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Single-side reflective solar road stud

The unilateral reflective solar road studs is a road sign that uses solar energy for lighting. They are typically used at night or in low light conditions to indicate areas such as road edges, driveways, and footpaths.


The design of the unilateral reflective solar road stud lights is based on the optical principle and has a special reflective mirror structure. They use an optical effect called "total reflection" to allow light shining from one side to reflect multiple times internally before being focused on the other side, thus achieving one-way reflection. This means that when light is shining from the direction of vehicles or pedestrians, the surface of the spike reflects little light, while when the sun shines, the spike absorbs the light and converts it into electricity.
These road studs usually have solar panels and batteries inside. Solar panels convert solar energy into electricity, which is stored in batteries. When the ambient light becomes dark (such as night or low-light conditions), the photosensitive battery inside the road stud will sense the change of light and automatically turn on the LED light. The LED light is unidirectionally reflected by the reflective mirror, thus providing a bright lighting effect, enabling drivers or pedestrians to clearly see the edges and signs of the road.
The advantages of unilateral reflective LED solar road studs include energy saving, environmental protection, and low maintenance cost. They do not require an external power supply, rely entirely on solar power, and the LED lights have a long life and require less maintenance and replacement. In addition, they can improve road safety and reduce the incidence of traffic accidents.
It should be noted that the performance of unilateral reflective solar-powered road studs will be affected by lighting conditions. Light energy harvesting may be limited in extreme weather conditions or under prolonged cloudy conditions, so it needs to be designed and installed on a case-by-case basis.