Urban parking has become increasingly complex as cities expand and traffic volume continues to grow. To help operators manage this challenge, Benewake provides a highly reliable parking monitoring system designed to improve accuracy and efficiency in parking management. Using lidar-based sensing, their system detects vehicle presence with precision, offering real-time updates that reduce congestion and help facilities optimize space utilization. The technology is ideal for large parking structures, industrial zones, and public facilities that require continuous monitoring.
Reliable Lidar Technology for Smarter Management
At the core of Benewake’s parking monitoring system is advanced lidar technology. Unlike traditional sensors, lidar allows for non-contact measurement, maintaining stable performance regardless of weather, lighting, or environmental interference. Each sensor can be mounted at fixed points to observe multiple parking spaces simultaneously. With high ranging stability and a small field of view (FoV), the system achieves more accurate detection, avoiding interference from adjacent vehicles or objects. Compact and easy to integrate, the sensors operate in an ultra-low power mode, consuming just 1.72mW on average and capable of running up to 3.3 years on a 10,000mAh battery, reducing the need for frequent maintenance or grid connection. Maximum ranging distance reaches up to 3m even for dark vehicles, while customized parking algorithms ensure reliable detection under slightly dirty conditions. In severe dirt, rain, or snow, the radar can automatically alert the backend for timely operational intervention. This setup minimizes manual inspections, lowers operational costs, and provides consistent data for digital management platforms, enabling operators to visualize occupancy trends and make informed decisions.
Enhancing Efficiency Across Urban and Industrial Applications
Benewake’s solution has been implemented in several smart city projects, supporting automated parking and integrated transportation systems. Their parking monitoring system can communicate with control platforms to manage entry, exit, and payment operations efficiently. The robust performance of Benewake’s sensors ensures long-term stability, even in outdoor or industrial environments where vibration, dust, or temperature changes may affect other technologies. By using this system, parking administrators can better allocate resources, reduce idle time, and create a smoother user experience for drivers.
Conclusion
With continuous innovation in lidar sensing, Benewake remains committed to developing dependable solutions for modern infrastructure. Their parking monitoring system is not just a detection tool but an enabler of smarter, data-driven operations. As urban environments continue to evolve, Benewake’s technology supports a sustainable future where parking management becomes more efficient, transparent, and intelligent.
