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EUROPEAN AI INFRASTRUCTURE

AI data centres.
From site to system.

We develop opportunities for AI data centres and design the power, cooling and storage infrastructure they need. We work with site developers, compute operators, equipment buyers and investment partners.

Work with AUREVI ↗
Architectural concept showing a compute hall, cooling plant and power infrastructure
CAMPUS DESIGN STUDY · ILLUSTRATIVE
Sites & RTB ↗Development services ↗Equipment ↗Investment ↗Industrial partners ↗
01 / SPAIN

A first step in Spain.

Our first priority is to establish whether a location can support an AI data centre and whether it fits local industrial plans.

Proximity to a Gotion factory gives us a starting point for the search. For each potential site, we would need to establish land use, grid availability, fibre connectivity and options for cooling before proposing a layout or capacity.

We welcome proposals from developers with sites approaching ready-to-build (RTB) status. For each opportunity, we review evidence of land control, grid rights, planning status and the outstanding steps to construction.

CURRENT STAGE Exploring opportunities
02 / DEVELOPMENT APPROACH

From site search to a project brief.

For operators and asset owners, our development work translates a site opportunity into a technical and commercial brief. We organise it around four decisions.

01 / 04

Land and local priorities

Discuss permitted uses, access and existing buildings with landowners and planning teams. Identify the studies and consultations a specific site would require.

02 / 04

Power and connectivity

Establish what power could be available, on what terms and when. Check fibre routes and distinguish total site demand from the power available for IT equipment.

03 / 04

Design and local impact

Compare cooling options against climate and water availability. Assess noise, potential uses for recovered heat and opportunities for local engineering and maintenance firms.

04 / 04

Phasing and investment

Use operator requirements and verified site conditions to scope an initial phase. Identify costs, responsibilities and outstanding permissions before committing capital.

03 / EQUIPMENT ENGINEERING

Systems behind the compute.

We are developing a modular equipment approach with Gotion. Three engineering questions shape the work.

01 / 03

Power

How should power reach the racks?

A Power POD brings electrical distribution equipment into a prefabricated module. Its design depends on the connection voltage, IT load and continuity requirements of the operator.

02 / 03

Cooling

Where will the heat go?

The work spans liquid cooling, heat rejection and potential heat recovery. A usable outlet for recovered heat must be assessed locally alongside water and energy demand.

03 / 03

Energy storage

What should the battery do?

Battery sizing starts with a defined duty, such as managing peak demand or supporting continuity for a specified period. We would assess that duty alongside grid and backup arrangements.

FIG. 02 / POWER AND HEAT FLOW
Power flows from grid to transformer, Power POD and IT racks. Battery storage connects bidirectionally to the power system. The cooling circuit carries heat from the IT racks to outdoor heat rejection.

Gold lines show electrical connections. Dashed lines follow heat from the racks to outdoor cooling equipment. Illustrative configuration.

How the modules fit together

Our engineering concept groups equipment into five modules for compute, power, cooling, network and storage, and auxiliary services. Outdoor infrastructure includes the substation, transformers, heat rejection equipment, and batteries or standby generation. The mix would depend on the site and tenant.

04 / STRATEGIC PARTNERSHIP

AUREVI × Gotion

AUREVI and Gotion are strategic partners in AI data centre equipment. They also explore selected AI data centre development opportunities together.

We already work with investment partners. We also welcome new investors whose mandate fits a particular project or stage of development.

Project development

AUREVI coordinates the development brief and conversations with site partners, prospective operators and investors. Their requirements inform the capacity, equipment specification and phasing we would propose.

Industrial engineering

With Gotion, our technical cooperation covers equipment design, system integration and manufacturing considerations. Our team brings experience in UK battery storage projects and in thermal engineering, including liquid cooling and heat recovery.

05 / MARKET ENQUIRIES

Work with AUREVI.

Choose the opportunity you would like to discuss. Each route includes a short brief you can prepare for a first conversation.

contact@aurevi.cloud
Offer a site or RTB projectFor developers, landowners and project originators

Share the location, land rights, grid connection evidence, permit status and your proposed transaction. Please distinguish rights already secured from applications in progress.

Email the team ↗Download enquiry template ↓
Commission development servicesFor operators, tenants and asset owners

Discuss site assessment, infrastructure planning or a phased campus brief. A target IT load, operating requirements and delivery window give us a practical starting point.

Email the team ↗Download enquiry template ↓
Specify equipmentFor equipment buyers, engineering teams and integrators

Bring a specification for modular power, cooling or battery storage. Include the required duty, site interfaces, redundancy criteria and the project stage.

Email the team ↗Download enquiry template ↓
Explore an investmentFor infrastructure investors and co-investors

Alongside our existing investment partners, we consider new relationships on a project-by-project basis. Share your geography, investment stage, preferred structure and ticket range.

Email the team ↗Download enquiry template ↓
Build an industrial partnershipFor manufacturers, technology providers and delivery partners

Our strategic partnership with Gotion spans equipment design, integration and manufacturing. We welcome complementary expertise in electrical engineering, thermal systems, testing and local delivery.

Email the team ↗Download enquiry template ↓