Hybrid Air-Liquid Cooling Micro-Module and Secondary‑Side Piping Integration

Product Overview
WM-HCM Air-Liquid Hybrid Micro-Module is an integrated data center solution designed for ultra-high-density computing applications. It adopts a dual-row, back-to-back layout and integrates a contained hot aisle, air-liquid hybrid cooling cabinets, in-row air conditioners, power distribution, and intelligent monitoring systems into a unified solution, enabling full-stack integration from infrastructure to precision cooling systems. The complete secondary-side liquid cooling solution includes CDUs, manifolds, quick disconnect couplings and hoses, and secondary-side prefabricated piping. Power density and delivery configurations can be customized according to specific business requirements, enabling integrated and one-stop delivery.

Product Features
Air-Liquid Hybrid Cooling and Energy Efficiency Optimization: The liquid cooling system handles heat dissipation for high-power computing nodes, while in-row air conditioners provide cooling for air-cooled nodes. This flexible configuration accommodates mixed deployments with different power densities and helps optimize energy efficiency.
In-House Development and One-Stop Delivery: The secondary-side cooling loop is built around core components such as CDUs, manifolds, and prefabricated piping. Factory pre-commissioning and integration enable rapid on-site deployment and help reduce project risks.
Modular Architecture and Flexible Expansion: The standardized modular unit design supports capacity expansion on a module-by-module basis according to actual requirements. The number of cabinets and capacity levels can be configured flexibly to accommodate different stages of business growth.
Customized Design and Flexible Adaptability: Customized solutions can be designed according to data center conditions, power density, and cooling requirements. Multiple layout, connection, and capacity configurations are supported to accommodate diverse application scenarios.
Intelligent Monitoring and Unified Operation & Maintenance: Integrates centralized monitoring of power, environmental conditions, liquid cooling systems, and IT equipment. Operating conditions can be monitored visually, while real-time alerts for abnormal conditions help simplify operation and maintenance.