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Midea AirBoost Air Cooled Screw Chiller Data Center IT Infrastructure Cooling Solutions Triple Free Cooling for Hyperscale Data Center PUE Dominance
  • name
  • name

Midea AirBoost Air Cooled Screw Chiller Data Center IT Infrastructure Cooling Solutions Triple Free Cooling for Hyperscale Data Center PUE Dominance

Detail Information
Product Description
Detail Information
Place of Origin
China
Brand Name
OEM;MIDEA
Certification
CB,ISO
Product Name:
Midea AirBoost Air Cooled Screw Chiller
Cooling Capacity:
316-1449 KW
Compressor Type:
Twin Screw (variable Speed)
Power Supply:
380-415V / 3Ph / 50Hz
Free Cooling:
Triple Mode (dry/hybrid/mechanical)
Refrigerant:
R134a / R513A
Climate Rating:
T3 (55°C)
Highlight:

Midea AirBoost screw chiller

,

data center cooling solutions

,

triple free cooling chiller

Product Description
Midea AirBoost Air Cooled Screw Chiller for Data Center IT Infrastructure Cooling
Hyperscale data centers face unprecedented cooling challenges with AI training clusters generating 30-100kW per rack, pushing total facility cooling loads into the megawatt range. At this scale, even marginal improvements in cooling efficiency translate to millions of dollars in annual energy savings. Simultaneously, hyperscale operators face growing pressure from customers, regulators and investors to demonstrate environmental leadership through industry-leading PUE and WUE performance.
The Midea AirBoost Air Cooled Screw Chiller (316-1449kW) with triple free cooling technology delivers a transformative solution. By seamlessly transitioning between mechanical cooling, hybrid cooling and 100% free cooling modes based on real-time ambient conditions, the system dramatically reduces annual mechanical cooling energy. In temperate and seasonal climates, the AirBoost can achieve annual PUE values below 1.2, setting a new benchmark for large-scale data center efficiency.
For hyperscale operators, colocation providers and enterprise data center teams pursuing PUE leadership, the AirBoost represents the most efficient air-cooled path to world-class data center performance.
Key Features Deep Dive
Triple Free Cooling Transforming Data Center PUE
The AirBoost's triple free cooling system operates across three distinct modes to maximize energy efficiency throughout the year. During cold weather, the dry cooler provides 100% free cooling with compressors completely deactivated. During transition seasons, hybrid mode blends free and mechanical cooling for optimal efficiency. Only during peak summer does the system rely entirely on mechanical compression. This intelligent mode switching can reduce annual cooling energy by 40-60% compared to conventional air-cooled systems.
  • Three operating modes maximize free cooling utilization throughout the year
  • Dry cooler mode provides 100% free cooling when ambient conditions permit
  • Hybrid mode blends free and mechanical cooling during transition periods
  • Automatic mode optimization based on real-time weather and IT load conditions
  • Reduces annual cooling energy consumption by 40-60% versus conventional systems
  • Enables annual PUE values below 1.2 in temperate and seasonal climates
Megawatt-Scale Capacity for AI and HPC Workloads
AI training workloads and high-performance computing clusters generate unprecedented heat densities. The AirBoost delivers up to 1449kW per unit, and multiple units in parallel can serve data halls with tens of megawatts of total cooling capacity. This scale is essential for modern hyperscale facilities where single data halls may house thousands of GPU-accelerated servers generating concentrated heat loads that would overwhelm conventional cooling approaches.
  • Up to 1449kW per unit for high-density data hall cooling applications
  • Multiple units in parallel serve data halls with tens of megawatts total capacity
  • Variable speed compressors respond rapidly to AI workload heat spikes
  • High-efficiency twin screw compressors maintain performance under extreme loads
  • Supports next-generation AI and HPC deployments with 30-100kW per rack densities
  • Designed for continuous operation matching data center 24/7/365 requirements
Free Cooling Eliminates Water Consumption at Scale
Large data centers consume millions of liters of water annually through evaporative cooling towers. The AirBoost's integrated free cooling system eliminates this water consumption entirely during cooler months and dramatically reduces it year-round. For hyperscale operators facing water scarcity concerns and regulatory pressure, this zero-water approach addresses one of the most significant sustainability challenges in the data center industry.
  • Eliminates millions of liters of annual cooling tower water consumption
