Recently, VCCI Tower (Vietnam Chamber of Commerce and Industry Building) at So 9 Dao Duy Anh Str., Phuong Mai, Hanoi, has successfully completed an innovative smart parking system renovation project. The deployment of 280 advanced front-mounted ultrasonic parking sensors has achieved a comprehensive upgrade in intelligent parking management, making it a groundbreaking case in the field of old building renovation.
As an important commercial landmark in Hanoi, VCCI Tower previously faced challenges such as low efficiency and management difficulties in its parking system. This renovation innovatively adopts integrated ultrasonic sensors with built-in indicators. These devices are installed on the overhead bridge exactly above each parking space line. Featuring dual independent transceiver ultrasonic circuits, they achieve wide-area detection and independent operation with an accuracy rate exceeding 99%.
The project fully leverages the product advantages: The integrated design significantly reduces material and construction costs while shortening the project timeline; The advanced adaptive anti-interference algorithm effectively addresses adjacent lane, nearby vehicle, and cross-detection interference; The high-brightness LED indicators support seven customizable colors and offer wide viewing angles and long-distance visibility.
Particularly noteworthy is the overhead bridge installation method, which not only avoids obstruction from pillars but also ensures a neat and aesthetically pleasing layout. The equipment has undergone rigorous testing for electrostatic discharge, lightning surge, and pulse immunity, ensuring stable operation in harsh environments. Additionally, the system supports mobile APP debugging and remote updates, with automatic address allocation and one-click parameter configuration, greatly improving commissioning and maintenance efficiency.
This renovation not only resolves long-standing parking management issues at VCCI Tower but also enables intelligent parking operation through innovative technology. The new system can collect real-time parking status data and visually display space availability through red/green (or customizable) indicators, significantly improving space utilization and user experience.