The cold air blower can be forced to supply air and improve heat exchange efficiency; it has a water receiving tray, convenient defrosting, and can adapt to various working conditions; relatively cheap, low initial investment; it has become the most common evaporator for refrigeration system applications. Let's take a look at the defrosting process of the air cooler.

   Defrosting the air cooler can be done by electric defrosting or defrosting. After the defrost is completed, the dripping time can be increased. After the dripping is completed, the motor of the air cooler can be started.

   Efficient chiller requires a very good heat transfer coefficient, has a relatively high cooling effect in the same cooling area, and the air flow resistance of the device is small, which can greatly increase the evaporation temperature of the device and reduce the power consumption of the chiller In addition, it is necessary to calculate the fan air volume and defrosting component structure required by the equipment to reduce the power consumption of the chiller during the defrosting process.

   According to different working conditions and equipment capacity, ensure that the equipment can achieve uniform liquid supply distribution during work; according to the cold storage area, installation environment and objects that need to be cooled, design different fin structures to improve the heat transfer coefficient; The pipe technology is improved to reduce the direct contact surface between the pipe and the fins, and to enhance the heat transfer coefficient of the finned tubes. When the air cooler performs defrosting, a large energy consumption will occur, and the heating elements can be optimally replaced and reasonably distributed. The security position of the components in the heat exchanger reduces the energy loss of the defrost.