  • Zero water treatment chemicals required, eliminating environmental contamination risk
  • No Legionella or biological contamination risk from evaporative cooling equipment
  • Dramatically improves WUE metrics for sustainability certifications
  • Reduces exposure to water scarcity risks and potential regulatory restrictions
  • Supports hyperscale operator commitments to water stewardship and sustainability
Advanced DCIM Integration for Operational Intelligence
Modern data center operations require deep integration between cooling systems and DCIM platforms for holistic optimization. The AirBoost provides native BACnet, Modbus and IoT connectivity, enabling real-time monitoring of cooling performance, IT-to-cooling ratio optimization, predictive maintenance scheduling and automated alarm management. The integrated IoT platform provides cloud-based analytics that identify optimization opportunities across multiple facilities.
  • Native BACnet, Modbus and IoT connectivity for seamless DCIM integration
  • Real-time IT-to-cooling ratio monitoring enables proactive capacity management
  • Predictive maintenance scheduling prevents unplanned cooling disruptions
  • Cloud-based analytics identify optimization opportunities across multiple facilities
  • Automated alarm management with configurable escalation and notification protocols
  • Supports comprehensive SLA compliance documentation and reporting
Rapid Deployment for Time-Critical Data Center Projects
The data center market moves fast. Colocation operators need to bring capacity online quickly to capture customer contracts, and enterprise IT teams need rapid deployment for new applications and services. The AirBoost arrives factory-assembled with integrated free cooling, eliminating the need for separate cooling tower infrastructure and significantly reducing on-site installation time compared to traditional water-cooled systems.
  • Factory-assembled with integrated free cooling for rapid deployment
  • Eliminates separate cooling tower installation and commissioning requirements
  • Significantly faster installation compared to field-assembled water-cooled systems
  • Supports fast-track data center projects where time to revenue is critical
  • Compatible with modular and prefabricated data center construction methods
  • Ideal for phased deployments where each phase requires rapid cooling availability
Extreme Climate Resilience for Global Data Center Operations
Data centers operate in every climate zone on Earth, from arid deserts to tropical coastlines. T3 climate rating ensures the AirBoost delivers rated cooling capacity at ambient temperatures up to 55°C, protecting IT equipment during extreme heat events when cooling demand is highest and grid power may be constrained. This resilience is essential for data center operators with global footprints spanning diverse climate conditions.
  • T3 climate rating ensures full rated capacity at 55°C ambient temperature
  • Protects IT equipment during extreme heat events when cooling demand peaks
  • Essential for data center operators with global portfolios across climate zones
  • Corrosion-resistant components for coastal and humid environments
  • Proven reliability in the most demanding outdoor operating conditions
  • Extended 5-year warranty provides long-term operational confidence
Technical Specifications
Parameter Value
Cooling Capacity 316-1449 kW
Refrigerant R134a / R513A
Compressor Type Twin Screw (variable speed)
Free Cooling Triple mode (dry/hybrid/mechanical)
Power Supply 380-415V / 3Ph / 50Hz
Climate Rating T3 (55°C)
DCIM Protocol BACnet / Modbus / IoT
Warranty 5 Years
Origin China
Certifications CE, Eurovent, TUV SUD, ISO 9001/14001/45001
Applications
  • Hyperscale Data Centers: Massive cooling capacity for AI training and cloud computing infrastructure
  • AI Training Facilities: High-density cooling for GPU cluster environments generating 30-100kW per rack
  • Colocation Hyperscale Halls: Efficient cooling for large data halls serving enterprise cloud customers
  • Government Cloud Infrastructure: Reliable, efficient cooling for sovereign cloud and government data platforms
  • Research Computing Centers: Precision cooling for supercomputing and high-performance computing clusters
  • Content Delivery Networks: Scalable cooling for CDN edge and regional distribution infrastructure
Certifications & Standards
CE
Eurovent
TUV SUD
ISO 9001
ISO 14001
ISO 45001
SASO
ESMA
GCC
Midea AirBoost Air Cooled Screw Chiller unit installation and configuration Midea AirBoost chiller system components and internal architecture
Tags: 

VRF System,  

vrf ac system,  

vrf unit

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Products
PRODUCTS DETAILS
Products

