Market Research Center Announces HVDC PDU Market Forecast for AI Data Centers
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Market Research Center has announced a study of the global high-voltage DC power distribution unit market for AI data centers through 2032. The report forecasts the market will grow from $419 million in 2025 to $1.263 billion in 2032, representing a projected 11.2% CAGR for 2026–2032.
- The announced study forecasts global HVDC PDU revenue for AI data centers to reach $1.263 billion by 2032.
- The forecast starts from a stated 2025 market value of $419 million and assumes 11.2% CAGR over 2026–2032.
- The report covers 240 V, 336 V, 380 V, ±400 V and 800 V DC architectures.
- It distinguishes 800 VDC for future high-density AI deployments from lower-voltage DC options for existing sites and retrofits.
- The publication is a market-research announcement, not evidence of commissioned capacity, completed projects or realised investment.
Market Research Center has released an announcement for its Global High Voltage DC Power Distribution Units for AI Data Centers Market 2026–2032 study, covering the global market for HVDC PDUs used in AI data-center environments.
The report forecasts market revenue of $419 million in 2025, rising to $1.263 billion by 2032. It assigns the market a projected CAGR of 11.2% for 2026–2032. These figures are forecasts presented in an announcement for a commercial research product, rather than independently verified market statistics or evidence of deployed infrastructure.
The study examines 240 V, 336 V, 380 V and 800 V systems, and also references ±400 V architectures. Its stated application scope includes GPU clusters, liquid-cooled AI racks, supercomputing facilities and cloud data centers.
The report identifies two competing deployment paths. One is an 800 VDC ecosystem aimed at future AI racks described as approaching megawatt-scale power requirements. The other covers 240 V, 336 V and 380 V DC systems for existing facilities and retrofit programmes. The announcement does not provide data on AI racks actually deployed at megawatt power levels.
For power-infrastructure suppliers, the forecast could indicate demand extending beyond standalone PDUs toward integrated HVDC architectures, including busways, protection, monitoring, redundancy, energy-storage interfaces and links to liquid-cooling systems. Actual adoption rates will depend on standards, platform compatibility and safety requirements.
Higher-power GPU clusters and dense AI racks are increasing interest in power-distribution architectures that can reduce current, conversion losses, copper use and cable-system footprint. The study points to a potential split between 800 VDC ecosystems for future high-density AI deployments and 240–380 V DC approaches for retrofits and existing facilities.
- — / 23 сентября 2026 г. · ЯпонскийПервоисточник →
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