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Intelligent remote-control self-power electrochromic window and method for preparing same

An electrochromic, intelligent remote control technology, applied in nonlinear optics, instruments, optics, etc., can solve the problems of reducing electrochromic properties, reducing device transmittance, low photoelectric conversion efficiency, etc., to reduce the degree of use and comfort. Working and living environment, energy saving effect

Inactive Publication Date: 2017-08-01
AVIC BEIJING INST OF AERONAUTICAL MATERIALS
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0006] There are some problems in this integrated self-powered electrochromic device: on the one hand, the dye layer in the device will reduce the transmittance of the device; on the other hand, as an integrated device, the electrochromic process and the photoelectric conversion process are carried out simultaneously There will be some impact. For the electrochromic layer, the absence of ion storage layer in the integrated device will reduce the electrochromic properties, and the photoelectric conversion efficiency is low

Method used

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  • Intelligent remote-control self-power electrochromic window and method for preparing same
  • Intelligent remote-control self-power electrochromic window and method for preparing same
  • Intelligent remote-control self-power electrochromic window and method for preparing same

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preparation example Construction

[0033] A method for preparing an electrochromic device for an intelligent remote-controlled self-powered electrochromic window, characterized in that the preparation steps are as follows:

[0034] 1. Using magnetron sputtering, chemical vapor deposition, spraying, pulling, electrodeposition or spin coating, the first transparent conductive layer 22, ion storage layer 23, ion Transport layer 24, electrochromic layer 25 and second transparent conductive layer 26;

[0035] 2. Lead out the electrodes on the first transparent conductive layer and the second transparent conductive layer, cover another transparent substrate 27 on the second electrochromic layer, and coat the sealant 28 around the two layers of transparent substrates for lamination and sealing Assemble.

[0036] The preparation method of an electrochromic device for an intelligent remote control self-powered electrochromic window is characterized in that the preparation steps are as follows:

[0037] 1. Prepare the ...

Embodiment 1

[0044] The composition of the device: the transparent conductive layer is an ITO film, the ion storage layer is a thin film NiO, and the electrolyte is made of LiClO 4 and propylene carbonate, the electrochromic layer is WO 3 film;

[0045] Device fabrication process:

[0046] Preparation of the counter electrode: The transparent conductive layer ITO and the ion storage layer NiO are sequentially deposited on the transparent substrate by magnetron sputtering. The thickness of the ITO film is 200nm, and the thickness of the NiO film is about 300nm;

[0047] Prepare the working electrode: use the magnetron sputtering method to sequentially deposit the transparent conductive layer ITO and the electrochromic layer as WO on another transparent substrate. 3 , ITO film thickness is 200nm, WO 3 The thickness of the film is about 300nm;

[0048] Device assembly: counter electrode and working electrode. The working electrode and the counter electrode are bonded together, and the liq...

Embodiment 2

[0052] The composition of the device: the transparent conductive layer is an ITO film, the ion storage layer is a thin film PB, and the electrolyte is made of LiClO 4 and propylene carbonate, the electrochromic layer is WO 3 film;

[0053] Device fabrication process:

[0054] Prepare the counter electrode: use the magnetron sputtering method and the electrodeposition method to deposit the transparent conductive layer ITO and the ion storage layer PB sequentially on the transparent substrate. The thickness of the ITO film is 200nm, and the thickness of the PB film is about 100nm;

[0055] Prepare the working electrode: use the magnetron sputtering method to sequentially deposit the transparent conductive layer ITO and the electrochromic layer as WO on another transparent substrate. 3 , ITO film thickness is 200nm, WO 3 The thickness of the film is about 300nm;

[0056] Device assembly: counter electrode and working electrode. The working electrode and the counter electrode ...

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Abstract

The invention belongs to electrochromic technologies, and relates to an intelligent remote-control self-power electrochromic window and a method for manufacturing the same. The intelligent remote-control self-power electrochromic window mainly comprises a solar cell, a voltage controller, a light sensing switch, an electric energy storage and an electrochromic window. Steps for manufacturing an electrochromic device include sequentially depositing various functional layers on transparent substrates and carrying out laminating and sealing assembling; preparing counter electrodes; preparing working electrodes; preparing gel electrolyte; assembling the device. The intelligent remote-control self-power electrochromic window and the method have the advantages that the electrochromic window can have electrochromic functions without additional voltages, the electrochromic degree of the electrochromic window can be regulated, accordingly, the intensity of light from outdoor environments to indoor environments can be dynamically regulated and controlled, and the intelligent remote-control self-power electrochromic window can normally work by the aid of electric energy stored by the electric energy storage without sunlight at night or on cloudy days.

Description

technical field [0001] The invention belongs to electrochromic technology, and relates to an intelligent remote control self-powered electrochromic window and a manufacturing method thereof. Background technique [0002] In this era when energy issues become the focus, it is not only necessary to develop new energy sources, but also to save existing energy sources. The energy consumption applied to buildings accounts for 30%-40% of the world's total energy consumption, and these energy sources are mainly used for heating, cooling, ventilation and electrical appliances inside buildings. Windows are the weak link in the building when it comes to heat dissipation. In order to improve comfort, the area of ​​windows is getting bigger and bigger. In some commercial buildings, the area occupied by windows is equivalent to the area of ​​walls. A large part of energy is wasted through glass diffusion. Reducing energy consumption of windows has become a market demand. [0003] In 19...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G02F1/153G02F1/155G02F1/163
CPCG02F1/153G02F1/155G02F1/163
Inventor 颜悦韦友秀张官理陈牧刘伟明
Owner AVIC BEIJING INST OF AERONAUTICAL MATERIALS
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