Ultraflexible, Cost-Effective and Scalable Polymer-Based Phase Change Composites for Wearable Thermal Management

Jing, Yaoge; Zhao, Zhiqiang; Zhang, Nan; Cao, Xiaoling; Sun, Qinrong; Yuan, Yanping; Li, Tingxian

doi:10.2139/ssrn.4150536

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Pcms Cooling1

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2022

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“…Given these circumstances, the demand for seeking more comfort and effective PCM for wearable cooling application has been ceaselessly rising [37][38][39]. Li et al developed a novel PCM cooling garment with a designed placement of PCM through multi-scenario experiments, which is light and convenient for daily use [40].…”

Section: Pcms Coolingmentioning

confidence: 99%

Personal Cooling Garments: A Review

2022

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Thermal comfort is of critical importance to people during hot weather or harsh working conditions to reduce heat stress. Therefore, personal cooling garments (PCGs) is a promising technology that provides a sustainable solution to provide direct thermal regulation on the human body, while at the same time, effectively reduces energy consumption on whole-building cooling. This paper summarizes the current status of PCGs, and depending on the requirement of electric power supply, we divide the PCGs into two categories with systematic instruction on the cooling materials, working principles, and state-of-the-art research progress. Additionally, the application fields of different cooling strategies are presented. Current problems hindering the improvement of PCGs, and further development recommendations are highlighted, in the hope of fostering and widening the prospect of PCGs.

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