Do hernia lights use more electricity than original lights?

Xenon lamps require 10,000 volts of high voltage at the moment of start-up, and require a battery with a large capacity. It is very power-intensive when it starts. If used for a long time, the battery will burst.

I suggest you go back to it. The xenon lamp is not very good, when the lamp is started, he will interfere with all the equipment used in the car, and the penetration of the xenon lamp in rain, snow and fog is relatively poor, and the decline is more severe. And when you know how to drive, the other party will be prone to accidents because your car lights are too bright.

Your battery's insufficient capacity causes the xenon lamp to be fed in large quantities when it starts).

What model? Generally, to change the xenon lamp, you have to add a lens. Otherwise, the light will be scattered and will not be concentrated. Xenon lamps generally use a color temperature of 4300K is enough, the color temperature is too high, and the road cannot be seen clearly on rainy days.

Xenon lamps are power-saving compared to halogen lamps, but they are power-consuming compared to LEDs, and if they are equipped with xenon lamps to save power, they either try not to turn on the lights or change LEDs.

Xenon lamps have been replaced by LED lights in addition to a little advantage in light color and penetration, so if you want to save more power, you can either change the LED lights or don't turn on the lights.

The power of an ordinary automotive tungsten bulb reaches 55 watts, while a xenon lamp only needs 35 watts, a reduction of nearly one and a half. Xenon lamps significantly reduce the burden on a vehicle's electrical system. The color temperature of the xenon lamp of the car is between 4000K and 6000K, which is much higher than the headlight bulb of ordinary cars, and the light color of the xenon lamp of 4300K is white and yellowish, due to the low color temperature, the visual effect is yellowish, and the penetration of the light is stronger than that of the lamp with high color temperature, which can improve the driving safety of night and foggy weather.

Generally, the original halogen headlights of the vehicle need to consume about 60W of electricity, and the HID gas discharge headlight group only needs 35W of electricity to emit light with xenon bulbs under the stable operation of the ballast.

The hernia light only has a large current at the moment of activation, but it is not a question of whether it costs electricity or not.

Xenon headlights, also known as HID vent headlamps, replace traditional tungsten filaments with high-pressure xenon wrapped in quartz tubes to provide higher color temperature and more concentrated lighting. Since the xenon lamp uses a high-voltage current to activate xenon gas to form a beam of arc light, it can continuously discharge between the two electrodes to emit light. The power of an ordinary car bulb reaches 65 watts, while a xenon lamp requires only 35 watts, which is nearly 1 times lower.

Xenon lamps significantly reduce the burden on a vehicle's electrical system. The color temperature of the car xenon lamp is between 4000K and 6000K, which is much higher than that of ordinary car headlight bulbs. It has high brightness, the light color of the 4300K xenon lamp is white and yellowish, due to the low color temperature, the visual effect is yellowish, and the penetration of the light is stronger than that of the lamp with high color temperature, which can improve the driving safety at night and in foggy weather.

The amount of current required to light up the HID after the breakdown is only three times brighter than that of traditional halogen bulbs, and the service life is 10 times longer than that of traditional halogen bulbs.

Power saving1 2, halogen lamps consume more than 60W of electricity, xenon lamps only need 35W of power. Since xenon lamps do not have filaments, they do not have the problem of being scrapped due to broken filaments and have a much longer service life than halogen lamps, which are equivalent to the entire operating time of the average life of a car.

The input power of the xenon lamp is greater than the output power, so the input current of the xenon lamp is higher than that of the ordinary halogen lamp under the premise of the same output power. Moreover, xenon lamps also have a problem of electromagnetic compatibility, and if they do not have electromagnetic compatibility certification, they are harmful to vehicles.

It doesn't take electricity, the generator will charge.

The brightness of the hernia lamp is high, the road is relatively bright, the rain and fog weather is not good, unless it is the kind of ** eye, the effect of 1500, 300 yuan or less is general, the LED opposite looks bright, the penetration is strong, including the rain and fog weather, but it does not shine on the road, see how you want to use, the light is the best, don't be too cheap [the car has a problem, ask the car master. 4S shop professional technician, 10 minutes to solve. 】

Hello. LEDs are good. Longer life. More energy-efficient [If you have a problem with the car, ask the car master. 4S shop professional technician, 10 minutes to solve. 】

The xenon lamp starts slowly, although the LED is bright but the heat dissipation is not good, it is better to install the xenon lamp [If the car has a problem, ask the car master. 4S shop professional technician, 10 minutes to solve. 】

LED headlamp is just emerging in recent years The brightness is still good, relatively speaking, its failure rate is relatively low, and the cost is not high, but the cost of the hernia lamp is relatively high, and the brightness is still quite good. 4S shop professional technician, 10 minutes to solve. 】

Hello, I suggest xenon headlights, thank you for your support to the car master, I wish you a happy life [If you have a problem with the car, ask the car master. 4S shop professional technician, 10 minutes to solve. 】

Hello, hernia light [car has a problem, ask the car master. 4S shop professional technician, 10 minutes to solve. 】

LED is not bad [If you have a problem with the car, ask the car master. 4S shop professional technician, 10 minutes to solve. 】

Xenon headlights are good, loaded with 4300k. [If you have a problem with the car, ask the car master.] 4S shop professional technician, 10 minutes to solve. 】

In modern society, LED lights are better.

