Cloud and AI providers
Scalable space and power for cloud platforms, AI infrastructure and GPU hosting providers.
Flagship Infrastructure
The Campus
Technical parameters and development concept for Talonex's proposed 150 MW green datacentre and AI infrastructure campus in Kenya.
Target Workloads
Who we serve
Tailored capacity designed to support hyperscale platforms, sovereign data requirements, and mission-critical enterprise operations.
Government and sovereign users
In-country hosting for public-sector workloads, with procurement, security and service requirements agreed per customer.
Enterprise customers
Capacity for organisations planning cloud migration, business continuity and regional digital services.
Architecture & Engineering
Campus design concept
Modular, high-density infrastructure engineered specifically for modern compute and accelerator clusters.
Critical power
A/B distribution ensuring continuous, isolated delivery paths to all tenant compute halls with concurrent maintainability.
IT and GPU data halls
150 MW IT load across 3 × 50 MW modular expansion phases.
Connectivity
Diverse fibre and carrier meet-me rooms ensuring redundant carrier interconnects.
Liquid cooling
Direct-to-chip or rear-door, precision-matched to tenant equipment.
AI-ready infrastructure
Mixed rack densities, with cooling interfaces matched to tenant equipment.
Sustainable Energy Architecture
Power and energy concept
Engine-free green power combining dedicated solar PV generation, comprehensive BESS battery storage, and dual high-voltage grid paths.
Solar PV Generation
300 MWp
Dedicated on-site photovoltaic generation capacity.
PV-Paired Storage
120 MW / 480 MWh
Battery storage directly coupled with solar generation.
Standalone BESS
80 MW / 320 MWh
Independent reserves providing frequency and grid support.
Annual Efficiency Target
1.30 PUE
195 MW facility demand at full IT load under design parameters.
Operational Excellence
Reliability and operational readiness
Strict engineering validation, continuous monitoring, and structured operational discipline.
Concurrent-maintainability objectives, supported by failure studies and integrated systems testing.
Multiple carriers, physical route diversity and separate entries, supported by route drawings and service agreements.
An operator plan covering staffing, monitoring, maintenance, training and documented incident recovery.
Availability and service remedies will match the completed design and verified commissioning performance.
Benchmark Reference
Project Savanna energy comparison
100 MW, whole-campus estimate illustrating energy supply balance under solar-hybrid vs. grid-only models.
| Parameter | Solar + grid | Grid-only |
|---|---|---|
| Annual electricity demand | 1,104 GWh | 1,104 GWh |
| On-site solar capacity | 200 MWp | None |
| Solar contribution | 390 GWh (about 35%) | None |
| Grid contribution | 714 GWh (about 65%) | 1,104 GWh (100%) |