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

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

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
Compressor Type:
Semi-hermetic Twin Screw
Voltage:
380-415V/50Hz (other On Request)
Refrigerant Options:
R134a / R22 / R407C
Climate Class:
T3 — Full Capacity At 55°C Ambient
Certifications:
CE, AHRI 550/590
Highlight:

Water Cooled Screw Chiller high COP

,

Screw Chiller R134a R407C compatible

,

Modular Chiller T3 55°C

Product Description
Water Cooled Screw Chiller 570-2070 kW High COP Premium Efficiency
R134a R22 R407C T3 55°C
Maximum Cooling Density for Space-Constrained Projects
When your client demands maximum cooling capacity in minimum floor space, the water-cooled screw chiller delivers reliably. At up to 2,070 kW from a single machine occupying approximately 4m x 2m of floor area, this chiller delivers roughly three times the capacity per square meter of an equivalent air-cooled system. For high-value urban projects where every square meter of leasable space is worth thousands of dollars annually, this is the most profitable choice you can specify.
For contractors, the water-cooled screw chiller offers straightforward installation. The unit arrives factory-assembled and tested with serviceable semi-hermetic compressors, standard control protocols, and easy maintenance access.
Key Features Deep Dive
Industry-Leading Capacity Density
A single water-cooled screw chiller delivering 2,070 kW occupies approximately 8 square meters, while an equivalent air-cooled installation requires approximately 72 square meters - a 9x difference in footprint.
What this means for your project:
  • 2,070 kW in 8 m² - Unmatched capacity per square meter
  • 9x smaller footprint vs. equivalent air-cooled with cooling tower
  • Basement installation - Utilize non-revenue-generating space
  • Preserve rooftop space for solar panels, terraces, or telecom
  • Higher net leasable area - Directly improves project yield
  • Fewer machines needed - Less total equipment for same capacity
COP 5.0-5.9 - Lowest Operating Cost in Class
Water-cooled systems achieve fundamentally higher COP than air-cooled alternatives, with values of 5.0 to 5.9 meaning every 1 kW of electrical input produces 5.0 to 5.9 kW of cooling.
What this means for your project:
  • COP 5.0-5.9 - Best-in-class efficiency for this capacity range
  • Annual energy savings of $100K-$200K vs. equivalent air-cooled systems
  • 30-40% less energy - Directly improves net operating income
  • Lower demand charges - Reduced peak electrical demand
  • Green building credits - Contributes to LEED, BREEAM certification
  • Compelling client ROI story - Energy savings justify water-cooled premium
Weather-Independent Performance
Unlike air-cooled systems that derate in high ambient temperatures, the water-cooled screw chiller maintains full rated capacity regardless of outdoor conditions.
What this means for your project:
  • Full capacity in any weather - No derating during extreme heat
  • Stable condenser temperature - Cooling tower buffers outdoor extremes
  • Zero performance surprises - Rated capacity is delivered capacity
  • Mission-critical reliability - Essential for data centers and hospitals
  • No oversizing for climate - Nameplate capacity is always sufficient
  • Reduced risk of tenant complaints - Consistent comfort in all conditions
Semi-Hermetic Compressors - Serviceable and Long-Lived
The semi-hermetic twin screw compressors are designed for a minimum 20-year service life with proper maintenance, allowing field replacement of components without removing the compressor.
What this means for your project:
  • 20+ year service life - Matches commercial property investment horizons
  • Field-serviceable - Component repair without compressor removal
  • Dual circuit redundancy - One circuit down, 50% capacity still available
  • Lower lifecycle maintenance cost - Repair vs. replace economics
  • Minimal downtime - Most repairs completed without system shutdown
  • Profitable service contracts - Predictable costs protect your margins
Multiple Refrigerant Flexibility
Supports three refrigerant options: R134a (global standard HFC), R22 (for replacement projects), and R407C (transitional low-ODP alternative), all non-flammable A1 safety class.
What this means for your project:
  • R134a for new projects - Global standard, universally available
  • R22 for replacements - Compatible with existing service infrastructure
  • R407C for transition - Lower ODP, drop-in for many applications
  • All non-flammable (A1) - No special safety systems required
  • Match to local regulations - Flexibility for different markets
  • Smooth migration path - Options for future refrigerant transitions
Parallel Installation for Scalable Systems
Designed for parallel installation on common chilled water and condenser water headers, with two to four units combining to serve loads from 1,000 kW to over 8,000 kW.
What this means for your project:
  • Parallel on common headers - 2-4 units for large central plants
  • N+1 redundancy built-in - Each unit backs up the others
  • Scalable from 1 MW to 8+ MW - Grow with the project
  • Standardized connections - Same interface on every unit
  • Phased installation - Start small, add capacity as demand grows
  • District energy ready - Suitable for centralized energy supply
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 basement space
  • District cooling plants - Centralized efficient cooling for city blocks
  • Data centers - Weather-independent, high-density, redundant cooling
  • Large hospitals - Reliable, high-capacity cooling for critical care
  • Airport terminals - Scalable capacity for expanding passenger facilities
  • Shopping malls - Centralized plant serving multiple zones
  • University campuses - Central energy plant for multiple buildings
  • Government buildings - Long-life, proven, certifiable technology
  • Industrial process cooling - High-capacity, stable, reliable cooling supply
  • Hotel complexes - Premium comfort with compact plant room
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
Products
PRODUCTS DETAILS
Water Cooled Screw Chiller 570 2070 kW High COP Premium Efficiency R134a R22 R407C T3 55°C
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
Compressor Type:
Semi-hermetic Twin Screw
Voltage:
380-415V/50Hz (other On Request)
Refrigerant Options:
R134a / R22 / R407C
Climate Class:
T3 — Full Capacity At 55°C Ambient
Certifications:
CE, AHRI 550/590
Highlight

