Avoiding energy loss during cold storage loading and unloading is a huge challenge. So, how do the major components of the loading and unloading work closely together to contribute to the whole process of the cold chain of goods? Let's unlock together!

1. When the vehicle is parked in place, the inflatable door cover inflates to seal around the cabin. The bottom of the unloading room is fully sealed with polyurethane insulation board to achieve strict temperature control.

2. The cold storage thermal insulation sliding door connects the carriage and the hall. The 75mm thick high-density polyurethane thermal insulation door panel has excellent thermal insulation performance, and the detailed design for the cold storage environment, such as double sealing strips, track-breaking cold bridges, and window heating, maximizes the sealing effect.

3. During the handling process, the handling vehicle enters the unloading room, takes out the cargo in the carriage through the lap joint of the hydraulic dock leveler at the bottom of the carriage, and sends it to the corresponding storage area according to the cargo storage requirements.

4. When the vehicle travels to a position about 2.5 meters away from the high-speed sliding door of the cold storage, the geomagnetism senses the vehicle, the door opens at a high speed of 2.5m/s, and the traffic warning light buzzes and flashes. After the vehicle enters the cold storage, the cold storage door is automatically closed, and the whole process is efficient and smooth, ensuring that the hole is sealed and does not run cold.

Cold storage energy consumption management is an important requirement of enterprises. Professional access plan design and loading and unloading equipment can make the cold chain loading and unloading process seamless, which is not only conducive to energy saving, consumption reduction and improvement of the working environment, but also guarantees the quality of goods. According to customer needs, Kuailian products can be equipped with the Internet of Things function, which integrates product operation monitoring, data analysis, and maintenance management to assist in the energy efficiency evaluation of cold storage to achieve safe operation and reduce energy consumption.