The invention provides a lock body
electric control device, a low-power
parking space lock and a control method thereof, wherein the lock body
electric control device, the low-power
parking space lock and the control method thereof belong to the technical field of parking equipment. The lock body
electric control device and the low-power
parking space lock provided by an embodiment of the invention are provided with a
signal receiver and an NB-IOT module. The NB-IOT module is in a normally closed mode. When the
signal receiver senses arrival of a vehicle at the parking space, the NB-IOT module is waken up, and the
signal receiver communicates with a
server through the NB-IOT module, thereby realizing no requirement for keeping the NB-IOT module in a normally activated mode or a regular wakening-up mode and
continuous sensing for whether a vehicle user arrives. Therefore
power consumption is reduced to a large extent. Furthermore the parking space lock based on the NB-IOT module has advantages of easy application, no requirement for gateway configuration, relatively low mounting cost, relatively maintenance cost, and high suitability for an outdoor
parking lot. The NB-IOT module is used for performing
wireless communication, thereby greatly reducing
packet loss ratio and error rate and realizing high
data transmission accuracy.