Water Cooled Screw Chiller high COP

,

Screw Chiller R134a R407C compatible

,

Modular Chiller T3 55°C

Product Description
Water Cooled Screw Chiller 570-2070 kW High COP Premium Efficiency
R134a R22 R407C T3 55°C
Maximum Cooling Density for Space-Constrained Projects
When your client demands maximum cooling capacity in minimum floor space, the water-cooled screw chiller delivers reliably. At up to 2,070 kW from a single machine occupying approximately 4m x 2m of floor area, this chiller delivers roughly three times the capacity per square meter of an equivalent air-cooled system. For high-value urban projects where every square meter of leasable space is worth thousands of dollars annually, this is the most profitable choice you can specify.
For contractors, the water-cooled screw chiller offers straightforward installation. The unit arrives factory-assembled and tested with serviceable semi-hermetic compressors, standard control protocols, and easy maintenance access.
Key Features Deep Dive
Industry-Leading Capacity Density
A single water-cooled screw chiller delivering 2,070 kW occupies approximately 8 square meters, while an equivalent air-cooled installation requires approximately 72 square meters - a 9x difference in footprint.
What this means for your project:
  • 2,070 kW in 8 m² - Unmatched capacity per square meter
  • 9x smaller footprint vs. equivalent air-cooled with cooling tower
  • Basement installation - Utilize non-revenue-generating space
  • Preserve rooftop space for solar panels, terraces, or telecom
  • Higher net leasable area - Directly improves project yield
  • Fewer machines needed - Less total equipment for same capacity
COP 5.0-5.9 - Lowest Operating Cost in Class
Water-cooled systems achieve fundamentally higher COP than air-cooled alternatives, with values of 5.0 to 5.9 meaning every 1 kW of electrical input produces 5.0 to 5.9 kW of cooling.
What this means for your project:
  • COP 5.0-5.9 - Best-in-class efficiency for this capacity range
  • Annual energy savings of $100K-$200K vs. equivalent air-cooled systems
  • 30-40% less energy - Directly improves net operating income
  • Lower demand charges - Reduced peak electrical demand
  • Green building credits - Contributes to LEED, BREEAM certification
  • Compelling client ROI story - Energy savings justify water-cooled premium
Weather-Independent Performance
Unlike air-cooled systems that derate in high ambient temperatures, the water-cooled screw chiller maintains full rated capacity regardless of outdoor conditions.
What this means for your project:
  • Full capacity in any weather - No derating during extreme heat
  • Stable condenser temperature - Cooling tower buffers outdoor extremes
  • Zero performance surprises - Rated capacity is delivered capacity
  • Mission-critical reliability - Essential for data centers and hospitals
  • No oversizing for climate - Nameplate capacity is always sufficient
  • Reduced risk of tenant complaints - Consistent comfort in all conditions
Semi-Hermetic Compressors - Serviceable and Long-Lived
The semi-hermetic twin screw compressors are designed for a minimum 20-year service life with proper maintenance, allowing field replacement of components without removing the compressor.
What this means for your project:
  • 20+ year service life - Matches commercial property investment horizons
  • Field-serviceable - Component repair without compressor removal
  • Dual circuit redundancy - One circuit down, 50% capacity still available
  • Lower lifecycle maintenance cost - Repair vs. replace economics
  • Minimal downtime - Most repairs completed without system shutdown
  • Profitable service contracts - Predictable costs protect your margins
Multiple Refrigerant Flexibility
Supports three refrigerant options: R134a (global standard HFC), R22 (for replacement projects), and R407C (transitional low-ODP alternative), all non-flammable A1 safety class.
What this means for your project:
  • R134a for new projects - Global standard, universally available
  • R22 for replacements - Compatible with existing service infrastructure
  • R407C for transition - Lower ODP, drop-in for many applications
  • All non-flammable (A1) - No special safety systems required
  • Match to local regulations - Flexibility for different markets
  • Smooth migration path - Options for future refrigerant transitions
Parallel Installation for Scalable Systems
Designed for parallel installation on common chilled water and condenser water headers, with two to four units combining to serve loads from 1,000 kW to over 8,000 kW.
What this means for your project:
  • Parallel on common headers - 2-4 units for large central plants
  • N+1 redundancy built-in - Each unit backs up the others
  • Scalable from 1 MW to 8+ MW - Grow with the project
  • Standardized connections - Same interface on every unit
  • Phased installation - Start small, add capacity as demand grows
  • District energy ready - Suitable for centralized energy supply
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 basement space
  • District cooling plants - Centralized efficient cooling for city blocks
  • Data centers - Weather-independent, high-density, redundant cooling
  • Large hospitals - Reliable, high-capacity cooling for critical care
  • Airport terminals - Scalable capacity for expanding passenger facilities
  • Shopping malls - Centralized plant serving multiple zones
  • University campuses - Central energy plant for multiple buildings
  • Government buildings - Long-life, proven, certifiable technology
  • Industrial process cooling - High-capacity, stable, reliable cooling supply
  • Hotel complexes - Premium comfort with compact plant room
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
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