Electrical Infrastructure

The AC-to-DC Power Shift Could Reshape UPS Installation Work Across Data Centers

Data centers are increasingly moving from alternating current (AC) to direct current (DC) power distribution—a transition that could fundamentally change how UPS systems are specified, installed, and maintained. IEEE Spectrum reports the shift is being driven by efficiency gains in DC architectures, particularly for AI compute hardware that already runs on DC internally. Traditional data […]

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Microsoft Secures 900MW at Crusoe Texas AI Campus — A Signal for Regional Contractors

Microsoft has confirmed it will lease 900 megawatts of capacity at Crusoe’s AI campus development in Abilene, Texas—one of the largest single-site power commitments announced this year. Reported by Data Center Dynamics, the deal signals Texas’s continued emergence as a dominant hub for AI data center investment. For UPS installation contractors, electrical specialists, and standby

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AI Rack Densities Are Forcing a Rethink of Data Center Power and Cooling Design

AI server racks are now routinely exceeding 50–100 kW per rack—far beyond the 10–15 kW that most legacy data center power and cooling infrastructure was designed for. Design News reports that this density surge is pushing AC power distribution, UPS systems, and air-based cooling to their operational limits. Facilities managers are scrambling to retrofit existing

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Data Centers Shifting from AC to DC Power Distribution — What Contractors Need to Know

A new analysis from IEEE Spectrum (March 24, 2026) highlights an accelerating industry transition: data centers are moving away from traditional alternating current (AC) distribution toward direct current (DC) power architectures. The shift is driven by efficiency gains—DC systems eliminate multiple AC-to-DC conversion steps and can reduce energy losses by 10–20% in large facilities. Why

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