XCITY ENERGY · MODULAR AI INFRASTRUCTURE

Build compute where energy
creates the advantage.

XCITY POD integrates compute, power, cooling and backup into a standardized, plug-and-play two-container unit. Factory integration enables independent operation, rapid installation and modular expansion across a wide range of sites.

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Rapid.  Resilient.  Energy-Aware.

XCITY XPOD — cutaway view of the 40-ft dual-container platform
  • 1 MW power block
  • 800V HVDC-ready
  • 56 kW per rack
  • 80%shorter deployment cycles
  • 90%assembly completed in factory
  • 1 MWpower block per XPOD
  • 56 kWmaximum rack density

The challenge

AI infrastructure needs
a faster model.

Six constraints slow conventional data-center delivery.

  • 01

    Complex approvals

    Zoning, permits and community processes delay delivery.

  • 02

    High upfront capital

    Land, civil works and equipment create heavy day-one cost.

  • 03

    Long lead times

    18–34+ months from planning to commissioning.

  • 04

    Low adaptability

    Fixed designs struggle to keep pace with evolving AI hardware.

  • 05

    Slow to mobilize

    Permanent facilities cannot be stood up quickly.

  • 06

    Grid dependency

    Sites are constrained by capacity and interconnection.

The product

A complete data center —
engineered as a deployable product.

Cutaway of the XPOD two-container platform: power and cooling in one container, compute racks in the other

Select a marker to explore the integrated systems.

  • Plug & play deployment
  • Factory-integrated
  • Site-flexible
01

Distributed

Diversify capacity across many sites instead of a single mega-facility.

02

Modular

Replace slow on-site construction with tested factory integration.

03

Relocatable

Redeploy assets as market, regulatory and energy conditions change.

Product family

Two platforms,
one modular architecture.

XCITY XPOD — cutaway view of the 40-ft dual-container platform showing power, cooling and compute racks
Form factor
40-ft dual container
Racks
6 × 42U
Rack density
Up to 56 kW
Power input
10kV AC · 800V HVDC-ready
Power block
1 MW SST-based, dual path
Cooling
Hybrid air / liquid · 70 kW in-row
Backup
Redundant power · UPS
Operations
Remote 3D operations platform

High-density AI infrastructure

40-ft dual-container platform built for the densest AI training and inference racks, with a 1 MW power block and an 800V HVDC-ready pathway.

  • High-density compute

    Six 42U racks for GB200 / B300-class systems; up to 56 kW per rack.

  • Resilient power

    1 MW SST-based block with dual power paths for continuous operation.

  • Hybrid thermal control

    70 kW in-row plus liquid cooling for stable operating conditions.

Discuss a XPOD deployment

Why it wins

Up to

80%

shorter deployment cycles versus conventional builds.

Deploy close to energy and data. A modular source-grid-load-storage architecture reduces latency and operating cost.

  • Factory-integrated delivery

    Standard 20-ft and 40HQ formats simplify road, rail and ocean logistics.

  • Globally transportable

    ISO formats and lift points move without specialized vehicles.

  • Flexible configurations

    Combine modules to match workload, site and growth.

  • Built-in protection

    Redundant power, automated fire protection and 24/7 monitoring.

Plug & play delivery

Factory integration
compresses time to compute.

  1. 01

    Factory-integrated

    Up to 90% of assembly is completed before delivery; site work focuses on power, water and fiber.

  2. 02

    Standard logistics

    Independent ISO containers arrive in phases and need only a prepared pad and crane access.

  3. 03

    Modular expansion

    Add compute, storage or cooling units without redesigning the installed base.

  4. 04

    Reduced building scope

    Minimal permanent building work simplifies planning and shortens the path.

  5. 05

    Tested before shipment

    Full-load, thermal, power-transfer, fire and storage scenarios validated at the factory.

Global-ready

A standardized platform
for global deployment.

  • Regional compliance pathway

    Configurable for GB, CE and UL. Fire, monitoring and distribution use standardized modules for local certification and remote operations.

