Urban parking areas face constant challenges in managing vehicle flow and occupancy efficiently. Benewake provides innovative solutions that integrate parking space detection capabilities into modern roadside devices such as curbside machines, parking meters, and video posts. Their systems enable real-time monitoring of vehicles, helping cities streamline parking operations while reducing reliance on manual checks.
Real-Time Monitoring with LiDAR Sensors
The technology offered by Benewake combines LiDAR measurements with camera systems to enhance parking space detection. When a vehicle occupies or vacates a parking spot, LiDAR sensors detect changes in distance and immediately notify the cameras to capture necessary data, such as license plate information. This process enables automated timing, cost settlement, and accurate tracking of parking occupancy, reducing human error and improving overall operational efficiency.
Optimizing Energy Use and Accuracy
By utilizing LiDAR, Benewake minimizes the energy consumption of roadside devices while maintaining high detection accuracy. The system reduces unnecessary camera wake-ups and decreases processing demands on backend algorithms. With an ultra-low power consumption mode—standby power at 1.5 mW and average power of 1.72 mW—the devices can operate for up to 3.3 years on a 10,000 mAh battery, eliminating frequent battery replacement or grid connection. As a result, cities achieve lower maintenance costs, higher reliability, and better fee collection rates. The integration of intelligent sensors and algorithms ensures parking space detection remains precise even in complex or high-traffic environments.
Conclusion
With Benewake’s LiDAR-enabled solutions, urban parking management can be more efficient, accurate, and energy-conscious. Their advanced systems for parking space detection provide reliable monitoring, automated operations, and sustainable management benefits, ensuring real-time updates and minimizing human intervention. Cities adopting these technologies can significantly improve vehicle flow, reduce operational burdens, enhance compliance with parking regulations, and ultimately create a smoother, more convenient parking experience for residents and visitors alike.
