Post RFQ
The key innovation is its intelligent motion-sensing warning system, which switches from constant light to high-frequency flash mode when vehicles approach within 10 meters, solving the problem of drivers ignoring static warning signs. The 2W monocrystalline silicon solar panel ensures efficient charging even in weak sunlight, eliminating the need for wired power supply or frequent battery replacement. The ABS+PC composite material is impact-resistant, withstanding 20km/h vehicle collisions without deformation. Its dual lighting modes adapt to different scenarios: constant light for long-term work zones and flash mode for emergency alerts. Compliant with smart city standards, it can be integrated into IoT road safety systems for remote monitoring.

The cone has an overall height of 750mm, with a top diameter of 280mm and base diameter of 450mm, ensuring stable placement. The 2W monocrystalline silicon solar panel is embedded in the cone top, converting sunlight into electricity with 22% efficiency. The 2000mAh lithium-ion battery stores enough power to operate LED lights for 12 hours in flash mode or 20 hours in constant light mode. The motion sensor detects vehicles within 10 meters, triggering flash mode at 5Hz to attract driver attention. It operates within a temperature range of -25℃ to 65℃, suitable for most global climates. With an IP66 waterproof rating, it resists heavy rain, snow, and high-pressure water washing. The LED lights have a lifespan of 50,000 hours, reducing maintenance needs.

Ideal for smart highway work zones, urban smart city traffic management, remote mountain road safety monitoring, and airport taxiway warning systems. In smart highway projects, it connects to IoT platforms to send real-time visibility data to management centers, optimizing traffic flow. For remote mountain roads with no power supply, it provides continuous warning lights without manual maintenance. In airports, it marks temporary taxiway closures and triggers flash alerts when aircraft approach. It also supports smart parking lot management, using motion sensors to guide vehicles to available parking spots and warn against unauthorized parking. Additionally, it is used in coastal areas to mark storm surge warning zones, providing 24/7 alerts during extreme weather.