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Water Cooled Centrifugal Chiller MagBoost 1200 12500 kW MagLev Oil-Free Ultra-High Efficiency R134a R513A T3 55°C
  • name
  • name

Water Cooled Centrifugal Chiller MagBoost 1200 12500 kW MagLev Oil-Free Ultra-High Efficiency R134a R513A T3 55°C

Detail Information
Product Description
Detail Information
Place of Origin
China
Brand Name
OEM;MIDEA
Certification
CB,ISO
Product Name:
Water Cooled Centrifugal Chiller MagBoost
Cooling Capacity:
1,200-12,500 KW (single Machine)
COP (Full Load):
> 6.0
IPLV:
> 11.0
Compressor Type:
Magnetic Bearing Centrifugal (oil-free)
Refrigerant:
R134a / R513A
Climate Class:
T3 — Full Capacity At 55°C Ambient
Certifications:
CE, AHRI 550/590, TUV SUD
Highlight:

Water Cooled Centrifugal Chiller MagLev

,

Oil-Free Centrifugal Chiller R134a

,

Ultra-High Efficiency Chiller T3 55°C

Product Description
Water Cooled Centrifugal Chiller MagBoost 1200 12500 kW
MagLev Oil-Free Ultra-High Efficiency R134a R513A T3 55°C
The Asset That Redefines What a Chiller Plant Can Be
At 12,500 kW from a single machine, the MagBoost water-cooled centrifugal chiller doesn't just cool buildings — it transforms the economics of large-scale cooling. For investors developing district energy networks, mega data centers, national airports, or hospital complexes, the MagBoost represents a step change in what's possible: one machine replaces an entire room of conventional chillers, with better efficiency, lower maintenance costs, and zero oil-related risk.
The magnetic bearing technology at its heart isn't an incremental improvement. It eliminates the oil system entirely — no oil pumps, no oil coolers, no oil separators, no oil changes, no oil degradation. This single innovation reduces maintenance costs by approximately 50% and eliminates the number one cause of centrifugal chiller downtime. Combined with COP exceeding 6.0 and IPLV exceeding 11.0, the MagBoost delivers the lowest total cost of ownership available in the commercial chiller market.
Key Features Deep Dive
Magnetic Bearing Technology — The Oil-Free Revolution
Traditional centrifugal chillers rely on oil-lubricated bearings. The oil system accounts for approximately 40% of all centrifugal chiller maintenance events — pumps fail, coolers foul, filters clog, oil degrades, and seals leak. The MagBoost's magnetic bearing system levitates the compressor shaft on a controllable magnetic field with zero physical contact. No oil. No oil-related failures. No oil-related maintenance. Ever.
What this means for your investment:
  • Zero oil system — Eliminates 40% of centrifugal chiller maintenance events
  • No oil changes — Recurring maintenance cost eliminated
  • No oil degradation — Heat exchangers stay clean permanently
  • No oil in refrigerant circuit — Sustained rated efficiency over 20+ years
  • Lower vibration — Magnetic damping extends all component life
  • Quieter operation — No oil pump noise, smoother running
COP > 6.0 and IPLV > 11.0 — Unmatched Efficiency
The MagBoost achieves full-load COP values exceeding 6.0 and IPLV values exceeding 11.0 — the highest in the commercial chiller market. To put this in perspective: a COP of 6.0 means every 1 kW of electrical input produces 6 kW of cooling. Compare this to a conventional water-cooled screw chiller at COP 5.5 or an air-cooled chiller at COP 3.5. For a 5,000 kW chiller plant running 5,000 hours annually at an average 60% load, the MagBoost's efficiency advantage translates to significant annual energy savings compared to conventional alternatives.
What this means for your investment:
  • COP > 6.0 — Best-in-class full-load efficiency
  • IPLV > 11.0 — Best-in-class part-load efficiency
  • Annual savings of $300K-$500K — vs. conventional centrifugal at 5,000 kW scale
  • Up to 40% energy reduction — vs. conventional chiller alternatives
  • Fast payback — Premium investment recovered in 2-4 years
  • ESG and certification credits — Supports LEED, BREEAM, Green Star at highest levels
Single Machine Replaces an Entire Chiller Plant
At 12,500 kW per machine, the MagBoost can serve loads that traditionally require 4-6 conventional chillers. This consolidation has cascading cost benefits: fewer pipe connections, fewer electrical feeders, fewer control points, smaller plant room, less installation labor, simpler commissioning, and lower long-term maintenance. For a district cooling project serving 50,000 kW, three MagBoost units replace twelve conventional chillers — a transformation that fundamentally changes the project's capital and operating economics.
What this means for your investment:
  • Up to 12,500 kW per machine — Unprecedented single-unit capacity
