Multi-megawatt modules for large data center infrastructure

Scalable infrastructure for high power densities

Digital platforms, cloud infrastructures, and AI clusters require ever-increasing computing power and place greater demands on data centers in terms of power supply, cooling, and scalability.Our multi-megawatt modules lay the foundation for high-performance data center sites. Architecture, power supply, cooling, and security work together in an integrated system. This allows IT capacity to grow in line with demand.

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From a single module to a multi-megawatt cluster

IT infrastructure for high power densities

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Infrastructure for high-density AI workloads

Our multi-megawatt modules combine structural elements, power distribution, cooling, and security infrastructure into a single, integrated unit. This creates high-performance data center spaces capable of handling large IT workloads.

Our customers receive an infrastructure designed for high power capacities and modern workloads. This power density is particularly crucial for AI clusters, high-performance computing, and large cloud platforms.

  • Expansion in clear performance tiers of several megawatts
  • Short planning and construction times
  • High energy density for modern IT workloads
  • Scalable cooling concepts for high-density racks
  • Integrated security and monitoring structures
  • Building modules made from recyclable materials
  • Up to 4 floors with low building height
  • Flexible power output from 4 to 150 kW per rack
  • Small fault domain – N+1 redundancy per rack row
  • Modular and seamlessly expandable during operation
  • PUE < 1.15 – 25% above EnEfG requirements
  • Air- or water-based waste heat recovery
  • Highly integrated, scalable 2–3 MW Powerpods
  • EN50600 Availability Class 3 or 4 certified
  • Fully digitized for 24/7 remote monitoring

The modules can be operated individually or connected to form larger data center clusters. This creates high-performance IT sites with clearly predictable capacity.

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Project questions for preparation

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What we will discuss with you

How many megawatts of IT load will be required at launch? Is there already a target figure for the final capacity?

Whether it's AI training, inference, HPC, cloud platforms, or traditional enterprise workloads.

What is the power capacity per rack? For example, 20 kW, 80 kW, or up to 160 kW for AI workloads.

GPU clusters, traditional servers, storage systems, or a combination of multiple system types.

Is there a set start date for IT operations or a planned rollout for new workloads?

Should the infrastructure be expanded gradually, or is a larger capacity block needed right away?

Should the data center be expanded in clear phases, or is a one-time full expansion planned?

Air cooling, liquid-to-chip, or immersion. What are the requirements of the hardware being used?

What level of availability is required? For example, N+1 or 2N for power supply and cooling.

Are there any PUE targets or internal sustainability guidelines for operations?

What electrical power capacity is available at the site? Are there any restrictions regarding area, building height, or grid connection?

Managed in-house by your team or managed by a data center provider.

What are the requirements for physical security, access control, and monitoring?

What bandwidths are required? Are there any requirements for carriers, dark fiber, or campus networks?

When is the project scheduled to start, and when is the IT system scheduled to go live?

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Contact Information

+49 (0) 6257 5060 - 300

info@innovit.ag

innovIT AG
Schloss Heiligenberg
64342 Seeheim-Jugenheim

Server racks in the data center.