Urban parking facilities often face challenges in monitoring available spaces accurately and efficiently. To address these issues, Benewake offers a reliable parking counter system that provides real-time occupancy data. They focus on applications such as parking lots, garages, and other fixed installations, delivering precise vehicle detection for smoother facility management.
Core Advantages of Benewake Parking Counter Systems
One of the main benefits of the Benewake parking counter system is its high ranging stability. Unlike traditional ultrasound-based solutions, their system demonstrates significantly lower false alarm rates, ensuring accurate vehicle detection. Additionally, the compact design and small field of view (FoV) allow precise measurements even in tight parking spaces. This minimizes interference from adjacent vehicles or nearby obstacles, making the system highly reliable for real-world conditions.
Energy Efficiency and Maintenance
The Benewake parking counter system, built around the TF-Luna LiDAR, is engineered with ultra-low power consumption to support long-term, stable operation. With a standby power usage of only 1.5 mW and an average working consumption of about 1.72 mW, the device can run for more than three years on a 10,000 mAh battery. This battery-friendly design removes the need for external power connections or frequent battery changes, directly lowering operational and maintenance costs. Thanks to the compact structure of the TF-Luna LiDAR, the radar units are easy to integrate, allowing for streamlined installation and minimal upkeep throughout deployment.
Enhanced Accuracy in Challenging Conditions
The parking counter system powered by TF-Luna LiDAR also applies advanced detection algorithms that help maintain accuracy even when the lens surface becomes slightly dusty. In harsher environments—such as heavy rain, snowfall, or significant dirt buildup—the system can automatically trigger alerts to the backend, ensuring timely inspection or cleaning. With a maximum ranging capability of up to 3 meters for dark-colored vehicles and a narrow FoV that effectively reduces interference from nearby objects, the solution ensures consistent monitoring performance across diverse lighting and weather conditions.
Conclusion
With the integration of TF-Luna LiDAR, Benewake delivers a parking counter system that balances energy efficiency, reliability, and precise vehicle detection. It provides actionable occupancy data that helps facilities optimize parking resources and improve daily operations. The combination of stable performance and low maintenance requirements makes it a practical, dependable solution for organizations seeking efficient and long-lasting parking monitoring technology.