DC Inverter VRF

DC Inverter Mini VRF

Rooftop Package Unit

Industrial Water Chiller

Air Cooled Modular Chiller

FCU Fan Coil Unit

Commercial Air Conditioner

Commercial AC Unit

Floor Standing Duct Type

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Midea AirBoost Air Cooled Screw Chiller Data Center IT Infrastructure Cooling Solutions Triple Free Cooling for Hyperscale Data Center PUE Dominance
  • name
  • name
Midea AirBoost Air Cooled Screw Chiller Data Center IT Infrastructure Cooling Solutions Triple Free Cooling for Hyperscale Data Center PUE Dominance
Detail Information
Product Description
Detail Information
Place of Origin
China
Brand Name
OEM;MIDEA
Certification
CB,ISO
Product Name:
Midea AirBoost Air Cooled Screw Chiller
Cooling Capacity:
316-1449 KW
Compressor Type:
Twin Screw (variable Speed)
Power Supply:
380-415V / 3Ph / 50Hz
Free Cooling:
Triple Mode (dry/hybrid/mechanical)
Refrigerant:
R134a / R513A
Climate Rating:
T3 (55°C)
Highlight

Midea AirBoost screw chiller

,

data center cooling solutions

,

triple free cooling chiller

Product Description
Midea AirBoost Air Cooled Screw Chiller for Data Center IT Infrastructure Cooling
Hyperscale data centers face unprecedented cooling challenges with AI training clusters generating 30-100kW per rack, pushing total facility cooling loads into the megawatt range. At this scale, even marginal improvements in cooling efficiency translate to millions of dollars in annual energy savings. Simultaneously, hyperscale operators face growing pressure from customers, regulators and investors to demonstrate environmental leadership through industry-leading PUE and WUE performance.
The Midea AirBoost Air Cooled Screw Chiller (316-1449kW) with triple free cooling technology delivers a transformative solution. By seamlessly transitioning between mechanical cooling, hybrid cooling and 100% free cooling modes based on real-time ambient conditions, the system dramatically reduces annual mechanical cooling energy. In temperate and seasonal climates, the AirBoost can achieve annual PUE values below 1.2, setting a new benchmark for large-scale data center efficiency.
For hyperscale operators, colocation providers and enterprise data center teams pursuing PUE leadership, the AirBoost represents the most efficient air-cooled path to world-class data center performance.
Key Features Deep Dive
Triple Free Cooling Transforming Data Center PUE
The AirBoost's triple free cooling system operates across three distinct modes to maximize energy efficiency throughout the year. During cold weather, the dry cooler provides 100% free cooling with compressors completely deactivated. During transition seasons, hybrid mode blends free and mechanical cooling for optimal efficiency. Only during peak summer does the system rely entirely on mechanical compression. This intelligent mode switching can reduce annual cooling energy by 40-60% compared to conventional air-cooled systems.
  • Three operating modes maximize free cooling utilization throughout the year
  • Dry cooler mode provides 100% free cooling when ambient conditions permit
  • Hybrid mode blends free and mechanical cooling during transition periods
  • Automatic mode optimization based on real-time weather and IT load conditions
  • Reduces annual cooling energy consumption by 40-60% versus conventional systems
  • Enables annual PUE values below 1.2 in temperate and seasonal climates
Megawatt-Scale Capacity for AI and HPC Workloads
AI training workloads and high-performance computing clusters generate unprecedented heat densities. The AirBoost delivers up to 1449kW per unit, and multiple units in parallel can serve data halls with tens of megawatts of total cooling capacity. This scale is essential for modern hyperscale facilities where single data halls may house thousands of GPU-accelerated servers generating concentrated heat loads that would overwhelm conventional cooling approaches.
  • Up to 1449kW per unit for high-density data hall cooling applications
  • Multiple units in parallel serve data halls with tens of megawatts total capacity
  • Variable speed compressors respond rapidly to AI workload heat spikes
  • High-efficiency twin screw compressors maintain performance under extreme loads
  • Supports next-generation AI and HPC deployments with 30-100kW per rack densities
  • Designed for continuous operation matching data center 24/7/365 requirements
Free Cooling Eliminates Water Consumption at Scale
Large data centers consume millions of liters of water annually through evaporative cooling towers. The AirBoost's integrated free cooling system eliminates this water consumption entirely during cooler months and dramatically reduces it year-round. For hyperscale operators facing water scarcity concerns and regulatory pressure, this zero-water approach addresses one of the most significant sustainability challenges in the data center industry.
