July 17, 2025
Krambu unveils plans for a sustainable AI Factory (MT)
Liquid‑cooled AI campus powered by renewables with heat recapture for agriculture and industry—our blueprint for regenerative compute.
Regenerative AI + Green ComputeDirect Liquid Cooling • Thermal Reuse
Autonomous energy‑aware
AI Infrastructure
Krambu integrates compute, cooling, and clean energy into one platform for regenerative AI and blockchain—delivering high-density performance with a smaller environmental footprint.
Renewable Energy
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Liquid-Cooled Racks
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Heat Reused
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Sites in Development
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Solutions
Integrated Systems
End‑to‑end architecture from GPUs to facility—optimized with Supermicro DCBBS and co‑engineered platforms for modular, rapid deployment.
GPUs • Racks • Facility
Renewable, Grid‑Aware Energy
Hybrid energy systems with BESS‑backed load balancing, renewable integration, and a green hydrogen roadmap for climate‑positive sites.
BESS • Hydrogen • Orchestration
Industrial Symbiosis
Waste heat routed into agriculture and aquaponics—turning compute byproduct into local value and reducing site emissions.
Agriculture • Aquaponics
Technologies
Direct Liquid Cooling
Direct liquid cooling and immersion cut energy use and eliminate synthetic refrigerants while enabling tight thermal control.
DLC • Immersion
Thermal Reuse
Heat recovery and thermal orchestration to stabilize temperature and supply downstream uses—district heat, agriculture, aquaponics.
Heat Recovery • Orchestration
Renewable Integration
Grid‑synchronized deployments with on‑site renewables and storage to shape load and maximize uptime with clean power.
Solar • Biomass • Storage
Build with Krambu
Let’s design regenerative AI and high-density compute for your next site—integrated systems, cooling, and energy optimized end-to-end.
Latest
July 28, 2025
ENERGY STAR partnership with EPA/DOE
Benchmarking ultra‑efficient, liquid‑cooled facilities and sharing best practices for next‑gen AI data centers.