Views: 10 Author: Withair® Publish Time: 2022-02-23 Origin: Withair®
Ultra-high Temperature Water Source Heat Pumps
– Offer a comprehensive solution to the USER !
Withair’s Ultra-high Temperature Water Source Heat Pump can produce high-temperature hot water at 55~122°C while cooling, and realize the dual-temperature and double-effect application of waste heat recovery. One set of ultra-high temperature heat pump equipment is used to replace the traditional two sets.
The fuel boiler and refrigeration/chiller unit equipment can fully meet the energy demand of the production process. The ultra-high temperature heat pump consumes a small amount of electricity, and while completing the task of the refrigeration/chiller unit, it can obtain free to the heat generated by the fuel boiler. The heating COP can reach above 3.5, the cooling COP can reach above 4, and the overall efficiency can reach above 7.5. that consumes 1,000 Watts of electricity can get 7,500 watts of energy (heat + cooling), which can save more than 40% of energy compared to traditional equipment, giving full play to its maximum energy efficiency advantage.
There is no combustion process in operation, no soot emission, no waste generation. It can be designed and configured according to different energy consumption characteristics to ensure the efficient and stable operation of the system.
Our High Temperature Water Source Heat Pump Characteristics:
* High efficiency & Environment-friendly
High efficiency components (compressor, heat exchanger, etc.)
Environmental protection refrigerant: R134a üPatented spray type heat exchanger, higher heat exchange efficiency
Electronic expansion valve throttling control, to ensure optimal operating efficiency under varying conditions
* High reliability
Reliable and intelligent control
Patented oil return technology, high oil separation and oil return efficiency
Dozens of prototype performance verification tests
* Wide application range
Heat Pump, Heat Pump with Heat Recovery, Chiller, Ice-making, Ice-making + Heat Pump (Heat Recovery)
Energy control: 8.3 ~ 100% or Continuous (stepless) control
It can be used in low temperature air supply, large temperature difference and small flow, one pump variable flow and other energy-saving air conditioning systems
* Customer experience design
User-machine interface design
Simple operation and maintenance
Rich design options