  • 3 MagBoost units replace 12 conventional chillers — At 50,000 kW scale
  • Smaller plant room — 60-70% floor space reduction
  • Fewer connections — Piping, electrical, controls — all simplified
  • Lower installation cost — Fewer units to install, connect, commission
  • Lower maintenance cost — Fewer machines to service
TurboV Variable Speed — Precision Efficiency at Every Load
The integrated TurboV variable-speed drive controls the compressor motor speed with exceptional precision, adjusting in real time to match actual cooling demand. Unlike inlet guide vane systems that approximate capacity reduction, the VFD maintains the compressor at its exact optimum efficiency point across the entire operating range. The drive also delivers soft-start capability — eliminating the massive inrush current of direct-on-line starting and reducing electrical infrastructure costs.
What this means for your investment:
  • Precision speed control — Compressor always at optimal efficiency point
  • Soft starting — Minimal inrush current, smaller switchgear and cables
  • Power factor > 0.98 — Near-unity power factor, no penalty charges
  • Harmonic distortion < 5% — Clean power, no filtering required
  • Smooth capacity modulation — No surging, no instability at low loads
  • Integrated safety — Over-current, over-voltage, thermal protection built-in
Smart Monitoring and Predictive Maintenance
The MagBoost comes standard with an integrated edge computing module connected to the Midea IoT cloud platform. Real-time data streams are analyzed locally for immediate responses and transmitted to the cloud for long-term trend analysis. The AI algorithms detect developing anomalies before they become failures, enabling predictive maintenance that prevents unplanned downtime. For mission-critical applications like data centers and hospitals, this predictive capability is invaluable.
What this means for your investment:
  • Edge computing standard — Real-time local analysis and response
  • IoT cloud connectivity — Long-term trend analysis and benchmarking
  • Predictive maintenance — Detect anomalies before they become failures
  • Remote diagnostics — Factory engineers access data remotely (with permission)
  • OTA software updates — Control logic improvements delivered over-the-air
  • Automated reporting — Performance, energy, and maintenance reports
Future-Proof for the Next Generation of Standards
The MagBoost's oil-free magnetic bearing technology positions it ahead of the regulatory curve. As building energy codes tighten globally — EU Green Deal, ASHRAE 90.1 updates, China's GB standards — the MagBoost's class-leading efficiency ensures compliance without retrofit. The R134a/R513A refrigerant options meet current and near-future F-Gas requirements. The IoT-ready platform positions the asset for integration with smart grid and demand response programs that will become standard in commercial real estate.
What this means for your investment:
  • Ahead of energy codes — Class-leading efficiency ensures future compliance
  • R134a/R513A compliant — Meets current and near-future F-Gas regulations
  • IoT-ready platform — Prepared for smart grid integration
  • OTA updateable — Improvements delivered without site visits
  • Demand response ready — Revenue opportunity from grid services
  • Stranded asset risk minimized — Technology leads regulatory trajectory
Technical Specifications
Parameter Value
Cooling Capacity 1,200-12,500 kW (single machine)
COP (Full Load) > 6.0
IPLV > 11.0
Compressor Type Magnetic bearing centrifugal (oil-free)
Refrigerant R134a / R513A
Variable Speed Drive TurboV (standard)
Climate Class T3 — Full capacity at 55°C ambient
Voltage 380-415V/50Hz (high voltage options available)
Certifications CE, AHRI 550/590, TUV SUD
BMS Protocols Modbus RTU, Modbus TCP/IP, BACnet IP
IoT Connectivity Edge computing module (standard)
Installation Indoor (basement/mechanical floor/chiller plant room)
Warranty 5 years
Ideal Applications
District cooling networks
Mega data center campuses
National airports
Hospital complexes
Semiconductor fabrication
Government mega-projects
University campus district energy
Pharmaceutical manufacturing
Deep tunnel cooling systems
Smart city infrastructure
Certifications & Standards
CE Certification — European Economic Area compliance
AHRI 550/590 — Verified performance for North American standards
TUV SUD Certification — Additional safety and quality verification
ISO 9001/14001/45001 — Quality, environmental, and occupational health management systems
MagBoost centrifugal chiller unit overview MagBoost chiller internal magnetic bearing system MagBoost chiller installation in industrial setting
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

