Storage battery module for quickly responding humidity change

A battery module and humidity change technology, applied in the direction of secondary batteries, circuits, electrical components, etc., can solve the problems of battery module corrosion, no environmental humidity detection, failure, etc., achieve fast response, increase humidity sensitivity, The effect of simple production process

Inactive Publication Date: 2016-05-11
孟玲
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] During the working process of the battery, the surrounding environment sometimes has high humidity, which may cause corrosion and failure of the battery module in severe cases. However, the existing batteries generally do not have the ability to detect the humidity of the environment

Method used

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  • Storage battery module for quickly responding humidity change
  • Storage battery module for quickly responding humidity change

Examples

Experimental program
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Effect test

Embodiment 1

[0037] A battery module for rapidly responding to changes in humidity, a humidity sensor module is mounted on the outside of the battery module, the humidity sensor module includes heavily doped silicon wafers arranged in sequence from bottom to top flakes of SiO 2 layer, carbon nanotube layer, on SiO 2 A lower electrode between layers and an upper electrode on a carbon nanotube layer grown on SiO 2 layer; there is a metal thin film on the lower electrode, and the metal thin film is, from inside to outside, a Cr layer with adhesion, a Cu layer with electrical and thermal conductivity, and an Au layer as an electrode layer. The Cr layer, the Cu layer and the The thickness of the Au layer is 70 nm, 200 nm and 500 nm in turn; the carbon nanotube layer is grown locally by using catalyst and / or photolithography, and the grown carbon nanotube layer is modified by plasma to generate hydroxyl groups, The carbon nanotube layer is treated with a mixed solution of acetic acid and hydro...

Embodiment 2

[0056] A battery module for rapidly responding to changes in humidity, a humidity sensor module is mounted on the outside of the battery module, the humidity sensor module includes heavily doped silicon wafers arranged in sequence from bottom to top flakes of SiO 2 layer, carbon nanotube layer, on SiO 2 A lower electrode between layers and an upper electrode on a carbon nanotube layer grown on SiO 2 layer; there is a metal thin film on the lower electrode, and the metal thin film is, from inside to outside, a Cr layer with adhesion, a Cu layer with electrical and thermal conductivity, and an Au layer as an electrode layer. The Cr layer, the Cu layer and the The thickness of the Au layer is 70nm, 100nm and 500nm in turn; the carbon nanotube layer is grown locally by using catalyst and / or photolithography, and the grown carbon nanotube layer is modified by plasma to generate hydroxyl groups, The carbon nanotube layer is treated with a mixed solution of acetic acid and hydrogen...

Embodiment 3

[0075] A battery module for rapidly responding to changes in humidity, a humidity sensor module is mounted on the outside of the battery module, the humidity sensor module includes heavily doped silicon wafers arranged in sequence from bottom to top flakes of SiO 2 layer, carbon nanotube layer, on SiO 2 A lower electrode between layers and an upper electrode on a carbon nanotube layer grown on SiO 2 layer; there is a metal film on the lower electrode, and the metal film is an adhesive Cr layer, a conductive and thermally conductive Cu layer, and an Au layer as an electrode layer from the inside to the outside, and the Cr layer, Cu layer and The thickness of the Au layer is 80nm, 80nm and 400nm in sequence; the carbon nanotube layer adopts catalyst and / or photolithography to achieve its localized growth, and the grown carbon nanotube layer adopts plasma to make it produce hydroxyl modification, The carbon nanotube layer has been treated with a mixed solution of acetic acid an...

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Abstract

The invention discloses a storage battery module for quickly responding humidity change. A humidity-sensitive sensor module is mounted outside the storage battery module, so that the humidity-sensitive sensor module can detect the change of humidity in the ambient environment of the humidity-sensitive sensor module in the using process of a storage battery, and the storage battery can be well protected; the humidity-sensitive sensor module is creatively designed in the aspects such as the sensitive material, manufacturing condition and structure of the sensor, so that the storage battery module is high in response speed, high in sensitivity and good in test repeatability, an unexpected technical effect is generated, and the storage battery module has great market application prospects.

Description

technical field [0001] The invention belongs to the field of storage batteries, and more particularly relates to a storage battery module for rapidly responding to humidity changes. Background technique [0002] A battery is a chemical device that stores chemical energy and releases its electrical energy when necessary. Generally, chemical reactions occur during its work. The battery can directly convert chemical energy into electrical energy, and its chemical reaction is reversible during charging and discharging. [0003] During the operation of the battery, the surrounding environment sometimes has high humidity, which may lead to corrosion and failure of the battery module. However, the existing battery generally does not have the ability to detect its environmental humidity. SUMMARY OF THE INVENTION [0004] In view of the problems existing in the background art, the present invention provides a battery module for rapidly responding to changes in humidity. [0005] ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H01M10/48G01N27/22
CPCG01N27/22G01N27/221G01N27/223G01N2027/222H01M10/48Y02E60/10
Inventor 孟玲
Owner 孟玲
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