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The resumption of Tesla’s wireless power transfer research by the scientific community has opened up a new paradigm for wireless power networks. Building on the foundation established in previous works, this paper analyzes system energy costs and user service times to determine supply zones per station. Specifically, previous publications introduced two categories of energy providers: one primary source and multiple secondary sources. A cooperation protocol between primary and secondary sources was described to maximize energy savings in the user supply process. In this paper, we analyze system energy costs and user service times across the WEN coverage area to consider future versions of this protocol.

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Determining Power Supply Regions in Wireless Energy Networks

  • 会议论文

  • 发表日期：

    2026年

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  • Juan Lladó,
  • Sebastià Galmés

摘要

The resumption of Tesla’s wireless power transfer research by the scientific community has opened up a new paradigm for wireless power networks. Building on the foundation established in previous works, this paper analyzes system energy costs and user service times to determine supply zones per station. Specifically, previous publications introduced two categories of energy providers: one primary source and multiple secondary sources. A cooperation protocol between primary and secondary sources was described to maximize energy savings in the user supply process. In this paper, we analyze system energy costs and user service times across the WEN coverage area to consider future versions of this protocol.