Light emitting diodes (LEDs), organic light emitting diodes (OLEDs), and adaptive front-lighting systems (AFS) are a few of the new lighting technologies fueling the expansion of the Automotive Lighting sector. This technology aids in strengthening driver visibility, which raises traffic safety overall and lessens collisions. Additionally, a number of benefits like longevity, energy efficiency, and reduced heat generation are boosting the market for Automotive Lighting. Automotive sales rise by more than 30% yearly, according to the Organisation Internationale des Constructeurs d'Automobiles (OICA). Global automotive vehicle sales increased to 93.9 million units in 2016 from 89.7 million units in 2015. The majority of ambient lighting used nowadays is intended to aid drivers in seeing a specific distance and reflects from interior surfaces. Lighting is an essential part of automotive vehicles and is crucial to driving safety. The Association for Safe International Road Travel estimates that 1.25 million people die in traffic accidents each year. Additionally, every year 20 to 50 million individuals suffer injuries and disabilities as a result of traffic accidents or other weather-related events including rain, fog, dust, snow, and others. These numbers demonstrate the need for efficient illumination in automobiles to lower serious accident occurrences, and this is an essential element of manual driving. Automotive Lighting is one of the crucial factors that must be taken into consideration while driving, according to actions being taken by governments from various nations to raise awareness about safe driving. In today's automobiles, there is a broad variety of lighting available, including headlights, taillights, accessory lights, LED lights, fog lights, emergency and warning lights, off-road lights, and signal lights. Automotive lighting enhances a vehicle's visual appeal and increases safety, making it popular among young people. The growth in the production of electric vehicles due to lower fuel costs and negative environmental pollutants has a significant impact on the market for automotive lighting. Increased demand for lighting technology in cars is the result of ambulance and police vehicles' reliance on lighting systems for signalling purposes and their effective sound systems. The Automotive Lighting growth is primarily driven by government programmes that maintain road safety through activities like raising knowledge about vehicle protection and illuminating roadways with the proper use of automotive lighting. The use of LED lighting in vehicles is becoming increasingly popular as a means of attracting more attention from onlookers and lowering the number of accidents on the road. Prior to now, halogen was the standard option for Automotive Lighting illumination. The other prominent technologies are Xenon and LED. LED is anticipated to experience the highest growth among the three technologies over the projection period. The clear trend towards energy-efficient technologies in light controls may be to blame for this. High capabilities and versatility make LED headlamps ideal for use in a variety of vehicle lighting applications. Due to their comparatively higher cost, automotive LED lights are currently primarily used in high-end vehicles. There would be a lot of demand for these lights because there are continuous studies to reduce their price. By vehicle type, passenger cars are the ones in the Automotive Lighting segment that are increasing the quickest. Due to rising disposable income and the changing lifestyle of the urban population, demand for passenger cars is growing rapidly. Takeovers of passenger cars are also being pushed by expanding commercial opportunities in the automobile rental sector. The most common form of transportation in industrialised nations is the passenger car, which is also growing in popularity in developing nations due to rising per capita incomes
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