The battery can also be "preserved": up to a lifetime of up to 50 years.
A breakthrough in battery technology has recently emerged from the United States, where researchers have developed a revolutionary method for "preserving" batteries. This innovation promises to significantly boost battery power and extend its lifespan to decades, potentially changing the way we use electronic devices.
The research, conducted at Oak Ridge National Laboratory in Tennessee, was published in the prestigious *Journal of the American Chemical Society*. The team claims their work has opened up unprecedented possibilities in energy storage, allowing batteries to maintain their maximum capacity for as long as 50 years.
Chengdu Liang, one of the researchers involved, said, “What if a battery could last 30 to 50 years? Our research has created a real opportunity for this through a completely new design approach.â€
Instead of relying on traditional battery structures, the scientists introduced a novel ion conduction mechanism that drastically improves longevity. By rethinking how ions move within the battery, they were able to achieve an impressive 50-year lifespan.
This advancement could have major implications, especially for medical devices like pacemakers. Currently, patients must undergo surgery every 10 years to replace the battery. With this new technology, such procedures might become obsolete, offering greater comfort and safety for patients.
Wearable technology is another area that stands to benefit. Devices like smartwatches, fitness trackers, and smart glasses often require frequent charging, which can be inconvenient for users. If this technology becomes widely available, it could make these devices more practical and appealing.
Industry analysts are already showing interest in the potential of this discovery. Chengdu Liang noted that many private companies have reached out to the lab, indicating strong commercial interest. He added, “This research proves that conceptual ideas can become reality. If everything goes smoothly, we could see this technology in the market in the near future.â€
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