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Scalable Manufacturing Durable, Tailorable and Recyclable Multifunctional Woven Thermoelectric Textile System by Yuanyuan Jing; Jun Luo; Xue Han; Jiawei Yang; Qiulin Liu; Yuanyuan Zheng; Xinyi Chen; Fuli Huang; Jiawen Chen; Qinliang Zhuang; Yanan Shen; Haisheng Chen; Huaizhou Zhao; G. Jeffrey Snyder; Guodong Li; Ting Zhang; Kun Zhang is a Engineering article available to read on EtoBox.
What is Scalable Manufacturing Durable, Tailorable and Recyclable Multifunctional Woven Thermoelectric Textile System about?
Personal thermoregulation and waste-heat harvesting by wearable thermoelectric devices can play important roles in reducing energy consumption toward ultimate carbon neutralization. However, despite the progress achieved so far, it remains challenging to mass manufacture truly wearable thermoelectric devices with good wearability, comfortability, and high performance in solid-state cooling and power generation. Herein, we report a scalable yet facile strategy to manufacture a large-area (1550 cm 2 ), durable, washable, skinconformable, and thus truly wearable thermoelectric textile (TET) by directly weaving inorganic TE pillars into woven textile. By the systematic thermal and electrical design of TET, it demonstrated a rapid and stable body surface cooling effect of B11.8 K and cooling capacity of B553.7 W m À2 under a breezy ambience of B34 1C, and could be sustainably powered by solar irradiance toward zero-net energy consumption. Also, it could generate a power density of 6.13 W m À2 at a temperature difference of 25 K and stably power a cell phone at a self-built temperature difference of B15 K in a wearing scenario, outperforming the current stateof-the-art wearable TE device
Who reads Scalable Manufacturing Durable, Tailorable and Recyclable Multifunctional Woven Thermoelectric Textile System?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Yuanyuan Jing; Jun Luo; Xue Han; Jiawei Yang; Qiulin Liu; Yuanyuan Zheng; Xinyi Chen; Fuli Huang; Jiawen Chen; Qinliang Zhuang; Yanan Shen; Haisheng Chen; Huaizhou Zhao; G. Jeffrey Snyder; Guodong Li; Ting Zhang; Kun Zhang
- Publisher
- Royal Society of Chemistry (RSC)
- Published
- 2023
- Language
- EN
- Field
- Engineering (Physical Sciences)