A self-adapting wind energy harvesting system for application in canyon bridge

Small wind turbines and their potential for internet of things applications

“… (C) SWTs for large-span bridges. 25 , 287 , 288 (Elsevier Publishing. 25 , 287 , 288 Reproduced with permission.…”

“… 25 , 287 , 288 (Elsevier Publishing. 25 , 287 , 288 Reproduced with permission. All rights reserved).…”

“…255 Tan et al. 25 developed a mechanical wind speed adaptive module SWT to study the coupling effect of the canyon wind field and obtain the wind speed characteristics around the canyon bridge, as presented in Figure 14 Cii. Furthermore, Zhang et al.…”

“… 255 2022 Savonius EMG & PEG 130 mm 6.5 m/s 19.24 mW Canyon bridge Tan et al. 25 2022 Darrieus EMG 242 mm 14 m/s 169.0 mW Canyon bridge Xu et al. 296 2021 Darrieus CFD 1.7 m – – Between buildings Zhang et al.…”

“…Recent years have seen important developments in the miniaturization of wind turbines and distributed wind energy harvesting. 25 , 26 , 27 These advancements have helped to make significant strides toward achieving wind power goals, even though the basic concept of wind turbines has remained unchanged. As the field progresses rapidly, a comprehensive review of SWT for IoT applications is essential to guide future commercialization and exploration, as depicted in Figure 3 .…”