Cooling system management: Fewer cooling units deliver the same capacity, reducing maintenance complexity.
Easy component replacement: Enables quick replacement and upgrades of racks, panels, and doors.
Sealed aisles: Uses doors, curtains, or panels to reduce air leakage, enhancing cooling efficiency and airflow containment.
Air separation: Keeps hot and cold airflows separate, directing cold air to IT equipment and removing hot air efficiently, ensuring consistent cooling.
Vertical airflow optimization: CRAC units deliver cold air vertically through raised floors, ensuring precise cooling and preventing hot air recirculation.
Optimized space utilization: Frees up aisle space compared to in-row cooling, reducing equipment density and allowing for easier expansion.
Enhanced power safety: Batteries and distribution components are securely stored in dedicated rooms, improving safety and simplifying maintenance.
Integrated distribution architecture: Unified design ensures consistent power delivery, reducing cabling complexity and improving system reliability.
Cooling system management: Fewer cooling units deliver the same capacity, reducing maintenance complexity.
Easy component replacement: Enables quick replacement and upgrades of racks, panels, and doors.
Reduced energy consumption: Minimizes cooling inefficiencies compared to non-containment setups, significantly lowering energy usage.
Separate air mixture: Prevents hot and cold airflows from mixing, optimizing cooling efficiency and reducing energy waste.
Fewer AC units: Compared to AisleCompact, CRAC units in AisleClassic requires fewer units, reducing equipment and installation costs.
Centralized power efficiency: The centralized power system reduces the need for cabling, cutting material usage and infrastructure costs.