东南大学团队研发自供电PV-TEG热斑监测系统
Chinese scientists develop self-powered PV-TEG system for hotspot detection, thermal management
东南大学团队开发了一套自供电光伏-热电（PV-TEG）系统，将热斑定位、局部热管理与无线监测集成到四通道TEG阵列中。仿真显示局部降温8.15 K至12.40 K；台州屋顶户外测试中热斑定位误差约9.93 mm，监测点温度最多降低7.7 C，10小时内完成约45次无线传输。研究成果已发表于 Applied Thermal Engineering。
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Researchers in China have developed a self-powered PV-TEG system that combines hotspot detection, passive cooling, and wireless monitoring. Outdoor tests showed a hotspot localization error of 9.93 mm, a temperature reduction of up to 7.7 C, and approximately 45 wireless transmissions over 10 hours. The post Chinese scientists develop self-powered PV-TEG system for hotspot detection, thermal management appeared first on pv magazine Global .
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来源：pv magazine · pv-magazine.com