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Water Cooled Screw Chiller 570 2070 kW High COP Premium Efficiency R134a R22 R407C T3 55°C
  • name
  • name

Water Cooled Screw Chiller 570 2070 kW High COP Premium Efficiency R134a R22 R407C T3 55°C

Detail Information
Product Description
Detail Information
Place of Origin
China
Brand Name
OEM;MIDEA
Certification
CB,ISO
Product Name:
Water Cooled Screw Chiller
Cooling Capacity:
570-2,070 KW (single Machine)
COP Range:
5.0-5.9
Refrigerant Options:
R134a / R22 / R407C
Compressor Type:
Semi-hermetic Twin Screw
Climate Class:
T3 — Full Capacity At 55°C Ambient
Voltage:
380-415V/50Hz (other On Request)
Certifications:
CE, AHRI 550/590
Highlight:

Water Cooled Screw Chiller R134a R407C

,

High COP Screw Chiller 570 kW

,

Premium Efficiency Chiller T3 55°C

Product Description
Water Cooled Screw Chiller 570-2070 kW High COP Premium Efficiency
R134a R22 R407C T3 55°C
Maximum Density for Premium Urban Assets
In premier commercial districts worldwide, floor space represents significant revenue potential. The water-cooled screw chiller delivers up to 2,070 kW of cooling from a footprint approximately one-third the size of equivalent air-cooled systems. This capacity density translates directly into recovered real estate value for premium urban developments.
Beyond space efficiency, this chiller achieves COP values of 5.0 to 5.9 – the highest efficiency available for this capacity range. For properties with common area energy costs or green lease agreements, this efficiency advantage delivers significant annual savings and enhanced asset valuations.
Key Features Deep Dive
Unmatched Capacity Density – Every Square Meter Counts
A single water-cooled screw chiller delivering 2,070 kW occupies approximately 4m × 2m of floor space, compared to approximately 12m × 6m for equivalent air-cooled installations.
Investment benefits:
  • 2,070 kW in approximately 8 m² – Unmatched capacity per square meter
  • Basement installation – No rooftop space consumed
  • No cooling tower footprint – Additional area freed for revenue use
  • Higher net leasable area – Directly improves yield and valuation
  • Basement plant rooms – Utilize lower-value space for equipment
  • Premium for tower floors – Every mechanical floor serves more rentable area
COP 5.0-5.9 – The Efficiency Premium That Pays Back
Water-cooled systems achieve fundamentally higher COP than air-cooled alternatives due to lower condensing temperatures. For a 1,500 kW chiller running 5,000 hours annually, this efficiency gap translates to $100,000-$200,000 in annual energy savings.
Investment benefits:
  • COP 5.0-5.9 – Best-in-class efficiency for this capacity range
  • Annual energy savings of $100K-$200K – vs. equivalent air-cooled system
  • 30-40% less energy – Directly improves net operating income
  • Green lease compliance – Meets increasingly common tenant requirements
  • Higher asset valuation – Lower operating costs = higher cap rate valuation
  • Utility cost predictability – Stable efficiency over the equipment lifecycle
Stable Performance Regardless of Weather
Unlike air-cooled systems that derate as ambient temperature rises, the water-cooled screw chiller maintains full capacity and rated efficiency in any condition, buffered by the cooling tower system.
Investment benefits:
  • Weather-independent performance – Full capacity in any ambient condition
  • No derating in extreme heat – Critical for tenant retention during heat waves
  • Consistent efficiency – COP does not degrade as temperature rises
  • Proven in extreme climates – Middle East, Southeast Asia, Africa
  • Reduced risk of tenant discomfort – Stable performance = stable comfort
  • Insurance against climate extremes – As heat events increase, water-cooled advantages grow
Semi-Hermetic Compressors – Field-Serviceable, Long-Life Assets
Semi-hermetic twin screw compressors are designed for a minimum 20-year service life with proper maintenance, allowing field replacement of bearings, seals, and valves without removing the compressor.
Investment benefits:
  • 20+ year service life – Matches long-term hold strategies
  • Field-serviceable – No full compressor replacement for routine maintenance
  • Twin circuit redundancy – One circuit down, 50% capacity still available
  • Lower lifecycle maintenance cost – Component-level repair vs. full replacement
  • Reduced downtime – Faster repairs mean less tenant disruption
  • Predictable depreciation – Aligned with standard commercial property models
Multiple Refrigerant Options – Market Flexibility
Supports three refrigerant options: R134a (global standard), R22 (for markets with existing service infrastructure), and R407C (transitional low-ODP alternative).
Investment benefits:
  • R134a: Global standard – Best for new international projects
  • R22: Market-specific – Where existing infrastructure supports it
  • R407C: Transitional – Lower ODP, compatible with existing systems
  • Non-flammable (A1 safety class) – All options meet standard safety requirements
  • Specify per market – Optimize for local regulations and service networks
  • Migration path available – Upgrade options as regulations evolve
Scalable for District and Campus Applications
Designed for parallel installation on common headers, with two to four units combining to serve loads from 1,000 kW to over 8,000 kW, each providing independent redundancy.
Investment benefits:
  • Parallel installation – 2-4 units on common headers for large loads
  • N+1 redundancy – Each unit provides backup for the others
  • Scalable from 1 MW to 8+ MW – Grow with the campus or district
  • Standardized connections – Simplified engineering and installation
  • Centralized plant efficiency – Lower cost per kW at scale
  • District energy ready – Suitable for third-party energy supply models
Technical Specifications
ParameterValue
Cooling Capacity570-2,070 kW (single machine)
COP Range5.0-5.9
Compressor TypeSemi-hermetic twin screw
Refrigerant OptionsR134a / R22 / R407C
Climate ClassT3 – Full capacity at 55°C ambient
Capacity Modulation25%-100% stepless
Voltage380-415V/50Hz (other on request)
Condenser Water Design30/35°C (standard)
CertificationsCE, AHRI 550/590
BMS ProtocolsModbus RTU, Modbus TCP/IP, BACnet IP
InstallationIndoor (basement/mechanical floor)
Warranty5 years
Ideal Applications
  • CBD high-rise towers – Maximum capacity in minimum floor space
  • District cooling stations – Centralized plants serving multiple buildings
  • Premium hotels – High reliability, high efficiency, compact footprint
  • Large hospitals – Redundant capacity for critical healthcare environments
  • Data centers – Stable performance regardless of external conditions
  • Airport terminals – Expandable capacity with phased installations
  • Shopping malls (large) – Centralized plant with distribution to zones
  • University campuses – District energy from central energy plant
  • Government buildings – Long-life, proven, certifiable technology
  • Industrial process cooling – High-capacity, stable, reliable
Certifications & Standards
  • CE Certification – European Economic Area compliance
  • AHRI 550/590 – Verified performance for North American standards
  • ISO 9001/14001/45001 – Quality, environmental, and occupational health management systems
Water cooled screw chiller unit installation view Close-up view of screw chiller compressor and components Industrial water cooled chiller system overview
Tags: 

