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?
Some operators are using natural gas for on-site power where the local grid is constrained. This will increase their emissions — but gas is essential in the transition to renewable energy and operators’ use of it is best seen in this light.
AI training clusters can show rapid and large swings in power consumption. This behavior is likely driven by a combination of properties of both modern compute silicon and AI training software — and may be difficult to manage at scale.
Generative AI models brought about an influx of high-density cabinets. There has been much focus on how to best manage thermal issues, but the weight of power distribution equipment is a potentially overlooked concern.
Pulling reliable power consumption data from IT is increasingly important for operators. Although third-party software products offer promise, significant roadblocks still hinder adoption.
UPS systems are the number one root cause of significant and severe outages. Analysis of reliability data from data center management software provider Fulcrum Collaborations sheds more light on the prevalent UPS component failures.
Densification is — once again — high on the agenda, with runaway expectations largely due to compute power requirements of generative AI workloads. Will this time be different? Uptime’s 2024 global survey of data center managers offers some clues.
Hydrogen is a promising energy storage medium that can help decarbonize infrastructure. It is not a great fit for the majority of data centers, and the hydrogen economy is not fully developed.
The data center industry’s drive for carbon-free growth appears to be at odds with electricity grid stability. Data center operators will need to reorient their strategies to integrate growth, efficiency and decarbonization.
Most operators will be familiar with the outrageous power and cooling demands of hardware for generative AI. Why are these systems so difficult to accommodate, and what does this mean for the future of data center design?
Douglas Donnellan
Andy Lawrence
Daniel Bizo
Peter Judge
John O'Brien
Jacqueline Davis
Max Smolaks
Jabari Williams-George
Rose Weinschenk
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.
Although there is still uncertainty around the rate of AI adoption, many organizations are pushing ahead to avoid being left behind. However, behind this enthusiasm, there are six issues that operators face when hosting AI.
Li-ion batteries have many benefits but may have been adopted without sufficient risk analysis. Following serious data center fires, operators should be aware of the risk of damage, potential regulations and the costs of safety mitigation.
Metered-by-outlet iPDUs present a relatively straightforward method of collecting server-level power consumption data. This information will be increasingly important to data center efficiency — making iPDUs a more popular choice.
Hyperscalers use DC busbars in their racks. Proven at large scale, the technology saves energy and materials, but without a market for DC servers that meets the needs of smaller operators and enterprises, no one else will use it.
Jay Dietrich