该页无缩略图
Worldwide Air Conditioner Partner
TCL AIR COOLED MODULAR CHILLER
High Efficiency
Wide Operation Range
Multiple Noise Reduction Technology
Intelligent Defrost
IOT Platforms
High performance and reliability design for user's comfort
TCL Energy-Efficient Ultra Low Modular Chiller
TCL Ultra low modular chiller can be operated at low ambient temperatures even -38°C. With precise control and EVI system, unit have good performance than other common unit.
High efficiency EVI Scroll compressor
Full inverter
Low-noise operation of high-efficiency stable motor
TCL smart cloud platform Smart loT. Hassle-free operation
Intelligent defrosting technology Defrosting when there is frost. Normal heating when there is none
Double-U-shaped highefficiency heat exchanger High-efficiency inner grooved copper tube
Stable operation -38°C\~55°℃ wide-field operation
Intelligent rotating technology Longer service life of the whole machine
Available to realize the free combination of 16 modules
Multi-protection function Assurance of the system's operating safety
Powerful Performance -38°C Ultra-Low Temperature Heating
Industry's Largest-Displacement Enhanced Vapor Injection Compressor
Enhanced vapor injection dual-valve control technology, combined with economizer subcooling and return air superheat during ultra-low temperature operation, effectively reduces exhaust temperature. Combined with DC inverter control technology, it further ramps up low-temperature heating capacity and efficiency
Dual U-Shaped 4-Sided Return Air Evaporator
The large heat exchange area ensures high heat exchange efficiency. Unique process design effectively increases fin area.
Secondary Subcooling Technology
To ensure effective refrigerant subcooling, a stainless steel brazed plate heat exchanger is used in circuit design, effectively improving system efficiency while enhancing cooling and heating performance as well as system reliability
Low-Pressure Low-Temperature Refrigerant
Efficient Shell and Tube Condenser with Wide Operating Range
Utilizing phase change distribution technology, heating water up to 6 2 ^ { \circ } \mathsf C , powerful heating at ultra-low ambient temperature of * 3 8 ^ { \circ } \mathsf C , cooling water as low as 5 ^ { \circ } \mathsf { C } , balancing cooling capacity, wider range of unit operation; O.35mm ultra-thick copper tubes, significantly enhancing pressure resistance and wear resistance, excellent frost resistance.
Cooling and Heating Save 25% Energy A New Choice for Engineering Energy Saving
All DC Inverter Technology
Compared to on-off modular units,the inverter units significantly improve energy efficiency when operating at partial loads. They can precisely adjust refrigerant output according to indoor loads and maintain constant water temperature and speed without frequent starts and stops, thereby saving more energy and providing more comfort
On-off type: prone to over-adjustment frequent unit startups
Inverter type: better matching with target load
Intelligent Capacity Allocation
Through single-module control and cascade control,balanced operation time for each compressor or unit is achieved via automatic control by the microprocessor on the main unit, ensuring operation within a higher efficiency range and saving more energy.
Intelligent Defrosting Technology
Based on precise assessment of heating capacity attenuation, it accurately determines the optima defrosting time for frosty conditions and avoids defrosting when not needed, ensuring efficient unit operation and enhancing heating efficiency.
Stable and Reliable
Inverter Module Cooling Protection
TCL module cooling technology can eliminate the heat of PCB, reduce the working temperature of inverter module and improve the PCB system reliability.
Fully Enclosed Electronic Control Box
Through special sealing design, it prevents damage to the electronic control components from moisture, wind, sand, rain, snow, mosquitoes, and other factors, ensuring that the electronic control system remains unaffected by external environmental conditions.
Chassis Disassembly +
Auxiliary Electric Heating Design
Utilizing a porous, detachable frame-type water collection tray and electric heating strip, condensate can be quickly drained to prevent the unit from freezing.
Enhanced Frame Design with Integrated Base
The design features a reinforced frame structure, offering reliable support. It is more robust and corrosion-resistant than ordinary sheet metal.
3-level Anti-freezing Technology to Ensure The Stable Heating of The Unit
Utilizing a porous, detachable frame-type water collection tray and electric heating strip, condensate can be quickly drained to prevent the unit from freezing.
Comfort and Intelligence
Multi-Layer Noise Reduction Design for Quiet Comfort
Multi-Layer Noise Reduction for Compressors
The sturdy body and comprehensive upgrade of various noise reduction technologies, including vibration reduction, sound absorption, and isolation, sharpen noise reduction capability, resulting in a machine operation akin to the sound of flowing water.
Stable performance and low-noise operation.
CFD simulation technology is utilized to optimize fan blades, achieving high air volume with low noise.
Multi-Layer Noise Reduction Design for Quiet Comfort
It is another breakthrough in intelligent control for TCL heat pumps with innovative interaction methods and real-time monitoring of various data and information.
Smart Cloud O&M
• Remote OTA upgrades
• Equipment warning diagnosis
Smart Cloud Control
• Touch line controller
• Mobile app
• Schedule batch management
• Viewing of daily operational data• BMS building protocol connection
• Real-time fault monitoring
• Remote post-sales analysis
• Abnormal operation monitoring
