As cities grow denser and parking demand increases, accurate space monitoring has become vital for efficient mobility. Benewake addresses this challenge with advanced LiDAR solutions designed to bring precision and automation to parking facilities. Their parking space sensors enable real-time detection and data feedback, making indoor parking management more intelligent, responsive, and cost-effective.
Smart Detection with Benewake TF-NOVA Measurement
The Benewake parking space sensors work by continuously measuring the distance between the sensor and the parking surface. When a vehicle occupies the space, the LiDAR identifies the change in measured distance and updates the system’s occupancy status. This simple yet reliable principle allows operators to instantly determine which spaces are free or taken. Unlike conventional camera-based systems.
Streamlined Operation and Cost Reduction
By incorporating Benewake’s parking space sensors, parking operators can reduce the need for manual checks and inefficient patrol routines. Real-time occupancy data helps streamline traffic within garages, as drivers receive accurate guidance toward available spots. Over time, this automation minimizes energy use and management costs while improving the overall flow of vehicles. For facilities managing hundreds of spaces, the system’s scalability and minimal maintenance requirements provide a practical path toward fully automated parking operations.
Supporting Urban Smart Infrastructure
The use of Benewake technology extends beyond basic parking management—it contributes to smarter, greener cities. The parking space sensors help reduce vehicle idling and search time, leading to lower emissions and better utilization of existing infrastructure.
Conclusion
With high-precision LiDAR detection and durable design, Benewake delivers parking space sensors that enhance smart parking systems. Their solutions bring measurable improvements in efficiency, sustainability, and user convenience, supporting the ongoing transformation toward intelligent urban mobility.
