Hikvision Provides Solutions for 5.7 Kilometer Congested Stretch Inside and Outside the Heyde TunnelEstablished"3D Holographic Visualization Safe Driving System"Discover Bottlenecks More Promptly, Precisely, and Efficiently—ThroughDigital Twin TechnologyModeling the 5.7km stretch of the Haid隧道, both inside and outsideRaysight Integrated CameraAchieve pre-warning of event detection in 3D scenarios, illegal capture, traffic congestion warnings, video linkage, and event rollback functions, enhancing visual control capabilities.

From over 5 minutes to as fast as 5 seconds

3D Holographic SystemQuickly identify bottlenecks

"Outside the Heyde Tunnel, the lanes consist of 2 regular lanes and 1 emergency lane. Inside the tunnel, there is no emergency lane. During high traffic periods, many vehicles occupy the emergency lane for driving, leading to congestion as they merge at the tunnel entrance."The Section Management Team's Captain TangThe 3.6 kilometers leading up to the Hyde Tunnel and the 2.1 kilometers within it are the "traffic congestion hotspots."During peak hours, every extra minute of congestion could potentially add over 200 more vehicles, stretching for over a kilometer, hence "traffic management" must be swift.。

In the past, the tunnels were like..."Black Box"Following the accident, law enforcement responses are typically initiated through the driver's report.The tunnel is an enclosed space, making it impossible to determine the exact location by referencing other buildings on the road surface. Relying solely on the driver's description, it is challenging to pinpoint the accident site. Moreover, the monitoring points are limited and do not cover the entire tunnel, requiring manual retrieval and review one by one. Additionally, the angle of view can create blind spots, even in non-tunnel areas. After a round of operations,It takes the police approximately 5-10 minutes to locate the bottleneck.Low accident response efficiency.

To minimize delays, during holidays, highway police officers maintain a presence every 500 meters, focusing on the 5.7-kilometer stretch of highway that includes the Hyder Tunnel.In order to facilitate quick patrols and handling of emergencies, corresponding police officers can respond promptly."Good luck might find it quickly, but bad luck could mean a lot of searching," said Team Leader Tang. "It might seem like just a few minutes of delay, but the potential consequences could be severe, so we're racing against time to ensure safety."

Applicable3D Holographic SystemLater on,The real traffic conditions of a 5.7-kilometer expressway have been replicated in a 1:1 scale on the traffic management command center's large screen, with the tunnel interiors also becoming real-time and crystal clear visible.Every vehicle on the large screen is a reflection of the real world, displaying the traffic conditions inside and outside the tunnel in real time, giving viewers the feeling of floating above the highway. In the event of an emergency, the system will automatically sound an alarm and locate the accident site, greatly enhancing the efficiency of blockage detection and management.

On February 16, 2024, at noon, a rear-end collision occurred at the Haidao Tunnel, where the rear vehicle caught fire upon impact. Fortunately, police officers arrived at the scene within two minutes and promptly extinguished the fire in its initial stage using a fire extinguisher. Recalling the incident, the officer still felt apprehensive, "This was more than just a traffic jam; the thought of cars burning in such a confined tunnel is unimaginable." The rapid, efficient, and precise handling of the accident relied on the 3D holographic system.Following a rear-end collision, the system instantly triggered an alarm, and police promptly viewed the accident location on the system. They immediately coordinated with nearby traffic police to arrive at the scene and extinguished the fire source.。

From human surveillance to system detection, the workload for traffic police has significantly decreased. "During holidays, we still have one officer patrolling every 500 meters, but now we can pinpoint traffic bottlenecks more accurately. This has lessened our mental pressure and given us more confidence," said Team Leader Tang.

Preventive Measures Taken Proactively

Technology aids in solving tunnel operation challenges

The formation of bottlenecks often stems from seemingly minor acts of disorder, such as lane changes within tunnels, serpentine driving, and pedestrians crossing at high-speed areas outside tunnels, as well as vehicles occupying emergency lanes.

Now, with our 3D holographic system, we can detect these irregular driving behaviors in real-time. This includes common violations such as illegal lane changes, occupying the emergency lane, and pedestrians entering the tunnel.The system's AI behavioral analysis module can automatically identify违规行为, and simultaneously push notifications to law enforcement terminals."Initially, during the crackdown, violations still occurred occasionally. However, as the system has continued to operate, more and more drivers have realized the importance of safe driving, resulting in a significant improvement in traffic order both inside and outside the tunnel."

In addition, key vehicles and improper driving behaviors can also be managed through the 3D holographic system. Staff can easily access detailed event information and view the distribution of surrounding equipment and law enforcement resources with a single click.Completed event review, scheduling, disposition, and feedback, forming an efficient closed-loop process. Complex issues that once required repeated communication and coordination can now be resolved appropriately within minutes with the assistance of the holographic system.