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The product adopts an intelligent light control system, which automatically detects ambient light intensity, turns on the LED at dusk and turns off at dawn, without manual operation, saving labor costs. The monocrystalline silicon solar panel has a conversion efficiency of 22%, which can quickly charge even in cloudy days, ensuring continuous operation for more than 72 hours after full charge. The flashing red LED has a flicker frequency of 2Hz, which can attract drivers' attention more effectively than static reflective cones, reducing the risk of accidents in night scenarios. The cone body is made of high-density PVC with anti-UV coating, which can resist fading and aging for more than 6 years. The base is weighted to withstand level 9 strong winds, ensuring stability in outdoor environments.

The total height of the cone is 750mm, with a base diameter of 380mm, providing a stable support structure. The solar panel is installed on the top of the cone, with a size of 150mm × 100mm. The LED is installed in the middle of the cone body, with a brightness of 120LM and a flashing red light color. The battery is a 3.7V 2000mAh lithium-ion battery, which can provide more than 72 hours of continuous working time after full charge. The temperature resistance range covers -35℃ to 65℃, adapting to extreme cold and hot weather. It complies with CE and RoHS certifications, meeting international safety and environmental standards. The product can be stacked for storage, and each cubic meter can hold about 60 cones.

This solar-powered LED traffic cone is mainly used in night road construction sites, such as highway maintenance and urban road expansion, providing continuous warning for passing vehicles. It is also suitable for accident site closure in remote areas without power supply, such as mountain roads and rural roads, ensuring that the warning zone is visible all night long. In large-scale outdoor events such as night concerts and night sports games, it is used to mark the entrance, exit, and emergency passages, guiding the flow of people safely. Additionally, it can be used in parking lot night management, such as marking temporary parking spaces and fire passages, providing intelligent and energy-saving warning solutions.