NarrowBand Parking Sensor (NBPS) is a fully autonomous wireless parking sensor. Its compact form factor and ease of deployment make it a versatile solution for the cities of tomorrow. The patented dual magnetometer technology enables reliable and accurate vehicle detection. Utilizing a NarrowBand Cellular network, the sensor is capable of transmitting parking data directly to the Internet, without a need for any gateways or hubs. That, in turn, lowers the total cost of ownership.
As with most solutions, each parking spot is equipped with a sensor tasked with detecting vehicles in that spot. Traditionally, magnetic-based parking sensors relied on disturbances in the natural magnetic field caused by parked vehicles. However, some vehicles create stronger disturbances, which can cause false detections on nearby parking spots. To cope with that issue, NBPS uses patented dual magnetometer measurement system which eliminates a majority of false positive or false negative detections. Such decrease in a number of false detections yields up to 98% detection rate, regardless of any possible obstructions, such as dirt, snow or debris.
An onboard battery, backed by intelligent power management system, guarantees a long operational lifetime, with minimal maintenance. The sensor uses a high-performance NB-IoT module which supports multiple frequency bands of B1/B3/B5/B8/B20/B28 with extremely low power consumption.
NB-IoT is a standards-based low power wide area (LPWA) technology developed to enable a wide range of new IoT devices and services. Use of NB-IoT significantly improves the power consumption of the sensor. Furthermore, NB-IoT enables sensors to directly connect to the Internet, thus eliminating the need for any other infrastructure on site.
Integrated short-range communication module makes the system easily expandable and serviceable. Using a direct connection from a smartphone, the sensor can easily be configured using a proprietary app.
Smart parking Cloud is a complete parking management solution integrating multiple technologies to deliver the most advanced parking system available today. Requiring no additional software installation as the interface is easily accessible using a web browser, such as Google Chrome or Mozilla Firefox. All sensors, along with their real-time data, are visualized within the web interface.
Sensors are delivered in an inactive state (deep sleep mode), thus conserving battery life during transport and storage. The sensors are activated and configured using an Android device via a short-range connection. Both flush and surface mounting solutions are supported. Once active, the sensor is capable of wirelessly communicating with a server via the NBIoT cellular network on various bands. Each sensor comes pre-installed with a SIM card supporting local carrier.
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|Connectivity||NarrowBand IoT, Short-range communication|
|NB IoT band||Band 1, Band 3, Band 5, Band 8, Band 20, Band 28|
|Detection method||Differential magnetic|
|Short-range communication capability||Communication with external devices for identification and maintenance|
|Power supply||2x Li-SOCl2 lithium battery|
|Mounting||Flush and surface mounting solutions|
|Snow plough resistant||Yes|
|Detection accuracy rate||98%|
|Dimensions||30,5 mm x 30,5 mm x 198,0 mm|
|Operating temperature||-20…+75 ̊C | -4…167 ̊F|
|Storage temperature||-40…+85 ̊C | -40…185 ̊F|
|SIM card*||3FF Micro SIM / Embedded SIM (eUICC)|
*SIM cards should be delivered before production by NB-IoT network provider