Why are wireless smart locks suitable for use in scenarios with high power requirements?

For locks that are highly dependent on power, such as traditional chassis cabinet locks, once the power is off and the lock cannot be opened, the consequences are serious. Especially in the case of emergency repairs, it may delay the repair time and affect the speed of restoration of services such as communication and electricity.
This article recommends the MAKE wireless smart lock M5, which uses passive lock core technology to get rid of dependence on power.

Key power supply to reduce the impact of power failure
O wireless smart lock uses the key to power the lock body to achieve unlocking.
The lock will not be easily cracked due to problems such as battery exhaustion and circuit failure.
It is not affected by equipment power supply, emergency power supply or battery power supply, and can be unlocked with the wireless smart key in an emergency.

Key power consumption, long battery life
The key consumes battery power every time the lock is opened and closed.
It has a large battery capacity and a long battery life, does not require frequent maintenance, and saves operating costs.
A full charge is enough to cope with the operator’s daily long-term and multiple uses, solving the problem of low power and easy exhaustion of traditional electronic locks.

The key is rechargeable and can be used repeatedly
The key is equipped with a rechargeable battery and can be charged using a charging cable with a Micro-USB interface.
The red light indicates that it is charging. The green light indicates that the charging is complete.
After the key is fully charged, it can be used repeatedly without frequent battery replacement like traditional electronic locks.

Em resumo, o wireless smart lock M5 breaks the power supply constraints and is suitable for use in scenarios with high power requirements, using passive technology to ensure device safety.