Engineering Firms Targeted AI Data Center Power
Global companies have rolled out new power solutions and acquisitions to meet rising energy demands for artificial intelligence.
Updated on Oct. 9, 2026 in Data Centers
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Engineering leaders ABB and Schneider Electric have launched new initiatives to address the surging energy needs of AI-powered data centers. These efforts include the introduction of specialized product portfolios and a major multi-billion dollar industrial software acquisition.
Why it matters
Rising energy demand from AI adoption and industrial electrification is forcing infrastructure providers to rethink power efficiency and climate resilience. These companies are positioning their commercial offerings to capture long-term growth as global power needs accelerate over the coming decades.
Schneider Electric finalized the purchase of a US industrial software firm for $22.6 billion to bolster its grid capabilities. Meanwhile, ABB has expanded its product line based on over two decades of experience in developing DC-powered data center solutions.
The players
ABB
ABB is a global technology company specializing in electrification and automation solutions for various industrial sectors.
Schneider Electric
Schneider Electric is a multinational corporation focused on digital automation and energy management.
The details
Firms are focused on cutting energy waste and optimizing current power systems to accommodate the intense operational requirements of modern data centers. These commercial offerings aim to enhance climate resilience while supporting the infrastructure needed for widespread industrial electrification.
Timeline
ABB has developed DC-powered data center solutions for over two decades.
ABB rolled out new product offerings for AI data centers in recent weeks.
The Tech Race
This development follows a long-standing evolution of DC-powered data center solutions that prioritize energy density and conversion efficiency. These advancements represent a strategic shift from legacy power models toward intelligent, high-efficiency infrastructure required for modern AI compute environments.
Improved data center efficiency may eventually lead to more stable digital service uptime for consumers relying on AI-integrated software. As industrial power systems become more resilient, users may experience fewer service disruptions associated with peak load energy demand.
The takeaway
The move toward specialized power hardware suggests that energy efficiency is becoming a core competitive advantage for technology infrastructure firms. Businesses and consumers should expect a continued focus on power optimization as AI infrastructure demands scale significantly over the next few years.
Further reading
For additional context on how infrastructure is evolving, read the Data Centers section.
Source note: This article includes information reported by Semafor.
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Do you trust that upgrading current energy infrastructure is sufficient to meet rising power demands?
