Subdivision type energy storage battery container

Abstract

The invention provides a subdivision type energy storage battery container, belongs to the field of energy storage battery storage, mainly solves the problems of overall storage of energy storage batteries, fire breakout of a single battery, overall fire breakout of other batteries and inconvenience in inspection. The container comprises a box body of a cuboid structure, and a plurality of battery doors are symmetrically and continuously arranged on the front side and the rear side of the box body. Air outlets are formed in the two sides of the battery door, the interior of the box body is divided into a working area and an electric control area, a battery support is arranged in the working area, refrigerating devices are arranged on the two sides of the battery support, the refrigerating devices are connected with the air outlets, an air duct is connected to the upper portion of the refrigerating devices, and the electric control area is arranged on the other side of the refrigerating device on one side. And a fire extinguishing system is arranged on the other side of the refrigerating device on the other side. The energy storage batteries are stored and placed through the subdivision structure, the energy storage batteries are separated, the situation that the batteries of the whole battery support are affected by the single energy storage batteries is prevented, meanwhile, the two sides are symmetrically arranged, the internal energy storage batteries can be checked through the battery doors on the two sides, convenience and rapidness are achieved, and the safety of workers is improved.

Description

technical field [0001] The invention belongs to the field of energy storage battery storage, and in particular relates to a subdivided energy storage battery container. Background technique [0002] With the continuous development of various power generation technologies, especially the development of wind power and solar power generation technologies, energy storage technology has received a certain degree of attention. The current energy storage method mainly uses energy storage batteries for energy storage, and the current energy storage battery storage The integral container is used, except for the fire protection and electric control parts inside the box, all the energy storage batteries are concentrated in one battery compartment, and during the use of the battery, there will always be some failures of some batteries, which will cause serious accidents. The smoke catches fire, causing a fire. When all the batteries are in the same battery compartment, a single fire may...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of various power generation technologies, especially the development of wind power and solar power generation technologies, energy storage technology has received a certain degree of attention. The current energy storage method mainly uses energy storage batteries for energy storage, and the current energy storage battery storage The integral container is used, except for the fire protection and electric control parts inside the box, all the energy storage batteries are concentrated in one battery compartment, and during the use of the battery, there will always be some failures of some batteries, which will cause serious accidents. The smoke catches fire, causing a fire. When all the batteries are in the same battery compartment, a single fire may cause a temperature rise, causing other batteries in the same compartment to catch fire, and a large number of fires will occur. Once a fire occurs, the damage will be great and the loss will be serious. , the battery clusters are placed on both sides, and the sub-compartment structure is not used. When the battery container is inspected, the side door of the container needs to be opened, and the inspectors enter the interior of the container to work, and the risk factor is very high.

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