  • Eliminates millions of liters of annual cooling tower water consumption
  • Zero water treatment chemicals required, eliminating environmental contamination risk
  • No Legionella or biological contamination risk from evaporative cooling equipment
  • Dramatically improves WUE metrics for sustainability certifications
  • Reduces exposure to water scarcity risks and potential regulatory restrictions
  • Supports hyperscale operator commitments to water stewardship and sustainability
Advanced DCIM Integration for Operational Intelligence
Modern data center operations require deep integration between cooling systems and DCIM platforms for holistic optimization. The AirBoost provides native BACnet, Modbus and IoT connectivity, enabling real-time monitoring of cooling performance, IT-to-cooling ratio optimization, predictive maintenance scheduling and automated alarm management. The integrated IoT platform provides cloud-based analytics that identify optimization opportunities across multiple facilities.
  • Native BACnet, Modbus and IoT connectivity for seamless DCIM integration
  • Real-time IT-to-cooling ratio monitoring enables proactive capacity management
  • Predictive maintenance scheduling prevents unplanned cooling disruptions
  • Cloud-based analytics identify optimization opportunities across multiple facilities
  • Automated alarm management with configurable escalation and notification protocols
  • Supports comprehensive SLA compliance documentation and reporting
Rapid Deployment for Time-Critical Data Center Projects
The data center market moves fast. Colocation operators need to bring capacity online quickly to capture customer contracts, and enterprise IT teams need rapid deployment for new applications and services. The AirBoost arrives factory-assembled with integrated free cooling, eliminating the need for separate cooling tower infrastructure and significantly reducing on-site installation time compared to traditional water-cooled systems.
  • Factory-assembled with integrated free cooling for rapid deployment
  • Eliminates separate cooling tower installation and commissioning requirements
  • Significantly faster installation compared to field-assembled water-cooled systems
  • Supports fast-track data center projects where time to revenue is critical
  • Compatible with modular and prefabricated data center construction methods
  • Ideal for phased deployments where each phase requires rapid cooling availability
Extreme Climate Resilience for Global Data Center Operations
Data centers operate in every climate zone on Earth, from arid deserts to tropical coastlines. T3 climate rating ensures the AirBoost delivers rated cooling capacity at ambient temperatures up to 55°C, protecting IT equipment during extreme heat events when cooling demand is highest and grid power may be constrained. This resilience is essential for data center operators with global footprints spanning diverse climate conditions.
  • T3 climate rating ensures full rated capacity at 55°C ambient temperature
  • Protects IT equipment during extreme heat events when cooling demand peaks
  • Essential for data center operators with global portfolios across climate zones
  • Corrosion-resistant components for coastal and humid environments
  • Proven reliability in the most demanding outdoor operating conditions
  • Extended 5-year warranty provides long-term operational confidence
Technical Specifications
Parameter Value
Cooling Capacity 316-1449 kW
Refrigerant R134a / R513A
Compressor Type Twin Screw (variable speed)
Free Cooling Triple mode (dry/hybrid/mechanical)
Power Supply 380-415V / 3Ph / 50Hz
Climate Rating T3 (55°C)
DCIM Protocol BACnet / Modbus / IoT
Warranty 5 Years
Origin China
Certifications CE, Eurovent, TUV SUD, ISO 9001/14001/45001
Applications
  • Hyperscale Data Centers: Massive cooling capacity for AI training and cloud computing infrastructure
  • AI Training Facilities: High-density cooling for GPU cluster environments generating 30-100kW per rack
  • Colocation Hyperscale Halls: Efficient cooling for large data halls serving enterprise cloud customers
  • Government Cloud Infrastructure: Reliable, efficient cooling for sovereign cloud and government data platforms
  • Research Computing Centers: Precision cooling for supercomputing and high-performance computing clusters
  • Content Delivery Networks: Scalable cooling for CDN edge and regional distribution infrastructure
Certifications & Standards
CE
Eurovent
TUV SUD
ISO 9001
ISO 14001
ISO 45001
SASO
ESMA
GCC
Midea AirBoost Air Cooled Screw Chiller unit installation and configuration Midea AirBoost chiller system components and internal architecture
Tags: 

VRF System,

vrf ac system,

vrf unit

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