LIQCOOL advises hyperscalers, colocation operators, and enterprise builders on the thermal strategy behind every high-density AI deployment — from first rack to full facility.
Modern accelerator racks draw far more heat per square foot than legacy facilities were built to reject. Every quarter of indecision on thermal architecture is a quarter of stranded capacity — racks that can't be populated, power that can't be drawn down, timelines that slip past the deal.
We work with facilities teams, chip and OEM partners, and capital planning groups to get liquid cooling decisions right the first time — technically, commercially, and on schedule.
Cold plate selection, coolant loop design, and CDU integration engineered against your accelerator roadmap, not a generic spec sheet.
Piping, CDU placement, rack integration, and containment strategy for bringing liquid into halls that were never built for it.
Site assessments, PUE and WUE modeling, and total-cost-of-ownership comparisons across cold plate, immersion, and hybrid approaches.
Vendor selection, program management, and on-site commissioning oversight from procurement through steady-state operation.
Directional figures drawn from LIQCOOL engagements across colocation retrofits and greenfield AI facilities.
The same sequence for a single retrofit or a multi-site AI campus — scoped to what your facility and timeline actually need.
Site walk, power and thermal load modeling, and a clear-eyed read on what your current facility can and can't support.
Cooling architecture, coolant loop and CDU specification, and a vendor-neutral shortlist matched to your accelerator roadmap.
Procurement support, installation oversight, and commissioning management through first full-load operation.
Ongoing thermal performance review as rack density and accelerator generations change under you.