Based on the provided reference, transmission energy transfer can be understood in the context of wireless energy transmission.
Specifically, wireless energy transmission (also known as wireless power transmission) is the transmission of electrical energy from a power source to an electrical load without using conductors [54]. This means electrical power moves from one point to another through a medium like air or a vacuum, bypassing the need for traditional wires or cables.
How it Works (Based on Reference)
The core concept involves sending electrical energy wirelessly. The reference highlights that this process typically involves specific components:
- Disposable Transmitter: This component sends the energy.
- Coiled Energy Receptor: Used as the electrode, this component receives the energy.
As shown in Figure 2d (mentioned in the reference, though the figure itself is not provided here), these parts work together to facilitate the transfer of power over a distance without a direct physical connection.
Key Aspects
- No Physical Connection: The most defining feature is the absence of conductive wires between the power source and the device receiving power.
- Source to Load: The energy travels directly from where it originates (the source) to where it is consumed (the load).
This method of transferring energy opens up possibilities for powering devices in hard-to-reach locations or enabling mobility without being tethered by power cords.
