Vantage Secures Gigawatt Agreement for Power Tech

The company will deploy solid-state transformers to support high-density AI data center power demands.

Updated on Oct. 21, 2026 in Data Centers

Isometric editorial illustration of a modular industrial power-transformer array, representing high-density AI data center infrastructure. — Vantage and Heron Power Electronics have entered a gigawatt-scale manufacturing agreement to integrate solid-state transformers into global data center campuses. AI Illustration. Upload story photo >

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Vantage has entered into a gigawatt-scale manufacturing agreement with Heron Power Electronics. The partnership will integrate Heron Link solid-state transformers into Vantage hyperscale data center campuses globally.

Why it matters

The deal addresses critical power constraints by reducing the electrical infrastructure needed for high-density AI loads. By streamlining conversion stages, the new technology aims to lower costs and speed up deployment timelines compared to traditional systems.

Heron Link transformers convert medium-voltage power directly to 800 VDC at a target efficiency exceeding 98.5%. This replaces conventional 480 VAC architectures with integrated energy storage to buffer dynamic AI workloads.

The players

Vantage

Vantage is an international provider of hyperscale data center campuses operating across North America, EMEA, and Asia Pacific.

Heron Power Electronics

Based in Scotts Valley, California, the company specializes in advanced electrical hardware and power conversion technology.

The details

Heron Link technology minimizes the conversion stages required between the grid and server racks, reducing the floor space and labor needed for installation. Integrated energy storage also allows the systems to better manage the fluctuating power needs of AI-focused infrastructure.

October 21, 2026: Vantage and Heron Power Electronics announced the partnership agreement.

The Tech Race

This deal represents a move to replace legacy power distribution methods that struggle to keep pace with the massive energy demands of modern AI. By adopting solid-state transformers, the company is positioning itself to scale infrastructure faster than rivals reliant on conventional conversion hardware.

For users and developers, this technology aims to improve the efficiency and reliability of the digital services hosted within these centers. The shift could eventually lead to faster server deployments and reduced energy overhead for large-scale cloud computing providers.

The takeaway

The transition to 800 VDC power conversion is becoming a standard strategy for managing high-density AI loads. Companies that successfully integrate direct grid-to-rack conversion may gain a significant advantage in speed-to-market for new infrastructure.