As cities continue to grow, so does the challenge of protecting critical infrastructure from the rising threats of climate change. One of the most vulnerable components in any urban environment is its transportation network—particularly underground metro systems. Flooding in metro stations can lead to devastating consequences, including service disruption, costly repairs, and threats to public safety. That’s why effective city flood control systems are no longer optional—they are essential.
At Junli Technology Co., LTD., we specialize in developing advanced, automatic flood barriers designed specifically to protect metro infrastructure. Our flagship product, the Automatic Flood Barrier for Metro Stations, offers a proactive solution to urban flood risk by sealing off metro entrances automatically during storm events—without electricity or human intervention.
Why Cities Need Advanced Flood Control Systems
Urban centers are particularly prone to flooding due to high concentrations of impermeable surfaces like concrete and asphalt. These surfaces prevent rainwater from soaking into the ground, overwhelming stormwater systems during heavy rainfall. In cities with underground transit systems, this can lead to dangerous and costly flood events.
Traditional city flood control systems—such as sandbags or manual gates—are time-consuming and unreliable. Automatic flood barriers offer a smarter, faster response to rising water, vastly improving metro infrastructure protection plans and public safety.
How Junli’s Automatic Metro Flood Barriers Work
Unlike traditional flood control devices, Junli’s Automatic Flood Barrier for Metro Stations operates using buoyancy-driven mechanics. When floodwaters rise, the barrier automatically lifts using the water’s own pressure, creating a watertight seal that prevents intrusion. No electricity, sensors, or external control systems are required—making it an ideal solution for flood emergencies.
Because these systems are completely self-activating, they are not affected by power outages and require minimal maintenance. Their passive operation allows seamless integration into metro infrastructure protection plans without the risk of technological failure.
The Role of Intelligent Technology in Flood Defense
Smart urban planning requires forward-thinking solutions. Junli Technology’s flood barriers support resilient metro infrastructure by blending mechanical simplicity with automated functionality. These barriers can be customized for various metro layouts and climate challenges, ensuring cities around the world gain access to efficient, durable flood defense.
Installed at station entrances, ventilation shafts, and other exposed points, they offer non-intrusive protection that operates in real time—enhancing both safety and operational continuity.
Economic and Public Safety Benefits
Flooding can paralyze a city. By implementing automatic metro flood barriers, urban planners can drastically reduce infrastructure downtime, property damage, and public safety risks. In addition to protecting lives, these systems reduce reliance on emergency labor and lower long-term maintenance costs.
Their non-disruptive design also supports day-to-day station usability, aligning with modern sustainability goals and commuter expectations.
Why Choose Junli Technology
1. No Electricity Needed
Operates entirely through water buoyancy—automatically rises with floodwater to block intrusion, even during power outages. No external energy or manual activation required.
2.Non-Invasive Installation
Installed at metro entrances without altering or damaging station interiors. Fully compatible with existing architecture.
3.Safe for Pedestrian Use
Lays flat on the ground under normal conditions. No tripping hazards. No obstruction to foot traffic.
4.Field-Proven Reliability
Deployed in 18 cities across China, our flood barriers have been successfully used in multiple metro stations—with 100% operational success during flood events.
As a pioneer in passive flood protection, Junli Technology is committed to strengthening metro infrastructure with robust, maintenance-free, and intelligent flood solutions that align with long-term metro infrastructure protection plans.
Post time: May-09-2025