
Features of the Chihuan+ Series Ultra-Low-Temperature Air Source Heat Pump Products The low-temperature, high-capacity air-source heat pump unit is a new-generation product developed by our company. It is a central air-conditioning unit that uses air as the cold (or hot) source and water as th...
The low-temperature, high-capacity air-source heat pump unit is a new-generation product developed by our company. It is a central air-conditioning unit that uses air as the cold (or hot) source and water as the cooling (or heating) medium. As an integrated device that serves as both a cold and hot source, it eliminates the need for bulky ancillary equipment or accessories such as cooling towers, cooling water pumps, boilers, and associated piping systems.
1.High water temperature of 55℃—IPLV exceeds the national standard requirement for Tier 1 energy efficiency.
2. Gas-injected and enthalpy-increased compressor
3. Independent Subcooling Technology
4. Energy conservation and environmental protection
Low-temperature, high-capacity air-source heat pump—R410A series, featuring an environmentally friendly refrigerant with an ozone depletion potential (ODP) of zero.
5. Spiral & Flow Distribution Technology
Strictly debug each distribution pipe to ensure thorough heat exchange of the refrigerant. Use specialized three-way fittings to maximize the utilization of every fin for efficient heat transfer. Dual-valve, dual-control—precisely matches the finned air flow.
6. Imported electronic expansion valve
7.Fan: Low noise, high airflow
8.Finned-tube heat exchanger
(1).Integrated molding, surrounded on all four sides
(2).Spiral liquid separation, precise distribution adjustment
(3).Independent refrigerant control, adaptable to wind farms.
(4).Industry-leading, increasing the heat exchange area, effectively delaying frost formation, and continuously absorbing heat.
9. Optimize flow path heat exchange, reduce the temperature difference across the heat exchanger, and improve heat exchange performance by 10%.
Adding zinc rods to shell-and-tube heat exchangers, using Zn as a sacrificial anode, can effectively address the electrochemical corrosion issues in shell-and-tube heat exchangers and extend the service life of the equipment.
10.Standby operation among units
11.The compressor operates in balanced mode to ensure stable system operation.
12.Multi-layer freeze protection for the crew
13.Smart Defrosting
14.Precise temperature control for energy-efficient operation
15.Remote Control and Communication