Hyperscale & Co-location Data Centers
- Efficient load balancing and zone-based thermal control for large-scale deployments.
Our HVAC Heating & Cooling solution is engineered to provide all-season thermal and humidity control for data centers and IT environments. By integrating high-efficiency heat exchangers with automated system management, this solution supports precise indoor air temperature, humidity regulation, and energy savings—ensuring uptime and optimal performance for mission-critical IT operations.
Whether for new builds or retrofit projects, our system is fully compatible with CRAC, CRAH, and AHU units, helping reduce energy consumption, manage thermal zones, and maintain indoor climate compliance with ASHRAE and Tier III/IV data center standards.
Switches automatically between heating, cooling, and dehumidification based on real-time load and weather conditions. Ensures stable thermal environments 24/7.
Integrated humidity sensors and condensate drainage systems maintain consistent relative humidity, preventing static discharge and equipment corrosion.
Equipped with variable air volume (VAV) control and multi-stage compressor technology to reduce energy waste and improve load-based efficiency.
Supports top, bottom, or side airflow configurations. Seamlessly integrates into aisle containment, raised floor cooling, and modular POD systems.
Multi-row copper or stainless steel coils with anti-bacterial, anti-fouling coating
High-performance aluminum fins for enhanced heat transfer and rapid condensation removal
Airflow and thermal simulation modeling for uniform distribution and minimal hot spots
Customizable coil modules tailored to project-specific cooling/heating loads
Integrated with IoT sensors to monitor temperature, humidity, airflow, and filter conditions
Remote access, real-time alerts, and AI-based load prediction algorithms ensure responsive thermal management
Click to consult and get the "CO2 Refrigeration System Energy Efficiency Optimization White Paper" + customized coil 3D drawings for free!
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