  • Standard logistics footprint

    ISO-format dimensions and lift points support conventional road, rail and ocean transport — without specialized vehicles.

  • Next-generation power

    XPOD supports multi-energy microgrids and an 800V HVDC-ready pathway for B300 and future Rubin-class systems.

Where it runs

One architecture,
multiple deployment environments.

Renewable generation and long-duration storage campus integrated with containerized infrastructure

Complex energy environments

Operate with microgrids, islanded generation or behind-the-meter energy — including oilfield associated gas.

Aerial view of a POD cluster deployed alongside an existing campus building

Large-scale compute campuses

Cascade multiple POD units with shared infrastructure to build campuses faster than conventional facilities.

POD units deployed beside oilfield pumpjacks and gas generation equipment

Distributed compute nodes

Place capacity near power-rich locations or latency-sensitive demand, wherever reliable energy is available.

Energy advantage

Turn local energy into productive compute.

  • Renewable + long-duration storage

    Integrate POD with XCITY Energy’s FGS platform to use renewable generation, long-duration storage and stored cooling for a lower-PUE campus.

  • Associated-gas compute

    Deploy near gas production and convert low-cost associated gas into reliable, behind-the-meter power for computing.

  • Flexible industrial demand

    Use rapidly deployable POD capacity as a controllable load during off-peak periods in power-intensive industrial parks.

Safe by design

Safety and operations,
integrated by design.

Intelligent fire protection

Clean-agent suppression and smart smoke detection enable early response while protecting equipment and data assets.

  • Clean-agent suppression
  • Smart smoke detection
  • Equipment & data protection

Remote monitoring & operations

A 3D operations platform centralizes power, environment and security status with alerts and remote diagnostics.

  • 3D operations platform
  • Real-time alerts
  • Remote diagnostics
The XCITY 3D operations platform rendering a container's racks, cooling units and sensors
  • Power & environment telemetry
  • Real-time alerts
  • Remote diagnostics

Beyond speed

Strategic advantages
that compound over time.

  • Geographic resilience

    Distributed capacity reduces reliance on any single site and improves continuity during natural disaster or geopolitical disruption.

  • Asset mobility

    Relocatable equipment redeploys when regulation, community conditions or energy economics change — preserving hardware value.

  • Stranded-energy utilization

    Flexible energy interfaces unlock associated gas, industrial heat recovery and waste-to-energy generation.

Built for the workloads shaping the next decade.

High compute density, rapid deployment and resilient infrastructure serve both centralized AI clusters and distributed, low-latency applications.

  • AI training & inference

    Foundation-model training, fine-tuning and real-time inference.

  • High-performance computing

    Scientific research, weather modeling and energy exploration.

  • Cloud & edge infrastructure

    Low-latency capacity for smart cities and industrial systems.

  • Oil & gas digitalization

    Local energy for exploration, optimization and field operations.

  • Industrial edge computing

    Smart mines, ports and mission-critical industrial sites.

End-to-end

A service model built
around deployment success.

From site planning through operations, XCITY supports the full project lifecycle with standardized execution, remote intelligence and field expertise.

  • 01

    Turnkey deployment

    Site assessment, engineering, factory integration, logistics, installation and commissioning.

  • 02

    Configured solutions

    Adapt power, cooling and compute specifications to each workload and environment.

  • 03

    Operations support

    24/7 technical assistance, remote diagnostics and field service when required.

  • 04

    Lifecycle management

    Continuous monitoring and maintenance to protect uptime and asset value.

Let's build

Let's design your next
modular AI project.

Tell us about the site, the power available and the capacity you need. An XCITY engineer will come back with an indicative configuration and deployment schedule.

  • Site assessment and indicative POD configuration
  • Deployment schedule and logistics plan
  • Energy interface options for your location

Prefer email? hello@xcity.ai

XCITY ENERGY DEVELOPMENT INC.
Rapid.  Resilient.  Energy-Aware.

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