First of all, LEDs provide much brighter light while consuming less energy. Headlights of this type would light up faster. In general, LED optics have a lot of advantages.
The constant innovation of technology brings numerous advantages to the driver who wants to upgrade his car. We see parts and devices appear all the time to adjust your vehicle to your needs, often definitively replacing old items. And one of those cases of prodigious advances is that of Led bulbs for cars.
Led is incredibly more efficient than its ancestors. Halogen bulbs work by passing a current through a filament that generates heat and light. However, you may have already seen how an incandescent bulb heats up. It may even burn your skin because only 25% of its energy is transformed into light, while almost 75% dissipated in the form of heat.
In the Led bulb, almost all the energy is transformed into light using an emitting diode. The result is a whiter and more defined light and more efficient.
Due to this light generation process, the duration of a 9006 led bulb can reach 5,000 hours of use, while an incandescent bulb reaches a maximum of 1,000.
Not only does it overcome the halogen bulb by five times, but, as it is a cold light technology, the led bulb does not need the fragile glass bulb, eliminating the risk of breaking easily.
Led headlights for cars
Using Led bulbs, you will be able to identify objects and vehicles at a much greater distance and more clearly. The power generated by the good use of battery power makes Led consume less energy to project a light beam of light.
The LED’s response time is about half a second faster, an interval that can make a difference and prevent a collision. The brake light comes on almost instantly after the driver depresses the pedal. The precise response and the sharpness of the light can decrease the possibility of accidents by up to 60%.
What is the difference between LED bulbs from each other
Diode bulbs, as a rule, differ among themselves:
– Type of cooling;
– The number of LEDs;
– Power and color.
Passive cooling of LED bulbs provides for natural cooling through the use of special materials with high thermal conductivity. In the back or bottom of the bulb, there is a heat sink, which naturally removes heat from the heating LEDs.
The second type of cooling involves the presence of a so-called cooler; in other words, a fan, which rotates to remove heat from the radiator. This type of cooling, despite its innovativeness and deceptive efficiency, it is less reliable compared to the first type of bulb. Dust, moisture, and other dirt, penetrating inside the cooler body, that would clog the fan, and the fan fails. Without proper cooling, the LED bulb quickly overheats and would not work properly.
Number of LEDs. At first glance, this parameter may not seem to matter, but in a more detailed study, the number of LEDs plays an important role. One large diode is not always good; several diodes are considered more acceptable. A large diode can heat up, so it requires a large heatsink. Therefore, the bulb may have large dimensions or poor cooling. Besides, a large diode often creates a too-bright light beam that does not focus and would dazzles drivers of the oncoming traffic.
As for power and color spectrum, everything is individual; you need to choose according to your preferences.