Solar Cat Eyes Flashing For Pedestrian

A qualified solar road stud must meet the specifications in quality. At present, the solar cells commonly used in the industry are monocrystalline silicon panels. This is because monocrystalline silicon solar panels have a high photoelectric conversion rate of about 14%, which can convert solar energy into electrical energy to the greatest extent possible to ensure solar road spikes. Energy supply at work. Under standard test conditions, the solar road stud is placed for 8 hours, and the rated capacity of the battery should meet the needs of the road stud to emit light normally for five natural days. Even if the solar illuminance is less than 1000LX, after charging the battery for 8 hours, its rated capacity can meet the needs of the road stud to emit light normally for 36 hours.

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As we all know, with the continuous progress of science and technology, solar road studs have a variety of working modes, such as flashing, always on, delay, Bluetooth synchronous flashing lights, and other modes, which can make solar road studs flash at the same frequency, or make a certain The solar road studs installed on the road or a certain occasion are controlled by GPS or Bluetooth to realize the synchronous flashing of multiple solar road studs!

Solar Cat Eyes Flashing For Pedestrian
Solar Cat Eyes Flashing For Pedestrian
Solar road studs flicker at a certain frequency at night, and human vision is more sensitive to changes, so its dynamic warning effect is very strong. Solar road studs play a very important role in delineating road contours in rainy and foggy weather and corners, inducing driver’s sight and eliminating potential safety hazards. Active lighting can not only avoid the interference of rain and fog to the greatest extent, but also can get rid of the dependence on car lights, the visual distance is farther, and the effect is better.
Solar Cat Eyes Flashing For Pedestrian
Solar Cat Eyes Flashing For Pedestrian
A qualified solar road stud must meet the specifications in quality. At present, the solar cells commonly used in the industry are monocrystalline silicon panels. This is because monocrystalline silicon solar panels have a high photoelectric conversion rate of about 14%, which can convert solar energy into electrical energy to the greatest extent possible to ensure solar road spikes. Energy supply at work. Under standard test conditions, the solar road stud is placed for 8 hours, and the rated capacity of the battery should meet the needs of the road stud to emit light normally for five natural days. Even if the solar illuminance is less than 1000LX, after charging the battery for 8 hours, its rated capacity can meet the needs of the road stud to emit light normally for 36 hours.
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