Pre-development · Western Cape
AI infrastructure, designed around power.
LibertyGreen is developing modular AI infrastructure for power-constrained markets, beginning with a proposed Western Cape validation node.
Compute can scale only when power, infrastructure, workload and capital align
Energy reality
AI infrastructure is becoming a power-delivery challenge.
Global data-centre electricity consumption is projected to roughly double between 2025 and 2030. Because this demand is concentrated at individual sites, access to deliverable power increasingly determines what can be built and when.
Global data-centre electricity consumption
Projected consumption — roughly double 2025
The proposition
The future of AI is power.
The future of power is orchestration.
One energy–compute system.
LibertyGreen integrates renewable generation, storage, grid interaction and differentiated compute workloads as one energy–compute system. The IVB coordinates available power with workload priority.
Energy-led development
Infrastructure begins with the realities of power availability.
Orchestrated demand
Protected, flexible and interruptible compute are managed as parts of one system.
Evidence-led expansion
Operating evidence from each node informs what is repeated and scaled.
The first validation node
A validation node designed to establish the operating model
The proposed Western Cape node is intended to replace assumptions with technical, operational and commercial evidence before larger infrastructure proceeds.
- Location
- Western Cape
- IT capacity
- 100 kW
- Hardware
- Initial GPU cluster
- Stage
- Pre-development
Infrastructure delivery
Planning with ISF Group.
LibertyGreen is working with ISF Group on infrastructure delivery planning. Relevant data-centre capability sits through ISF ICT Infrastructure.
Choose the conversation
Help build the next generation of energy-first AI infrastructure.
Four routes into a relevant conversation. Enquiries are submitted through the Contact form and reviewed by LibertyGreen.