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Water Cooled Centrifugal Chiller MagBoost 1200 12500 kW MagLev Oil-Free Ultra-High Efficiency R134a R513A T3 55°C
  • name
  • name
Water Cooled Centrifugal Chiller MagBoost 1200 12500 kW MagLev Oil-Free Ultra-High Efficiency R134a R513A T3 55°C
Detail Information
Product Description
Detail Information
Place of Origin
China
Brand Name
OEM;MIDEA
Certification
CB,ISO
Product Name:
Water Cooled Centrifugal Chiller MagBoost
Cooling Capacity:
1,200-12,500 KW (single Machine)
COP (Full Load):
> 6.0
IPLV:
> 11.0
Compressor Type:
Magnetic Bearing Centrifugal (oil-free)
Refrigerant:
R134a / R513A
Climate Class:
T3 — Full Capacity At 55°C Ambient
Certifications:
CE, AHRI 550/590, TUV SUD
Highlight

Water Cooled Centrifugal Chiller MagLev

,

Oil-Free Centrifugal Chiller R134a

,

Ultra-High Efficiency Chiller T3 55°C

Product Description
Water Cooled Centrifugal Chiller MagBoost 1200 12500 kW
MagLev Oil-Free Ultra-High Efficiency R134a R513A T3 55°C
The Asset That Redefines What a Chiller Plant Can Be
At 12,500 kW from a single machine, the MagBoost water-cooled centrifugal chiller doesn't just cool buildings — it transforms the economics of large-scale cooling. For investors developing district energy networks, mega data centers, national airports, or hospital complexes, the MagBoost represents a step change in what's possible: one machine replaces an entire room of conventional chillers, with better efficiency, lower maintenance costs, and zero oil-related risk.
The magnetic bearing technology at its heart isn't an incremental improvement. It eliminates the oil system entirely — no oil pumps, no oil coolers, no oil separators, no oil changes, no oil degradation. This single innovation reduces maintenance costs by approximately 50% and eliminates the number one cause of centrifugal chiller downtime. Combined with COP exceeding 6.0 and IPLV exceeding 11.0, the MagBoost delivers the lowest total cost of ownership available in the commercial chiller market.
Key Features Deep Dive
Magnetic Bearing Technology — The Oil-Free Revolution
Traditional centrifugal chillers rely on oil-lubricated bearings. The oil system accounts for approximately 40% of all centrifugal chiller maintenance events — pumps fail, coolers foul, filters clog, oil degrades, and seals leak. The MagBoost's magnetic bearing system levitates the compressor shaft on a controllable magnetic field with zero physical contact. No oil. No oil-related failures. No oil-related maintenance. Ever.
What this means for your investment:
  • Zero oil system — Eliminates 40% of centrifugal chiller maintenance events
  • No oil changes — Recurring maintenance cost eliminated
  • No oil degradation — Heat exchangers stay clean permanently
  • No oil in refrigerant circuit — Sustained rated efficiency over 20+ years
  • Lower vibration — Magnetic damping extends all component life
  • Quieter operation — No oil pump noise, smoother running
COP > 6.0 and IPLV > 11.0 — Unmatched Efficiency
The MagBoost achieves full-load COP values exceeding 6.0 and IPLV values exceeding 11.0 — the highest in the commercial chiller market. To put this in perspective: a COP of 6.0 means every 1 kW of electrical input produces 6 kW of cooling. Compare this to a conventional water-cooled screw chiller at COP 5.5 or an air-cooled chiller at COP 3.5. For a 5,000 kW chiller plant running 5,000 hours annually at an average 60% load, the MagBoost's efficiency advantage translates to significant annual energy savings compared to conventional alternatives.
What this means for your investment:
  • COP > 6.0 — Best-in-class full-load efficiency
  • IPLV > 11.0 — Best-in-class part-load efficiency
  • Annual savings of $300K-$500K — vs. conventional centrifugal at 5,000 kW scale
  • Up to 40% energy reduction — vs. conventional chiller alternatives
  • Fast payback — Premium investment recovered in 2-4 years
  • ESG and certification credits — Supports LEED, BREEAM, Green Star at highest levels
Single Machine Replaces an Entire Chiller Plant
At 12,500 kW per machine, the MagBoost can serve loads that traditionally require 4-6 conventional chillers. This consolidation has cascading cost benefits: fewer pipe connections, fewer electrical feeders, fewer control points, smaller plant room, less installation labor, simpler commissioning, and lower long-term maintenance. For a district cooling project serving 50,000 kW, three MagBoost units replace twelve conventional chillers — a transformation that fundamentally changes the project's capital and operating economics.
What this means for your investment:
  • Up to 12,500 kW per machine — Unprecedented single-unit capacity
  • 3 MagBoost units replace 12 conventional chillers — At 50,000 kW scale
