A rack-level liquid cooling solution engineered for high-density servers. It simplifies deployment, reduces energy consumption, and ensures data center stability and efficiency under AI/HPC workloads.
The Ablecool replaces traditional high-power cooling methods, focusing on energy efficiency, thermal capacity, and maintainability.
Up to 30% power reduction*, lowering cooling infrastructure energy use.
Supports up to 65 kW per rack*, ideal for AI and HPC high-density deployments.
Enables PUE close to 1.06*, maximizing overall energy efficiency.
Installs on existing racks with no internal liquid loop required inside servers, simplifying deployment and maintenance.
*Values are for reference only. Please refer to the official datasheet and project-level validation for final specifications.
Rack-level heat exchange minimizes hotspots and reduces dependence on traditional CRAC/chiller systems.
Modular, per-rack upgrade path well-suited for AI clusters, HPC environments, cloud infrastructure, and 5G applications.
Lower cooling-related power consumption and maintenance costs, while improving rack density and white-space utilization flexibility.
GPU-dense servers and heterogeneous acceleration platforms
Energy-efficient cooling for large-scale compute clusters
Higher rack density with stable thermal performance
High cooling efficiency in space- and power-constrained sites
Top/bottom feed, electronic valve, and flow sensors with quick-disconnect hose support for easy commissioning.
Delivers up to 65kW cooling per rack, designed for high thermal loads and scalable environments.
7” touchscreen HMI, with temperature, pressure, and flowrate monitoring; SNMP, Modbus, WebUI, and Redfish API supported.
Compatible with standard frame widths from 600mm to 800mm for seamless deployment.
Tool-less, zero-downtime fan replacement for maximum uptime and optimized cooling performance.
Enables clear visual feedback on system health and operational status.
Related Products
Contact Ablecom to obtain the official datasheet, configuration options, and integration guidelines for your facility. Proof-of-Concept testing and energy efficiency assessments are available upon request.
Future
