How to Use Electricity Reasonably in Small Cold Storages?

Small cold storages generally use sprayed plastic color steel plates as the panels, and rigid polyurethane foam plastic or high-density polystyrene as the thermal insulation materials.

The cold storage body has the characteristics of good rigidity, high strength, good heat insulation performance, and flame retardancy. The body of a small cold storage generally adopts the connection method of eccentric hooks embedded in the internal parts of the wall panel or the on-site foaming and fixing method. It has good sealing performance, is convenient for assembly, disassembly and transportation, has a small amount of on-site construction work, saves labor and effort, has good quality and has a quick effect. Small cold storages are equipped with advanced refrigeration units. The storage capacity is reasonably matched with the refrigeration equipment. The cooling speed is fast, it saves electricity and energy, and all operations are automated, with safe and reliable operation.
Small cold storage is a large industry, and of course it cannot be separated from the demand for electricity. So how should small cold storages use electricity reasonably? Next, we will briefly explain the electricity usage of small cold storages.
Excessive use of electricity will lead to power outages, and power outages will bring huge economic losses to the merchants of small cold storages. For large small cold storages, the second-level load electricity should be selected according to the public regulations. Even for small cold storages, the third-level load electricity should be selected, or a standby diesel generator should be prepared to avoid certain economic losses in case of power outages.
The electricity consumption of small cold storages is defined according to seasonal changes.

Under the condition of ensuring the operation of the refrigeration machine, two or more transformers should be used for operation.

If there are many groups of small cold storages, different lighting lamps and different temperatures should be used for refrigeration. Therefore, sufficient diesel should be provided in the case of standby diesel power generation.