2025-12-08
A downtown Hangzhou parking lot adopted AI-powered boom barriers supporting license plate, facial recognition, and QR code scanning for instant vehicle access. Real-time data on parking availability and traffic peaks is synced to Hangzhou’s traffic management platform, boosting traffic flow efficiency on surrounding roads by 25%.
Hongqiao Hub deployed boom barriers integrated with fire and emergency response systems. Upon receiving signals from 119/120 vehicles, the system auto-plans routes and opens 8 linked barriers along the way, cutting emergency response travel time by 58%.
Suzhou’s Fangzhou Road uses "smart tidal robots" with boom barriers. Aligning with traffic signals, barriers adjust lane directions automatically during morning/evening peaks to ease one-way congestion. This case was recognized as a national model for urban road management.
Tesla’s Shanghai plant employs V2X-connected boom barriers. Bound vehicles trigger automatic credit checks, toll deductions, and barrier lifting in 1.2 seconds—no manual intervention—perfect for high-frequency vehicle movement.
A remote Beijing park parking lot uses solar-powered boom barriers. Equipped with high-efficiency solar panels and storage batteries, they operate via solar energy (with surplus power stored for night use), solving grid access issues and reducing carbon emissions by 1.2 tons yearly.
Boom barriers at Hangzhou Asian Games Village connect to the city’s intelligent traffic system. Edge computing processes real-time traffic data; when congestion thresholds are exceeded, 5 backup barriers activate automatically to divert flows, improving peak-hour efficiency by 47%.