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Miniaturized, flexible lithium-ion droplet batteries offer a promising solution for powering implantable medical devices, providing reliable energy for a wide range of biomedical monitoring and therapeutic applications. This is a preview of subscription content, access via your institution Receive 12 digital issues and online access to articles
These emerging materials and technologies for data and power transfer are allowing bioelectronic devices to be miniaturized with tiny rechargeable batteries or, in the extreme case, made entirely battery free.
To reach this level of miniaturization, bioelectronics must receive power from an external transmitter or harvest energy from the body itself. Unfortunately, traditional methods of transmitting wireless power over long distances rely on electromagnetic waves that are absorbed or reflected by the body.
These technologies have shown substantial improvements in the amount of power that can be received by miniature bioelectronic implants (Fig. 3) (50). Unlike batteries and energy harvesters, however, WPT depends on the size and orientation of the transmitter, the depth of the device in the tissue, and the size of the receiver (51).
Nature Chemical Engineering 1, 675–677 (2024) Cite this article Miniaturized, flexible lithium-ion droplet batteries offer a promising solution for powering implantable medical devices, providing reliable energy for a wide range of biomedical monitoring and therapeutic applications.
Thus, to supply the energy that cannot be stored in a battery, we consider both energy harvesting from the human body and wireless power transfer (WPT) to devices on or in the human body.
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