DEVELOPMENT PHASE // MODULAR ASSET
The Architecture of Resilient AI Infrastructure.
IBEX Capital is developing a self-contained modular data center platform designed to reduce reliance on utility power and cooling-tower water through integrated renewables and advanced thermal controls.
01 / SOLAR THERMAL RECOVERY
Integration of modular solar backplanes with thermal routing to maximize module performance and on-site generation.
02 / VORTEX HEAT EXCHANGE
Advanced vortex-coil geometry optimizes heat rejection cycles, significantly reducing overall mechanical cooling energy.
MODULAR SOLAR BACKPLANE // VORTEX THERMAL MANAGEMENT // CONDENSATE-ASSISTED COOLING // GRID-RESILIENT ARCHITECTURE // IBEX CAPITAL LLC
03 / CONDENSATE HARVEST
Atmospheric water recovery systems capture condensate from cooling operations for reuse in emergency thermal loops.
04 / AI ENCLOSURE
Modular containment architecture tailored specifically for high-density AI processing racks and modular edge computing deployments.
01 / REDUCED WATER DEPENDENCY
Engineered for high-density AI cooling without the environmental toll, significantly reducing operational water consumption through advanced condensate capture.
04 / INTEGRATED SOLAR GENERATION
Native PV architecture integrates power generation into the structural backplane, improving module performance through enhanced thermal routing.
02 / GRID-RESILIENT ARCHITECTURE
Built for continuous operation independent of utility fluctuations, providing stability during grid instability and ensuring mission-critical uptime.
05 / THERMAL MANAGEMENT
03 / SCALABLE AI INFRASTRUCTURE
Modular modular data center architecture optimized for high-density computing, allowing rapid deployment to meet growing computational demands.
06 / GRID INDEPENDENCE
Hybrid platforms combining on-site storage and intelligent controls to create fully modular, grid-independent infrastructure for remote or high-demand sites.