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Recently, in order to provide the range of mobile devices, a professor in Singapore invented a miniature battery management chip that not only speeds up charging, but also improves the safety of
batteries.
The battery management chip, reportedly developed by Professor Rachid Yazami of Singapore's Nanyang Polytechnic, monitors potential faults in the battery and warns users
of risks when they are at risk.
Since it is bigger than a coin, it can be easily integrated into a
smartphone.
Of course, it also applies to other products that rely on lithium batteries, such as electric vehicles
.
Current electronic devices use chips to detect the voltage and temperature of the battery, but they cannot measure the health of
the battery.
Due to the lack of relevant data, the battery is always charged at a relatively low standard speed to avoid accidental damage
.
But Yazami's battery management chip uses electrochemical thermodynamic measurements to accurately monitor battery health and charge status, and with this data, the chip ensures that each battery is charged
safely and faster.
Recently, in order to provide the range of mobile devices, a professor in Singapore invented a miniature battery management chip that not only speeds up charging, but also improves the safety of
batteries.
The battery management chip, reportedly developed by Professor Rachid Yazami of Singapore's Nanyang Polytechnic, monitors potential faults in the battery and warns users
of risks when they are at risk.
Since it is bigger than a coin, it can be easily integrated into a
smartphone.
Of course, it also applies to other products that rely on lithium batteries, such as electric vehicles
.
Current electronic devices use chips to detect the voltage and temperature of the battery, but they cannot measure the health of
the battery.
Due to the lack of relevant data, the battery is always charged at a relatively low standard speed to avoid accidental damage
.
But Yazami's battery management chip uses electrochemical thermodynamic measurements to accurately monitor battery health and charge status, and with this data, the chip ensures that each battery is charged
safely and faster.
