Ardian, Verne to develop EUR5bn AI and computing hub in France
The campus will be developed within one of France’s largest industrial hubs and is expected to reach a target capacity of 500 megawatts (MW)
03 June, 2026
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Global private investment firm Ardian and its portfolio company Verne plan to develop a next-generation digital infrastructure campus in France’s Île-de-France region, aiming to strengthen Europe’s artificial intelligence and high-performance computing capabilities.
The project, announced at the Choose France conference, represents an investment of up to EUR5bn ($5.7bn) and is designed to support Europe’s ambitions for digital and industrial sovereignty through low-carbon computing infrastructure.
The campus will be developed within one of France’s largest industrial hubs and is expected to reach a target capacity of 500 megawatts (MW), including an initial phase of more than 200 MW by 2030.
Ardian and Verne said the facility will house a data centre dedicated to high-performance computing (HPC), artificial intelligence model training and advanced industrial applications.
The project will rely on France’s energy infrastructure and low-carbon electricity supply, developed in collaboration with grid operator RTE and EDF Group.
The hub will also form part of the sites supporting the AION consortium’s bid for a French Gigafactory under the European Union’s AI Gigafactories initiative.
The companies said the campus is intended to support the full AI value chain, spanning computing resources and applications across sectors including research, healthcare, finance and energy.
Verne, which operates low-carbon data centres in Northern Europe, will design and operate the facility, drawing on its expertise in high-performance computing infrastructure.
The development will be undertaken in collaboration with government agencies, regional authorities, local public entities and major French industrial and financial groups, including Bouygues Group and Crédit Agricole.
Ardian and Verne also plan to engage technology, industrial and academic partners as the project advances.
The companies said the campus is intended to create an ecosystem bringing together infrastructure operators, energy providers, technology firms, research centres and higher education institutions, while generating hundreds of direct and indirect jobs across construction and operations.
Part of broader infrastructure strategy
The announcement forms part of Ardian’s broader infrastructure strategy focused on sectors including digital infrastructure, energy and transport.
Through other French platforms in its portfolio, including Akuo and GreenYellow, Ardian said it is separately investing up to EUR3bn in French energy infrastructure, representing 2.5 gigawatts of renewable energy capacity expected to be connected to the grid by 2030.
“Ardian‘s strategy of investing in both essential digital and energy infrastructure is aligned with the European needs to strengthen its strategic capabilities and accelerate its progress toward digital sovereignty,” said Mathias Burghardt, executive president of Ardian and CEO of Ardian France.
“By bringing together our industrial and financial knowledge with an ecosystem of leading French industrial partners, our ambition is to build a benchmark platform in the Île-de-France region gathering digital, industrial and research serving Europe,” he added.
Dominic Ward, CEO of Verne, and Roland Chedlivili, MD of Verne France, said the project marked “a strategic milestone” in the company’s development as a European digital infrastructure platform focused on artificial intelligence and high-performance computing.
“It illustrates our ambition to establish infrastructure in France capable of meeting the needs of major European industrial and technology players,” they said. “We are building a competitive and sustainable European AI backbone for our economy.”
The project comes as European governments and businesses seek to expand domestic AI infrastructure and reduce dependence on foreign computing resources amid growing global competition in artificial intelligence.



















