Electric vehicle charging station for resistance to water vapor corrosion

A technology for electric vehicles and charging stations, applied in the field of charging stations, can solve the problems of no ability to detect environmental humidity, waste of manpower and material resources, corrosion of charging equipment, etc., to increase humidity sensitivity performance, promote adsorption, and response time short effect

Inactive Publication Date: 2016-06-15
杨炳
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

[0003] However, the existing electric vehicle charging station generally does not have the ability to detect the humidity of its environment. During the use of the electric vehicle charging station, the surrounding environment sometimes has high humidity, which will lead to corrosion of the charging equipment in severe cases. , faults, etc., but currently only manual inspections are used to check the environmental humidity, which wastes a lot of manpower and material resources and is not easy to monitor

Method used

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  • Electric vehicle charging station for resistance to water vapor corrosion
  • Electric vehicle charging station for resistance to water vapor corrosion

Examples

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Effect test

Embodiment 1

[0039] An electric vehicle charging station for preventing vapor corrosion, each charging pile of the electric vehicle charging station is equipped with a moisture-sensitive sensor module, and the humidity-sensitive sensor module includes heavily doped silicon wafers arranged sequentially from bottom to top , SiO close to the heavily doped silicon wafer 2 layer, carbon nanotube layer, on SiO 2 The lower electrode between the layers and the upper electrode on the 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 60nm, 200nm and 500nm 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 hydr...

Embodiment 2

[0058] An electric vehicle charging station for preventing vapor corrosion, each charging pile of the electric vehicle charging station is equipped with a moisture-sensitive sensor module, and the humidity-sensitive sensor module includes heavily doped silicon wafers arranged sequentially from bottom to top , SiO close to the heavily doped silicon wafer 2 layer, carbon nanotube layer, on SiO 2 The lower electrode between the layers and the upper electrode on the 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 70nm, 90nm and 500nm 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 hydro...

Embodiment 3

[0077] An electric vehicle charging station for waterproof vapor corrosion, a humidity sensor module is installed outside each charging pile of the electric vehicle charging station, the humidity sensor module comprises heavily doped silicon wafers arranged in sequence from bottom to top , SiO close to heavily doped silicon wafer 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 50 nm, 80 nm and 400 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 nanot...

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Abstract

The invention discloses an electric vehicle charging station for preventing vapor corrosion. By installing a humidity sensor module outside each charging pile, the electric vehicle charging station can detect changes in humidity in the surrounding environment during use. The electric vehicle charging station has a very good protection effect; the humidity sensor module has high sensitivity and good test repeatability, produces unexpected technical effects, and has great market application prospects.

Description

technical field [0001] The invention belongs to the field of charging stations, and more particularly relates to an electric vehicle charging station used for waterproof vapor corrosion. Background technique [0002] An electric vehicle charging station is a station for charging electric vehicles. With the intensification of environmental pollution in recent years and the rapid development of electric vehicles, electric vehicle charging stations will surely become the focus of the automotive industry and energy industry in the future. [0003] However, the existing electric vehicle charging station generally does not have the ability to detect the humidity of its environment. During the use of the electric vehicle charging station, the surrounding environment sometimes has high humidity, which may cause the charging equipment to corrode. At present, only the method of manual periodic inspection is used to check the environmental humidity, which wastes a lot of manpower and ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01N27/22
CPCG01N27/223
Inventor 杨炳
Owner 杨炳
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