5 advantages of Kaideli heat pump drying and "cloud management" system

　　Under the unified action of the whole country to fight the epidemic, the new coronavirus pneumonia has been effectively controlled in our country. Although the epidemic has caused a certain impact on the domestic economy, for the air source heat pump industry, the market will continue to grow in 2020, especially in the field of agricultural drying.

　　Zhejiang Nachuan New Energy Technology Co., Ltd. has a modern factory of 50,000 square meters with advanced product manufacturing and testing capabilities. It has realized self-supporting sheet metal, fin heat exchanger, copper pipe and spray coating. The company uses air source heat pumps to dry The main line of products is a solution integrator that integrates heat pump drying product R&D, manufacturing, sales, after-sales and drying system design, drying process research, and consulting services. The products cover the drying fields of agricultural products, preserved fruits, medicinal materials, tobacco, grain, aquatic products, meat and industry.

Factory exterior

　　So, compared with traditional drying products, what are the advantages of Kaideli air source heat pump drying?

　　First, closed cycle drying and good material quality. The air source heat pump is used to dry the materials, and the temperature of the drying chamber can be controlled between 35-80℃, which can meet the high-quality drying requirements of most materials. Moreover, the closed-loop drying method can reduce the contact of the material with the outside world and avoid the pollution of the material caused by the dust and smoke caused by the combustion in the traditional drying method.

Split type outdoor machine

　　Second, high efficiency and energy saving, fast cost recovery. In the process of drying materials, the heat pump dryer needs to input only the power consumption of the heat pump compressor, while the heat pump drying device SMER (the amount of water in the wet material removed by the consumption of unit energy) is usually 1.0～4.0kg/ kW·h, while the SMER value of a traditional convection dryer is about 0.2～0.6kg/kW·h. Higher energy efficiency and lower operating costs allow Party A to recover excess costs after a period of use.

Assembly workshop

　　Third, convenient temperature and humidity control, saving manual duty. When the material has high requirements for the temperature and humidity of the air entering the drying room, the user can adjust the temperature and humidity of the user setting interface, and then the unit will automatically adjust the air volume of the fan, the opening angle of the fresh air valve, and the start and stop of the components to ensure the output Wind state to meet the requirements of materials for texture and appearance.

Large-scale laser processing

　　Fourth, green and environmental protection. The drying medium in the heat pump drying device circulates in a closed loop, and there is no pollution caused by material dust, volatile substances and odors discharged into the environment with the drying exhaust gas; the waste heat in the exhaust gas of the drying chamber is directly recovered by the heat pump to heat the cold and dry air. Thermal pollution of the unit to the environment.

Data machine

　　Fifth, a wide range of applicable materials. During the material drying process, the materials whose temperature resistance is between 35～80℃ can be used. At present, air source heat pump drying has been widely used in wood, grain, noodles, Chinese medicinal materials, seafood, tobacco, pepper, paper, etc.

Two parts workshop

　　In addition, Deli heat pump drying has also innovated and launched the "cloud drying management platform" in terms of core technology research and development. Through the "cloud drying management platform", the operation data of the drying unit can be read in real time, enabling users to remotely monitor and adjust unit data. , Drying process fine-tuning, super preset function, energy-saving ranking and fault alarm functions. Among them, the real-time alarm function for abnormal faults can minimize the damage to the items caused by system failures; the super preset function can set any number of drying sequences to make the drying process more exquisite; the remote assistance function allows the after-sales service personnel to do not need to go out. Maintenance can be carried out, and the training, maintenance and management of users can be realized at zero cost.