Commercial Heat Pump Water Heater FSH-110II/GW

1.Intelligent and durable, convenient and worry free operation and maintenance

Stainless steel sheet metal design is heat-resistant, corrosion-resistant, and deformation resistant, reducing operational vibration and noise, with a service life of over 15 years and low maintenance costs. Support one click start, timed switch, and automatic adjustment of multiple temperature ranges, without the need for dedicated personnel to be on duty.

2.Energy recycling and enhancing comprehensive benefits

By adopting total heat recovery technology, the waste heat from industrial wastewater and exhaust can be recovered for heating or cooling, achieving secondary energy utilization and further improving energy efficiency. Smaller supporting equipment such as transformers and power lines are required to reduce power grid load and initial infrastructure costs.

3.Ultra wide temperature range output, meeting diverse high-temperature requirements

It can stably provide 75 ℃ high temperature, 90 ℃ ultra-high temperature, and 120 ℃ ultra-high temperature thermal energy, covering differentiated high-temperature needs in multiple scenarios such as industrial production, heating, and hot water supply. Even in extreme low-temperature environments, it can still operate normally and maintain efficient heating, breaking through the low-temperature limitations of traditional heat pumps.

1.Central heating and regional energy stations

In industrial parks and large communities, it can serve as the core equipment for regional centralized heating, while utilizing waste heat to provide domestic hot water. Can still operate efficiently in low temperature environments without the need for additional auxiliary heating; Combined with the municipal pipeline network, precise temperature control of multiple areas can be achieved through 5G remote monitoring, reducing heat loss in the pipeline network.

2.Brewing and Beverage Processing

Constant temperature control during the brewing and fermentation process, gentle heating to prevent the volatilization of flavor substances in the wine body, and improve product quality; Heat recovery technology can recover the waste heat from the distillation process for preheating raw materials, further reducing energy consumption.

3.Special high temperature demand scenario

Such as high-temperature heating in laboratories and steam supply for high-temperature disinfection in hospitals, the ultra-high temperature mode can meet the demand for ultra-high temperature heat energy in special industries, and operate safely and stably without explosion or leakage risks.

Q1.What are the advantages of high-temperature water source heat pumps compared to solar heating?

Compared to solar energy, it is not affected by weather and can operate stably on rainy days and at night; No need to rely on large-area heat collection panels, installation is less limited by site constraints; The heating temperature is higher and the energy efficiency is not affected by the temperature difference between day and night, making it more suitable for the stable thermal energy demand of industrial continuous production.

Q2.What are the specific benefits of modular design?

Modular design ensures that there is no master-slave distinction between modules, and different units of the same unit can backup each other, ensuring stable and efficient operation of the heating water; At the same time, it makes installation and maintenance more convenient, makes unit expansion easier, and is also beneficial for phased investment.

Q3.Can the equipment work properly in a low-temperature environment?

Even at an ambient temperature of -35 ℃, this heat pump can still be used for high-temperature hot water projects and industrial high-temperature heating constant temperature projects, with strong adaptability.