POWER.
BUILT TO LAST.

Electrical infrastructure for AI data centers, engineered to deliver reliable and scalable power distribution for high-density computing environments.

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BÉTHUNE — FIGURES FOR THE PROJECT

240 MW IT total capacity

4 data halls — 2,000 m² each, 60 MW IT each

25,000 m² building area — former BRIDGESTONE industrial site

MEGABAYS coolers — 340 MW

HV transformers — 6 × 80 MW

HV electrical substation — 90 kV / 20 kV

Temporary gas generators — 15 × 2 MW

Engineered for AI-Scale Power

PowerPod is engineered to support the demanding power requirements of modern AI data centers, combining high-density power delivery with a modular infrastructure approach.

Faster Deployment

PowerPod simplifies the deployment of high-density data center power infrastructure, helping operators scale capacity with greater speed and confidence.

Modular infrastructure for scalable deployment
Designed for high-density AI workloads
Streamlined installation and integration

Two PowerPod sizes

Choose the enclosure that matches your MV strategy — from a compact 14.6 m pod to a fully MV-equipped 16 m system.

14.6 m

Compact enclosure

PowerPod 14.6 m

Enclosure: 14.6 m compact footprintOptimised length for dense hall layouts where MV switchgear is handled at the site interface.
MV switchgear: Single V-unit RMUUses one V-unit RMU interface. No integrated CCVV MV switchgear suite inside the enclosure.
Transformer: 4,000 kVADry-type transformer — typically 4,000 kVA, configurable up to 5,000 kVA.

PowerPod 16 metre containerised power system with MV switchgear

16 m

Full MV-equipped enclosure

PowerPod 16 m

Enclosure: 16 m full MV-equipped lengthExtra enclosure length to integrate the complete MV switchgear suite within the PowerPod.
MV switchgear: 20 kV SF6-free RMU — CCVV × 4Fully equipped with integrated MV switchgear: 20 kV SF6-free RMU, CCVV configuration — 4 units. The primary differentiator vs 14.6 m.
Transformer: 5,000 kVADry-type transformer — standard high-capacity 5,000 kVA configuration.

Inside The PowerPod

MV Input — 10.5 kV

Medium-voltage power enters the PowerPod from the site substation. On the 16 m pod, integrated 20 kV SF6-free RMU (CCVV × 4) handles MV switching. The 14.6 m pod interfaces via a single V-unit RMU.

Dry-Type Transformer

Steps down medium voltage to 400 V LV inside the enclosure. Typical ratings: 4,000 kVA (14.6 m) and 5,000 kVA (16 m). The 14.6 m pod can also be configured with 5,000 kVA. IEC-compliant.

LV Switchgear — 10 Cabinets

Low-voltage distribution across 10 electrical cabinets. Controls and protects every power circuit feeding the data hall. Designed for AI-density load profiles.

Schneider Electric UPS — Galaxy Series

Online double-conversion UPS. Switches to battery in under 20 milliseconds — imperceptible to servers. Protects against grid micro-cuts, surges, and full outages.

Battery Banks — EXIDE Sprinter

High-density VRLA battery blocks. 264 blocks per UPS unit. Provides critical bridge power while diesel generators reach full operating speed.

Busway — Power Highway

Low-impedance aluminium busbar trunking distributes power from the PowerPod directly into the data hall. High current capacity, minimal footprint, zero cable clutter.

Power Distribution — Redundant Architecture

N+1 redundant power paths to every rack. Each GPU server receives dual-feed power. No single point of failure. Designed for 99.999% availability.

Key specifications

Core figures across both PowerPod sizes — built for AI-density power, reliability, and rapid deployment.

4,000 kVAPowerPod 14.6 m

5,000 kVAPowerPod 16 m

V-unit RMU14.6 m MV

CCVV × 416 m MV

20 kV SF6-freeMV class (16 m)

10 cabinetsLV distribution

N+1Architecture

99.999%Target availability

Request a free technical study

We are here to help you! Get a tailored assessment of your AI data center power infrastructure, free of charge.

Send us an email:

contact@monolithpower.fr

POWER.BUILT TO LAST.