Key Takeaways

  • nVent Electric plans to acquire Maverick Power for $1.75 billion, adding a dedicated power distribution platform to its data center portfolio.
  • Rapid growth in AI infrastructure is raising demand for electrical distribution, thermal management, and other high-density data center systems.
  • Execution will depend on integrating Maverick Power while competing with Schneider Electric, Eaton, and Vertiv for large infrastructure projects.

nVent Electric is making a sizable expansion into data center electrical infrastructure at a moment when AI workloads are reshaping power requirements. The company announced plans to acquire Maverick Power, a data center equipment maker, for $1.75 billion. The transaction adds a dedicated power distribution platform to nVent Electric's existing data center portfolio.

The strategic logic is fairly direct. AI-optimized servers consume more electricity and generate more heat than conventional enterprise computing equipment. As operators deploy larger clusters of accelerators, they require additional switchgear, power distribution equipment, enclosures, cooling capacity, and monitoring systems. Maverick Power gives nVent Electric greater exposure to that physical layer of the AI build-out.

The purchase also reflects a broader shift in technology spending. AI investment is no longer concentrated solely on chips and software. A growing share is moving into the buildings, electrical systems, and cooling equipment required to operate those processors at scale. Bloomberg characterized the $1.75 billion transaction as nVent Electric's effort to secure a larger position in the AI boom.

Electricity forecasts explain the timing of the acquisition. Gartner forecasts that global data center electricity consumption will reach 565 TWh in 2026, a 26.4% increase from 447 TWh in 2025. Global data center power demand is expected to rise from 104 GW in 2025 to 132 GW in 2026, then reach 290 GW by 2030. Those projections point to sustained investment well beyond the current round of AI server orders.

US grid power demand from data centers is projected to reach 75.8 GW in 2026 and 134.4 GW by 2030, according to figures from 451 Research and S&P Global. Hyperscale facilities and AI workloads account for much of that expansion. Power availability is already becoming a gating factor for some proposed campuses, which gives suppliers of distribution and thermal equipment a central role in project planning.

Adding computing capacity requires more than filling a room with servers. Higher rack densities demand redesigned electrical paths, sophisticated cooling, and tight coordination among equipment suppliers, engineering contractors, utilities, and data center operators. The infrastructure surrounding the processors dictates how quickly a site becomes operational and how efficiently it runs.

Capital spending is following that pressure. IDC projects service provider spending on servers, storage, and networking infrastructure will rise 86% in 2025, approaching $500 billion. Separately, AI infrastructure hardware spending is forecast to increase from $318 billion in 2025 to $487 billion in 2026, a 53% year-over-year gain. That creates a substantial adjacent opportunity for nVent Electric and Maverick Power, even though infrastructure budgets can shift as customers adjust deployment schedules.

Competition will be intense. Schneider Electric, Eaton, and Vertiv are also expanding products for AI-ready, high-density data centers. These vendors bring broad electrical and thermal portfolios, established customer relationships, and experience coordinating complex deployments. nVent Electric's challenge will be to combine Maverick Power's distribution capabilities with its existing products in a way that improves project delivery rather than merely adding catalog breadth.

Demand growth does not remove execution risk. nVent Electric must integrate Maverick Power's operations, retain technical expertise, and align sales channels while data center customers push for shorter construction timelines. Buyers will also evaluate efficiency against measures shaped by ASHRAE thermal guidance and the ISO/IEC 30134 series for data center resource efficiency.

For nVent Electric, the $1.75 billion commitment is a bet that AI infrastructure spending will keep spreading from processors into power and cooling. If that pattern holds, Maverick Power could give nVent Electric a larger role in one of the data center market's most constrained and consequential layers.