air chiller system,  

industrial air chiller,  

air cooled industrial chiller

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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

CCU Compressor Condensing Unit

Commercial Air Conditioning Unit

60Hz American Air Handler

Wall Mounted Split Unit

Air Source Water Heater

Precision Air Conditioner
Water Cooled Screw Chiller 570 2070 kW High COP Premium Efficiency R134a R22 R407C T3 55°C
  • name
  • name
Water Cooled Screw Chiller 570 2070 kW High COP Premium Efficiency R134a R22 R407C T3 55°C
Detail Information
Product Description
Detail Information
Place of Origin
China
Brand Name
OEM;MIDEA
Certification
CB,ISO
Product Name:
Water Cooled Screw Chiller
Cooling Capacity:
570-2,070 KW (single Machine)
COP Range:
5.0-5.9
Refrigerant Options:
R134a / R22 / R407C
Compressor Type:
Semi-hermetic Twin Screw
Climate Class:
T3 — Full Capacity At 55°C Ambient
Voltage:
380-415V/50Hz (other On Request)
Certifications:
CE, AHRI 550/590
Highlight

Water Cooled Screw Chiller R134a R407C

,

High COP Screw Chiller 570 kW

,

Premium Efficiency Chiller T3 55°C

Product Description
Water Cooled Screw Chiller 570-2070 kW High COP Premium Efficiency
R134a R22 R407C T3 55°C
Maximum Density for Premium Urban Assets
In premier commercial districts worldwide, floor space represents significant revenue potential. The water-cooled screw chiller delivers up to 2,070 kW of cooling from a footprint approximately one-third the size of equivalent air-cooled systems. This capacity density translates directly into recovered real estate value for premium urban developments.
Beyond space efficiency, this chiller achieves COP values of 5.0 to 5.9 – the highest efficiency available for this capacity range. For properties with common area energy costs or green lease agreements, this efficiency advantage delivers significant annual savings and enhanced asset valuations.
Key Features Deep Dive
Unmatched Capacity Density – Every Square Meter Counts
A single water-cooled screw chiller delivering 2,070 kW occupies approximately 4m × 2m of floor space, compared to approximately 12m × 6m for equivalent air-cooled installations.
Investment benefits:
  • 2,070 kW in approximately 8 m² – Unmatched capacity per square meter
  • Basement installation – No rooftop space consumed
  • No cooling tower footprint – Additional area freed for revenue use
  • Higher net leasable area – Directly improves yield and valuation
  • Basement plant rooms – Utilize lower-value space for equipment
  • Premium for tower floors – Every mechanical floor serves more rentable area
COP 5.0-5.9 – The Efficiency Premium That Pays Back
Water-cooled systems achieve fundamentally higher COP than air-cooled alternatives due to lower condensing temperatures. For a 1,500 kW chiller running 5,000 hours annually, this efficiency gap translates to $100,000-$200,000 in annual energy savings.
Investment benefits:
  • COP 5.0-5.9 – Best-in-class efficiency for this capacity range
  • Annual energy savings of $100K-$200K – vs. equivalent air-cooled system
  • 30-40% less energy – Directly improves net operating income
  • Green lease compliance – Meets increasingly common tenant requirements
  • Higher asset valuation – Lower operating costs = higher cap rate valuation
  • Utility cost predictability – Stable efficiency over the equipment lifecycle
Stable Performance Regardless of Weather
Unlike air-cooled systems that derate as ambient temperature rises, the water-cooled screw chiller maintains full capacity and rated efficiency in any condition, buffered by the cooling tower system.
Investment benefits:
  • Weather-independent performance – Full capacity in any ambient condition
  • No derating in extreme heat – Critical for tenant retention during heat waves
  • Consistent efficiency – COP does not degrade as temperature rises
  • Proven in extreme climates – Middle East, Southeast Asia, Africa
  • Reduced risk of tenant discomfort – Stable performance = stable comfort
