiency benefits are bound to disappoint. DLC alone will not bring the breakthrough in energy or sustainability performance the industry needs.
New survey data allows Uptime Institute to look at industry power usage effectiveness (PUE) in finer detail. Comparing PUE by compute capacity shows that, on average, larger sites have lower PUEs.