Convenient 24V and 9.6Ah lithium iron phosphate battery pack

Abstract

The invention provides a convenient 24V and 9.6Ah lithium iron phosphate battery pack. All wireless communication modules are arranged in a container; furthermore, more than two wireless communication modules are arranged in the container; an outlet passage and an ash damper are arranged on the surface of the other side of the container; the outlet passage and the ash damper are oppositely arranged; a fin tube is arranged on the wall of motor equipment; a linear transmission device is arranged on a third hollow tubular member bar and is clamped with clamping equipment arranged on the wall of the motor equipment, so that execution and control can be carried out along the central line extension direction of the third hollow tubular member bar; and the defects that a front cover board needs to occupy a relatively large section if being pulled out, the container framework cannot easily achieve efficient execution for a working chamber with low cost if the quantity of the wireless communication modules is increased, the container is not provided with cooling equipment and the wireless communication modules are inconvenient to start and stop in the container in the prior art are avoided.

Description

technical field [0001] The invention belongs to the technical field of battery packs, in particular to a convenient 24V and 9.6Ah lithium iron phosphate battery pack. Background technique [0002] The real-time information of the DC system during the operation of lithium iron phosphate battery packs, especially the convenient 24V and 9.6Ah lithium iron phosphate battery packs, such as: voltage, control voltage and current, charging current, battery information, etc., should be obtained through powerful The mobile network carries out wireless collection and uploads to the background to achieve intelligent management. In this way, a convenient 24V and 9.6Ah lithium iron phosphate battery pack is proposed, which includes an AC power distribution module, a battery pack, and a charging device for charging the battery pack. module, a monitoring module connected to the battery pack and the charging module, a wireless communication module and an output module; the input end of the A...

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Problems solved by technology

[0003] However, during use, the wireless communication module is generally installed in a container located in the studio, and there are often several wireless communication modules installed in the container located in the studio on site. When it is necessary to start and stop the wireless communication module, It is necessary to pull out the front cover of each corresponding container in order to start and stop the wireless communication module. However, when there are more and more components in the studio, the free area will become less and less, and the front cover will be pulled out. It needs to occupy more space; in addition, if the number of wireless communication modules increases, the container architecture is not easy for studios to achieve efficient execution at low cost

[0004] In addition, the temperature of the container rises rapidly when the wireless communication module is running, but there is no cooling equipment yet, and it is inconvenient to start and stop the wireless communication module in the container

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