The intelligent roadside parking space system mainly calculates the parking duration of vehicles by installing geomagnetic sensors to achieve accurate charging. After the vehicle enters the parking space, the geomagnetic device senses it and transmits it to the data platform through the sensor. The parking time can be accurate to the second, which will effectively improve the utilization efficiency of parking spaces.
The architecture of the intelligent roadside parking space system: 1. A geomagnet is buried in the center of the parking space. When a vehicle is parked in the corresponding parking space, the geomagnet buried in the parking space can sense whether there is a vehicle parked through the earth's magnetic field. 2. After the vehicle is parked stably, the geomagnet will send the signal to the geomagnet gateway set at an appropriate location. After receiving the signal, the geomagnet gateway will send this signal to the cloud platform. The signal received by the platform will be sent to the administrator's handheld device by wireless transmission. Based on the received information, the administrator can know whether the corresponding parking space is occupied. 3. The administrator uses the handheld device to capture the vehicle information. The captured information will also be fed back to the cloud platform at the same time, and the platform will start to record and monitor the vehicle charging information in real time. 4. When the vehicle leaves, the vehicle owner can pay the fee through the mobile phone APP by himself/herself or face-to-face with the administrator. At the same time, the administrator's handheld device will also send the corresponding information to the platform, and the relevant information can be traced sub