Description
CubixFlow Eco-Efficiency Free Cooling Technology
When ambient outdoor temperatures drop, the system automatically transitions into an energy-saving free cooling mode. By directly leveraging cold outdoor air instead of running energy-heavy compressors, it drastically cuts power consumption and operational expenditures (OPEX).
Direct Air Economizer & Hybrid Thermal Integration
Ultra-Low PUE: Achieve a PUE down to 1.1, optimizing energy efficiency for modern workloads. Flexible Deployment: Versatile architecture, fully compatible with both wall-mounted and roof-top cooling setups. Smart Operation: Intelligent automatic mode-switching with plug-and-play installation to reduce on-site labor.
Indirect Free Cooling via Advanced Refrigerant Pump
Optimized PUE: Delivers outstanding energy savings with a PUE as low as 1.2. Zero Water Waste: Eco-friendly, zero-water consumption operations during economizer mode. Flooding Protection: Eliminates flooding risks by keeping water loops completely outside the white space. Contaminant-Free: Total isolation from outdoor environments—zero risk of external dust or moisture ingress. Low Maintenance: Smart automatic mode-switching minimizes maintenance overhead and service complexity.
Maximum Flexibility for Edge Deployments
Effortless Logistics: The plug-and-play, self-contained architecture guarantees seamless transportation and rapid on-site deployment. Versatile Scenarios: Tailored to fit any environment, whether you are deploying a remote telecom shelter or a high-density outdoor edge data center. Scalable Thermal Control: Our systems offer a broad range of flexible cooling capacities, easily adapting to your specific IT infrastructure demands.
Eco-Sustainable Efficiency & Intelligent Thermal Control
Premium Tier-1 Components: Built with industry-leading brands and proprietary architecture to guarantee maximum system up-time and operational reliability. Precise Climate Management: Integrated inverter compressors and EC fans work seamlessly with smart control systems to deliver micro-degree temperature accuracy. Universal Deployment: Engineered for both top-mount and wall-mount configurations, achieving 100% compatibility with hot/cold aisle containment layouts. Green Economizer Configurations: Flexible integration of direct and indirect free cooling modes to dramatically lower cooling power consumption and optimize PUE. Uninterrupted Airflow Backup: Optional 48VDC standby power module ensures continuous fan ventilation and control during grid power outages.
SmartMatrix Intelligent Control Architecture
Full-Digital Autonomous Regulation: Built on advanced control algorithms and real-time sensory data. Every critical component operates via high-precision digital control, automatically adjusting to dynamic on-site ambient workloads. Comprehensive Data Logging: Tracks over 1,000+ historical alarm logs alongside 7-day continuous telemetry curves for both pressure and temperature metrics. Universal IoT & Network Protocols: Seamlessly integrates with modern data center monitoring systems via Web, SNMP, Modbus, BACnet, Email, Dry Contact, and IPv6. Smart Teamwork & Clustering: Features advanced multi-unit orchestration, including Master/Slave, Master Control, and Forced Operation modes for redundant thermal balancing. Remote Web-Based Management: Embedded secure web server enables cross-platform visibility and configuration from any PC, smartphone, or mobile device.
Key Components
Variable-Speed Inverter Compressor
Dynamically modulates cooling capacity based on real-time heat load profiles, yielding massive energy reduction during partial-load runtimes. Engineered to sustain stable operations in up to 55°C ambient environments with eco-friendly R134a refrigerant configurations.
Intelligent EC Fan Matrix
Delivers pinpoint airflow calibration by auto-adjusting impeller speeds to perfectly match fluctuating thermal loads. Maximizes energy conservation while maintaining localized server rack pressure stabilization.
High-Precision Electronic Expansion Valve (EEV)
Provides micro-level refrigerant flow orchestration, vastly improving cooling cycle efficiency. Minimizes the power overhead of both the compressor and the auxiliary refrigerant pump to shrink total site PUE.
Adaptive Dynamic Actuator
An automated control node that continuously tracks and self-optimizes component outputs. Ensures all sub-systems work in optimized harmony to maintain the absolute peak of thermodynamic balance.
