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Efficient Wireless Power Transfer for Heterogeneous Adaptive IoT Systems by Inna Partin-Vaisband, Member, IEEE is a scholarly article available to read on EtoBox.

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To support the demand for energy autonomy, many of the future IoT edge devices will be powered from non-conventional, energy harvesting and wireless power sources. While convenient, sustainable, and robust, wireless power transfer (WPT) exhibits limited efficiency compared with the traditional wired power approaches, presenting a primary design challenge for practical IoT systems. Non-radiative mid-range WPT from a single power source to several power loads and from several power sources to a single power load has recently been experimentally demonstrated. Alternatively, WPT among multiple, simultaneously transmitting and receiving devices is a primary concern in future IoT systems with numerous interconnected heterogeneous objects. Furthermore, the dynamic nature of certain distributed IoT systems has a significant effect on WPT interactions among the numerous, mobile in space power devices. WPT that exploits the lossless characteristics of strong-coupled resonant regime is explored in this work as a method for efficiently transferring power among multiple, dynamically connected and disconnected IoT end devices. The efficiency of the power transfer is investigated in dense and spa

Author

Inna Partin-Vaisband, Member, IEEE

Publisher

ACM

Published

2018

Language

EN