In an era of skyrocketing data demands and increasingly advanced AI applications, we’re witnessing profound shifts in data centre design and operation. With more organisations adopting generative AI, servers are running at unprecedented power levels – some racks now exceed 60kW and, in extreme cases, can reach 100kW. But with 24/7 operation and a grid that leans ever more on time-dependent renewables, are we building data centres that can keep pace with soaring demand without compromising reliability?

That’s a topic we recently explored in our new trend report, Energy Storage – Powering the Future, where we also spoke with Dr. Thomas Verghese about why batteries are vital for AI-driven data centres.

Throughout the report you’ll find:

• A comprehensive introduction to the policy landscape, from the Climate Change Act 2008 to the drive for 100% clean energy by 2030.
• An overview of the major challenges in balancing cost, reliability, and sustainability, including pressure to commoditise battery systems and the growing complexity of regulatory processes.
• Industry insights on what’s driving demand for storage, where emerging chemistries like solid-state and sodium-ion batteries fit in, and how energy volatility has heightened the need for onsite solutions.
• Exclusive interview with EnerSys’ Dr Thomas Verghese on the importance of energy storage in enabling the growth of AI data centres.
• A look at the array of energy storage technologies currently available – from tried-and-tested lead-acid and lithium-ion batteries to large-scale pumped-hydro, compressed air, flow batteries, and more. We consider each technology’s strengths, weaknesses, and ideal use cases.
• Guidance on choosing the right solution, with key questions around raw materials, lifecycle performance, and alignment with sustainability goals. 

Interested in diving deeper? You can sign up to receive the full report straight to your inbox below: