90℃ High Temperature Air Source Heat Pump for Large Industry

Core Advantages of 90℃ High Temperature Heat Pump

1.New refrigerant research

Continuously developing new environmentally friendly and efficient refrigerants to further improve the energy efficiency and environmental performance of heat pumps.

2.One stop solution

Providing one-stop services from solution design, equipment selection, installation and debugging to post maintenance, ensuring that users can receive timely and professional support throughout the entire usage process.

3.Multi energy complementary system

Heat pumps can be integrated with other renewable energy systems (such as solar energy, geothermal energy, etc.) to form a multi energy complementary heating system, improving the stability and reliability of heating.

4.Healthy heating mode

Combined with air purification technology, heat pumps can purify indoor air while heating, providing a healthier and more comfortable living environment.

Key Technical Specifications

Ideal Application Scenarios

1.Shipbuilding industry

In ship structure operations, the use of specific technologies for welding, cleaning, and drying can improve production efficiency, ensure product quality, and reduce energy consumption.

2.Ink and Coatings Industry

Used for melting, mixing, and processing materials, as well as drying products, to improve the quality and durability of paints and coatings, and reduce energy consumption.

3.Fertilizer and pesticide manufacturing

Heating and drying are indispensable in the production process of fertilizers and pesticides, and their application can improve production speed and optimize product quality.

Product Operate Guide

Upon taking delivery of the goods, the purchaser will furnish an instructional video.

Frequently Asked Questions

Q1.If a heat pump generates loud noise during operation, what actions should be taken?

A: It is recommended to conduct routine checks on the equipment's condition and promptly replace worn - out parts like compressors and fans. Additionally, ensure the equipment is installed securely to minimize vibration and subsequent noise production.

Q2.When the heat pump's heating efficiency declines in a low - temperature environment, what measures are appropriate? 

A: Opting for a two - stage compression or cascade heat pump can guarantee stable operation at temperatures as low as -35 °C. Alternatively, installing auxiliary electric heating is an option, though one must be mindful of the associated increase in energy consumption.

Q3.If the heat pump's evaporator surface is prone to frost in low - temperature environments, how should this be managed? 

A: First, verify that the defrost system is operating correctly and regularly inspect components such as defrost sensors and valves. If necessary, manually initiate the defrost program or adjust the defrost cycle to accommodate fluctuations in the ambient temperature.