Color Rendering Index is widely used as an important pa […]
Color Rendering Index is widely used as an important parameter to measure the color characteristics of artificial light sources.
LED Lighting Technology Improves Owner and Pedestrian Safety
Traditional halogen lighting produces a lower color rendering index (CRI<25) and distorts the driving environment, while LED lights provide a higher color rendering index (CRI>70) and better visual effects. Because of its low color rendering index, halogen lamps will cause the road surface to become yellowish, causing the driver to tire at night.
According to the laws of nature, drivers who drive at night need higher alertness and have higher requirements for headlight lighting. Properly high color temperatures (such as 4000K to 6500K) will allow drivers who drive at night to suppress the secretion of melatonin, making it difficult to produce fainting. Drowsy feeling, and LED lights with a higher color temperature can significantly improve the performance of the lamps.
With the same brightness, LED lights with higher color temperature (usually 4000K to 6500K) and color rendering index products can optimize the driving vision. Such as the 2700K halogen lamp, low color rendering index may cause the environment to "distort distortion." Under the LED lights with 6000K color temperature, the visibility of the road and the detection of objects have been improved.
LED and cooler climate
The LED system is designed with appropriate levels and light curtain brightness to provide the driver with excellent object detection and contrast in snow conditions. The reflective properties of light scattered on snow-covered road surfaces can increase ambient brightness and illuminate the road surface. Parking lots and roads usually remove snow, but due to the reflective nature of the white surface, the ambient light level increases.
LED lights are a better choice for improving visibility and maintaining road safety. When severe winter weather comes, powerful lighting design and proper color temperature create better driving conditions for the road surface.
Overcoming the hazards of glare
The automotive headlights are horizontally oriented optical systems that can use cross-over light to achieve higher brightness uniformity and illuminance uniformity. By controlling the cut-off angle by the lamp body, not only the light pollution is small, but also the photometric utilization rate is high. LED lights have less light pollution to the surrounding environment and the owner.
When severe winter weather comes, powerful lighting design and proper color temperature create better driving conditions for the road surface. LED lights will be a better choice for you to keep your road safe at night.