LoRaWAN Embedded Parking Sensor

LoRaWAN Embedded Parking Sensor

The HKT DC-20 is based on geomagnetic + 24G microwave radar technology. It is designed for parking space detection. It can be used in indoor underground parking lots, outdoor parking lots, and on-street parking spaces, etc. It has the characteristics of accurate vehicle detection, low working power consumption, stable signal, easy installation, and free of maintenance.

Features of HKT DC-20

• Water coverage detection;
• Low power consumption, battery lasts more than 3 years;
• Compression-resistant and waterproof shell, can withstand pressures above 15T;
• Battery can be replaced, easy to install and maintain;n
• Anti-extrusion buffer design can effectively offset the extrusion damage caused;
• by thermal expansion and contraction of the road surface.
• Near-end Bluetooth OTA;
• Wide coverage radius and large capacity;
• Automatic compensation of environmental factors;
• Fault self-check, low voltage alarm;
• Arc discharge 12KV , contact discharge 3KV, anti-static;
• After the device is enabled, subsequent calibration is not required.

Advantages compared with traditional parking sensor

• The detection accuracy is not affected by interference factors such as subways and high-voltage lines;
• Not affected by the layout of the parking spaces;
• Detection accuracy rate is 99% (in the case of no water coverage);
• The installation do not require a special location;

HKT provides customized services

• ODM
• Pre-sales & After-sales Services
• Technology Support

Product Specifications

• Real-time Parking Availability Monitoring

LoRaWAN parking sensors can detect the presence or absence of vehicles in parking spaces and transmit this information to a central server using a low-power, long-range wireless network. This enables parking operators to monitor parking space occupancy in real-time and provide drivers with accurate information on available parking spots.

• Parking Guidance Systems

LoRaWAN parking sensors can be integrated with parking guidance systems to guide drivers to available parking spaces. This can reduce the time drivers spend looking for parking and decrease traffic congestion.

• Parking Enforcement

LoRaWAN parking sensors can be used to enforce parking regulations by detecting when a vehicle has overstayed its allotted time or parked in a reserved spot. This can improve compliance with parking regulations and reduce the incidence of parking violations.

• Data Collection and Analysis

LoRaWAN parking sensors can collect data on parking occupancy rates, average parking durations, and other metrics. This data can be used to optimize parking lot layouts and improve parking management strategies.

• Sustainability

LoRaWAN parking sensors are powered by batteries and require minimal maintenance, making them a sustainable and cost-effective solution for parking management.