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Data Center

Modular Data Centers for AI Era

The Core Idea — Building Blocks, Not Boxes

AI Infrastructure That Scales Block by Block

A modular data center is a ready-made computing block that scales with your AI cluster. Start with the capacity you need and scale incrementally as demand grows.

Every block is a factory-built, liquid-cooled AI infrastructure module — power, cooling, controls, and monitoring integrated and pre-tested before it ships. We engineer in flexible, pre-planned space for OCP or NVL72 rack systems, so your selected compute infrastructure can be installed and brought online.

As AI workloads scale, power availability, cooling capacity, and deployment speed are becoming critical constraints.

Modular data centers offer a practical way to overcome these constraints.

Why Modular Approach

  • Factory prefabrication, BIM-engineered. BIM digital design and lean off-site fabrication build pipework, electrical, and cooling as integrated systems — higher quality, less on-site welding, lower risk, faster delivery.
  • Integrated by design. Each block combines server racks, power distribution, cable management, fire protection, and precision cooling into one standardized enclosure. You get a tested system, not a parts list.
  • Resilient power. UPS + Nickel-Zinc BBU + BMS protect workloads and simplify battery management.
  • Operations visibility from day one. DCIM monitors power, liquid cooling, environment, and security with real-time alarms, PUE analytics, asset lifecycle, and capacity planning.
  • Power-adjacent deployment. Small enough to deploy behind-the-meter, at renewable sites, or on stranded/underutilized power, turning idle energy into AI capacity.
Gerchamp 500kW All-in-One Modular AIDC

The technology behind it

Core Technologies. Engineered in-house.

Gerchamp’s proprietary liquid cooling, nickel-zinc battery, battery monitoring system, and DCIM technologies are developed in-house and engineered to work as one integrated infrastructure platform, enabling greater control over performance, integration, and customization.

Architecture: IT Zone + Power Zone + Liquid Cooling Zone + DCIM

One Platform · Two Building Blocks

Pick the block that fits your site

Two modular systems, one engineering philosophy. Choose by speed, capacity, and how much you want to customize.

Faster · Standardized

500kW All-in-One Modular-Containerized AIDC

A factory-integrated unit designed for rapid deployment and repeatable scaling. Add units to grow toward any size.

  • Turnkey
  • Ready to connect
  • Standardized
  • Behind-the-meter
  • Pre-integrated enclosure, electrical & cooling, ships as a tested block.
  • Flexible, pre-planned space for OCP and NVL72 / GPU-accelerator racks.
  • Direct-to-chip (DTC) liquid cooling for high-density racks.
  • UPS + Nickel-Zinc BBU + BMS for resilient backup power.
  • On-grid/off-grid

SCALABLE · CUSTOM

3.5MW KIT Modular-Containerized AIDC

A configurable modular system for higher-density training, large inference, HPC, and cloud-scale compute.

  • On-site assembly
  • Site-configured
  • High-density
  • Cluster-scale
  • Modular power & cooling sized to your load profile
  • Rack-level density tailored per aisle for your GPU platform
  • Liquid cooling designed around your chosen racks
  • UPS + Nickel-Zinc BBU + BMS for resilient backup power.
  • On-grid/off-grid

Gerchamp Modular Data Center

FAQs

Frequently Asked Questions About Modular Data Centers

What is a modular or prefabricated data center?

A modular data center is a factory-built infrastructure module that integrates IT space, power, cooling, and monitoring into a standardized enclosure. The module is shipped to site for connection and commissioning, and additional modules can be added as capacity grows.

Modular data center vs traditional build — which is better?

For AI and other high-density compute workloads, modular data centers can significantly reduce deployment time and improve project predictability. Traditional data center construction can take 2–5 years from site development to operational capacity, while prefabricated systems can be powered in weeks once the site is ready.

Do I need to supply my own servers and GPUs?

Yes. We design and engineer the powered-and-cooled infrastructure — enclosure, liquid cooling, power, controls, and monitoring. IT space is reserved for your selected rack systems. You provide the compute hardware, while Gerchamp provides the powered and cooled infrastructure required to deploy it.

What liquid cooling technology do you use in your modular data centers?

We use self-developed closed-loop direct-to-chip (DTC) liquid cooling solution with Gerchamp’s Bluearth liquid cooling technology for high-density AI and accelerator racks, including OCP racks and NVIDIA GB200, GB300 and Rubin systems at 120kW+ per rack.

What type of batteries and backup power do your modular data centers use?

Each block pairs with with Gerchamp’s proprietary UPS, nickel-zinc battery-based BBU and battery monitoring system (BMS). The modular data center can be integrated with customer-supplied diesel generators, gas turbines, or renewable energy sources.

Is your modular data center system self-developed?

Yes. Gerchamp develops its core liquid cooling, power and backup, and DCIM technologies in-house. These technologies are protected by Gerchamp’s intellectual property and patents.

What industries and use cases can a modular data center be used for?

Well beyond AI, modular blocks serve any workload that needs fast, dense, resilient compute close to power or users: AI/ML training and inference, HPC and scientific simulation, financial low-latency and risk workloads, oil & gas, media rendering, healthcare and genomics, telecom and 5G edge (MEC), enterprise private cloud, sovereign and government compute, and energy or industrial sites — including behind-the-meter and stranded-power sites, as well as locations with access to waste natural gas.

How to choose between the 500kW all-in-one unit and the 3.5MW kit modular data center?

They are two distinct product lines that share one engineering philosophy but run on separate architectures. The 500kW All-in-One is a factory-integrated, standardized unit that ships ready to connect, it is the faster path for rapid deployments; you can add units to grow toward MW-class capacity as demand proves out. The 3.5MW Kit is configured to your site and workload, modular power and cooling tailored to your load profile, rack-level density tailored per aisle, and site-specific utility interface, redundancy, and code compliance. Both are powered-and-cooled shells with reserved positions for your chosen GPU/accelerator racks, so you bring the compute.

At a glance: 500kW = fast, standardized, turnkey; 3.5MW = large, configurable, site-assembled.

Get in Touch

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