Prefabricated, ISO containerised data centres deployed at the source of renewable power. Operational in as little as 90 days, with no grid upgrades and no multi-year builds.
From site assessment to live compute
Critical IT load per module, scaling from 100 kW
Renewable generation capacity WinDC can access
Scope 2 emissions, verified with Grokens
A modular data centre is built from prefabricated, self-contained modules rather than constructed on site as a single building. Each module arrives with power distribution, cooling, racks, monitoring and security already integrated, so capacity can be deployed quickly and expanded one module at a time.
Containerised data centres are the most common form. The entire facility is fitted inside a standard ISO shipping container, which means it can be moved by truck, rail or ship and installed wherever power and connectivity are available.
WinDC's modular data centres take that a step further. Every module is factory-built for high-density AI and GPU workloads and deployed directly at renewable generation sites across Australia, so compute runs on clean power that would otherwise be curtailed.
Each WinDC module is a 20- or 40-foot ISO containerised data centre delivering 100 kW to 1.8 MW of critical IT load, with configurations for GPU, CPU or mixed workloads.
Traditional data centres are designed to last decades in one place. Modular data centres are designed to be deployed fast, scaled in steps and moved when needs change.
| Traditional data centre | WinDC modular data centre | |
|---|---|---|
| Time to deploy | 2–5 years of design, approvals and construction | ~90 days from site assessment to live compute |
| Grid connection | Major grid upgrades in congested metro regions | Behind the meter at the renewable generation site |
| How capacity grows | Large upfront build, sized for future demand | Add modules as demand grows |
| Location | Fixed for the life of the building | Fully relocatable by truck, rail or ship |
| Power source | Grid mix | 100% renewable power at source |
| Emissions reporting | Grid-dependent Scope 2 emissions | Zero Scope 2, verified with Grokens |
| Total cost of ownership | Construction, grid and land costs | Up to 50% lower total cost of ownership |
Every module is factory-built, tested and pre-configured before it leaves the factory, so it arrives ready to commission.
20- or 40-foot ISO containerised data centres with dense rack configurations for GPU, CPU or mixed infrastructure. Modules are engineered for intermodal transport, with vibration and shock protection, and can be redeployed fully loaded.
Advanced liquid cooling for high-density GPU clusters, N+1 redundancy for power and cooling, energy storage integration and load shedding for grid participation.
Support for NVIDIA and AMD GPUs, enterprise servers and networking, with compatibility for Azure Local and edge platforms. Whatever your stack looks like, WinDC supports it.
Enterprise-grade Starlink, 5G and fibre where available, with traffic bonding and QoS management. Zero-trust network architecture, full audit trails and MFA come as standard.
A central command module provides orchestration, observability and AI-driven predictive maintenance, backed by IIoT telemetry, 24/7 monitoring and SLA-governed service levels.
| Form factor | ISO 20' or 40' container |
| Critical IT load | 100 kW to 1.8 MW per module |
| Rack density | ~10 kW per rack |
| Cooling | Advanced liquid cooling, N+1 systems |
| Resilience | N+1 redundancy for power and cooling |
| Networking | Starlink, 5G and fibre; QoS and traffic bonding |
| Hardware | NVIDIA and AMD GPU support, CPU configurations |
| Monitoring | IIoT telemetry, AI-driven analytics, 24/7 support |
| Uptime | 99.5%, SLA-governed |
| Deployment | As fast as ~90 days |
| Mobility | Fully redeployable, intermodal transport |
Because the data centre is built in a factory rather than on site, the slowest parts of a traditional build disappear.
We identify solar, wind and hydro generation sites with stranded or curtailed power, with access to 6.5GW+ of renewable capacity across Australia.
Modules are prefabricated and pre-configured for your workload, including racks, cooling, power systems and fleet management, while the site is prepared.
Modules are delivered and connected behind the meter, taking a deployment from site assessment to live compute in approximately 90 days.
Add modules as demand grows, or move them by truck, rail or ship if your requirements change or a better renewable site becomes available.
WinDC modules are deployed for organisations that need sovereign, low-cost compute without waiting years for a traditional build.
High-density GPU modules for model training and inference, deployed in weeks rather than years. Together, WinDC modules form Australia's AI factories.
Explore AI factoriesContainerised modules that can be placed in remote and regional locations, bringing compute close to where energy and data are generated, and moved by truck, rail or ship when needs change.
Explore portable data centresInfrastructure deployed on Australian soil and operated under Australian jurisdiction, suited to defence, research and public sector data.
Learn moreA Tier-0 option for containerised and AI inference workloads, complementing hyperscalers at lower cost and with zero Scope 2 emissions.
Learn moreAffordable, sovereign GPU capacity for scientific computing and machine learning research, without offshore data exposure.
Learn moreTurn curtailed generation into compute revenue by hosting WinDC modules behind the meter at your site, without grid export approvals.
Learn morePlacing modular data centres where renewable energy is generated changes the economics of compute.
Drawing power directly at the generation site avoids transmission losses and grid charges, which dramatically lowers the cost per GPU-hour.
Deployments bypass congested urban grids and metropolitan data centre regions, removing the longest delays in traditional builds.
Australia curtails billions of dollars of renewable generation every year. Modular data centres turn that stranded energy into productive compute.
Every module generates Grokens, audit-ready attestations that map compute usage to time-matched renewable energy for compliance-grade reporting.
Talk to us about modular data centre capacity for your workloads, or about hosting WinDC modules at your renewable energy site.
