Wireless Powering

The wireless powering system is regarded as a core technology of “Electrification 2.0,” distinguished by its ability to deliver energy without relying on traditional power cables or batteries, directly supplying stable electricity to various receiving devices and equipment. This innovation not only overcomes the limitations of conventional wired power supply and energy storage methods, but also enables greater design flexibility, reduces maintenance costs, and enhances user convenience. With its rapidly expanding applications, wireless power can be widely adopted across consumer electronics, smart homes, industrial automation, medical devices, and intelligent transportation, driving society toward a new era of more efficient, safe, and sustainable energy utilization.

Architecture of Wireless Powering

Transmitter (Tx) – The loop to provide the POWER

  • Magnetic Resonance

  • Arbitrary Shape

  • Depth of Field set by design

Receiver (Rx) – To get the POWER

  • Constant Voltage or Constant Current

  • Max Voltage set by design

  • Scales Easily

The transmitter (Tx) can generate a magnetic field. The field extends both above and below the plane of the Tx dimension, and can transfer power in both directions.

The vicinity of the transmitter in a region called the “power zone” (green cloud in above diagrams).

Applications of Wireless Powering

Consumer Products

Wireless Power Supply For Home

Building Management

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