  • Smaller plant room — 60-70% floor space reduction
  • Fewer connections — Piping, electrical, controls — all simplified
  • Lower installation cost — Fewer units to install, connect, commission
  • Lower maintenance cost — Fewer machines to service
TurboV Variable Speed — Precision Efficiency at Every Load
The integrated TurboV variable-speed drive controls the compressor motor speed with exceptional precision, adjusting in real time to match actual cooling demand. Unlike inlet guide vane systems that approximate capacity reduction, the VFD maintains the compressor at its exact optimum efficiency point across the entire operating range. The drive also delivers soft-start capability — eliminating the massive inrush current of direct-on-line starting and reducing electrical infrastructure costs.
What this means for your investment:
  • Precision speed control — Compressor always at optimal efficiency point
  • Soft starting — Minimal inrush current, smaller switchgear and cables
  • Power factor > 0.98 — Near-unity power factor, no penalty charges
  • Harmonic distortion < 5% — Clean power, no filtering required
  • Smooth capacity modulation — No surging, no instability at low loads
  • Integrated safety — Over-current, over-voltage, thermal protection built-in
Smart Monitoring and Predictive Maintenance
The MagBoost comes standard with an integrated edge computing module connected to the Midea IoT cloud platform. Real-time data streams are analyzed locally for immediate responses and transmitted to the cloud for long-term trend analysis. The AI algorithms detect developing anomalies before they become failures, enabling predictive maintenance that prevents unplanned downtime. For mission-critical applications like data centers and hospitals, this predictive capability is invaluable.
What this means for your investment:
  • Edge computing standard — Real-time local analysis and response
  • IoT cloud connectivity — Long-term trend analysis and benchmarking
  • Predictive maintenance — Detect anomalies before they become failures
  • Remote diagnostics — Factory engineers access data remotely (with permission)
  • OTA software updates — Control logic improvements delivered over-the-air
  • Automated reporting — Performance, energy, and maintenance reports
Future-Proof for the Next Generation of Standards
The MagBoost's oil-free magnetic bearing technology positions it ahead of the regulatory curve. As building energy codes tighten globally — EU Green Deal, ASHRAE 90.1 updates, China's GB standards — the MagBoost's class-leading efficiency ensures compliance without retrofit. The R134a/R513A refrigerant options meet current and near-future F-Gas requirements. The IoT-ready platform positions the asset for integration with smart grid and demand response programs that will become standard in commercial real estate.
What this means for your investment:
  • Ahead of energy codes — Class-leading efficiency ensures future compliance
  • R134a/R513A compliant — Meets current and near-future F-Gas regulations
  • IoT-ready platform — Prepared for smart grid integration
  • OTA updateable — Improvements delivered without site visits
  • Demand response ready — Revenue opportunity from grid services
  • Stranded asset risk minimized — Technology leads regulatory trajectory
Technical Specifications
Parameter Value
Cooling Capacity 1,200-12,500 kW (single machine)
COP (Full Load) > 6.0
IPLV > 11.0
Compressor Type Magnetic bearing centrifugal (oil-free)
Refrigerant R134a / R513A
Variable Speed Drive TurboV (standard)
Climate Class T3 — Full capacity at 55°C ambient
Voltage 380-415V/50Hz (high voltage options available)
Certifications CE, AHRI 550/590, TUV SUD
BMS Protocols Modbus RTU, Modbus TCP/IP, BACnet IP
IoT Connectivity Edge computing module (standard)
Installation Indoor (basement/mechanical floor/chiller plant room)
Warranty 5 years
Ideal Applications
District cooling networks
Mega data center campuses
National airports
Hospital complexes
Semiconductor fabrication
Government mega-projects
University campus district energy
Pharmaceutical manufacturing
Deep tunnel cooling systems
Smart city infrastructure
Certifications & Standards
CE Certification — European Economic Area compliance
AHRI 550/590 — Verified performance for North American standards
TUV SUD Certification — Additional safety and quality verification
ISO 9001/14001/45001 — Quality, environmental, and occupational health management systems
MagBoost centrifugal chiller unit overview MagBoost chiller internal magnetic bearing system MagBoost chiller installation in industrial setting
Tags: 

air chiller system,

industrial air chiller,

air cooled industrial chiller

Henan Hongtai HVAC Equipment Co., Ltd.
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