  • Insurance against climate extremes – As heat events increase, water-cooled advantages grow
Semi-Hermetic Compressors – Field-Serviceable, Long-Life Assets
Semi-hermetic twin screw compressors are designed for a minimum 20-year service life with proper maintenance, allowing field replacement of bearings, seals, and valves without removing the compressor.
Investment benefits:
  • 20+ year service life – Matches long-term hold strategies
  • Field-serviceable – No full compressor replacement for routine maintenance
  • Twin circuit redundancy – One circuit down, 50% capacity still available
  • Lower lifecycle maintenance cost – Component-level repair vs. full replacement
  • Reduced downtime – Faster repairs mean less tenant disruption
  • Predictable depreciation – Aligned with standard commercial property models
Multiple Refrigerant Options – Market Flexibility
Supports three refrigerant options: R134a (global standard), R22 (for markets with existing service infrastructure), and R407C (transitional low-ODP alternative).
Investment benefits:
  • R134a: Global standard – Best for new international projects
  • R22: Market-specific – Where existing infrastructure supports it
  • R407C: Transitional – Lower ODP, compatible with existing systems
  • Non-flammable (A1 safety class) – All options meet standard safety requirements
  • Specify per market – Optimize for local regulations and service networks
  • Migration path available – Upgrade options as regulations evolve
Scalable for District and Campus Applications
Designed for parallel installation on common headers, with two to four units combining to serve loads from 1,000 kW to over 8,000 kW, each providing independent redundancy.
Investment benefits:
  • Parallel installation – 2-4 units on common headers for large loads
  • N+1 redundancy – Each unit provides backup for the others
  • Scalable from 1 MW to 8+ MW – Grow with the campus or district
  • Standardized connections – Simplified engineering and installation
  • Centralized plant efficiency – Lower cost per kW at scale
  • District energy ready – Suitable for third-party energy supply models
Technical Specifications
ParameterValue
Cooling Capacity570-2,070 kW (single machine)
COP Range5.0-5.9
Compressor TypeSemi-hermetic twin screw
Refrigerant OptionsR134a / R22 / R407C
Climate ClassT3 – Full capacity at 55°C ambient
Capacity Modulation25%-100% stepless
Voltage380-415V/50Hz (other on request)
Condenser Water Design30/35°C (standard)
CertificationsCE, AHRI 550/590
BMS ProtocolsModbus RTU, Modbus TCP/IP, BACnet IP
InstallationIndoor (basement/mechanical floor)
Warranty5 years
Ideal Applications
  • CBD high-rise towers – Maximum capacity in minimum floor space
  • District cooling stations – Centralized plants serving multiple buildings
  • Premium hotels – High reliability, high efficiency, compact footprint
  • Large hospitals – Redundant capacity for critical healthcare environments
  • Data centers – Stable performance regardless of external conditions
  • Airport terminals – Expandable capacity with phased installations
  • Shopping malls (large) – Centralized plant with distribution to zones
  • University campuses – District energy from central energy plant
  • Government buildings – Long-life, proven, certifiable technology
  • Industrial process cooling – High-capacity, stable, reliable
Certifications & Standards
  • CE Certification – European Economic Area compliance
  • AHRI 550/590 – Verified performance for North American standards
  • ISO 9001/14001/45001 – Quality, environmental, and occupational health management systems
Water cooled screw chiller unit installation view Close-up view of screw chiller compressor and components Industrial water cooled chiller system overview
Tags: 

air chiller system,

industrial air chiller,

air cooled industrial chiller

Henan Hongtai HVAC Equipment Co., Ltd.
NO. 1406, 14TH FLOOR, BUILDING 3, NO. 50, CHUANGFU XINCHENG, JINGGUANG ROAD STREET, ERQI DISTRICT, ZHENGZHOU CITY, HENAN PROVINCE, CHINA
Tel: +86 18703827920
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