Xenon headlights are brighter than LEDs, so it is recommended that xenon [cars have problems, ask car masters. 4S shop professional technician, 10 minutes to solve. 】

Hello, under the use of LED lamps and xenon headlights of the same power, the LED luminous efficiency is higher, although its ability to withstand high temperatures is slightly weaker, and the light gathering effect is slightly worse than that of xenon headlights. The advantages of LEDs themselves being more energy-efficient are indeed beyond doubt. Energy saving and environmental protection are the characteristics of LED lights.

The first is a xenon lamp, not a hernia lamp.

Xenon lamp (xenon lamp) refers to a high-pressure and high-intensity discharge lamp filled with a mixture of xenon lazy tung panicle touching gas, without halogen lamp filament. Referred to as HID xenon lamp, it can be called metal halide lamp or xenon lamp, and can be divided into automotive xenon lamp and outdoor xenon lamp.

Halogen bulb (English: halogenlamp, referred to as halogen lamp), also known as tungsten halogen bulb and quartz bulb, is a variant of incandescent lamp.

The principle is to inject a halogen gas such as iodine or bromine into the bulb. At high temperatures, the sublimated tungsten filament reacts with the halogen, and the tungsten re-solidifies on the tungsten filament after cooling, forming an equilibrium cycle to avoid premature fracture of the tungsten filament. As a result, halogen bulbs last longer than incandescent bulbs.

Difference Between Halogen and Xenon:

1.Grade: Xenon lamp is the mainstream configuration of mid-to-high-end cars, and it is one of the configurations that highlights the grade in the eyes of most people.

2.Brightness: Xenon lamps are 3 times brighter than halogen lamps. Xenon lamps can produce 3200 lumens, while halogen lamps only have 1000 lumens.

3.Energy saving: Xenon lamps are more energy efficient than halogen lamps.

4.Lifespan: Xenon lamps have 6 times longer life than halogen lamps.

5.Safety: Xenon lamp has a good vision of driving at night, and Da Clan improves the safety of night driving, which can greatly improve the front lighting.

But for those drivers coming in the opposite direction, the xenon lights are "extremely glaring" with the high beams on. In addition, xenon lamps are relatively slow to start, generally taking about two seconds. Halogen lights turn on faster.

Millions of car purchase subsidies.

1. Compared with LED headlights, xenon headlights have the disadvantage of power consumption, and they need to achieve a certain temperature to fully achieve the lighting effect, while good xenon headlights are brighter and easy to dazzle when illuminated. LED headlights are installed in the front of the car, which is more energy-saving and belongs to a beautiful and compact type of car lamp. Therefore, there must be a difference between LED headlights and xenon headlights in terms of light source and lighting.

2. The definitions are different.

LED belongs to an energy-saving light source, the headlight is the lamp in front of the car, which means in combination that the light source used in the lamp in front of the car is the LED energy-saving light source, which is applied to the device of the lamp in front of the car. Most of the headlights used in cars today are LED light sources.

Xenon headlights are a lighting system for automotive lamps. Xenon headlights belong to a kind of heavy metal lamps, through the anti-ultraviolet glass shell, filled with a variety of chemical gases, and then through the supercharger to increase the triggered voltage, to achieve the role of car power protection, and make the luminous stability of the lamp, improve the efficiency of use, this is the so-called xenon headlights.

3. Different limitations.

Because of its physical reasons, if the xenon headlights are used at night, the penetration of the light is not very strong, and it is easy to be dangerous, and it takes three seconds to reach the full brightness, so according to China's regulations, the use of xenon headlights is prohibited, but it can be applied to the low beam of the car.

Definitely led. Energy efficient and environmentally friendly, but not necessarily durable. Unless you buy a good LED light.

On the whole, LED lights have more advantages. Here's why:

1. The energy consumption is only 1 20 of the halogen headlights.

2. Strong penetration, able to maintain high recognition in fog.

3. The service life is more than 100 times that of xenon headlights. Basically, your car is scrapped and the LED headlights are still working properly.

4. It can be turned on in an instant, and there is no need to wait for a while to turn on like a xenon headlight.

5. LED is a monomer structure, small in size, and can have more transformation forms in the design of automobile styling. The result of the xenon headlight is special, and the headlight will automatically go out when it encounters a fault, which is also a more troublesome problem.

What are LED Lights?

LED (Light Emitting Diode) is a solid-state semiconductor device that can convert electrical energy into visible light, which can directly convert electricity into light. The heart of the LED is a semiconductor wafer, one end of the wafer is attached to a stent cavity spike, one end is the negative ruler Yuanye, and the other end is connected to the positive electrode of the power supply, so that the whole wafer is encapsulated by epoxy resin.

A semiconductor wafer is made up of two parts, one is a p-type semiconductor, in which holes dominate, and the other end is an n-type semiconductor, which is mainly electrons here. But when these two semiconductors are connected, a p-n junction is formed between them.

When the current is applied to the wafer through the wire, the electrons will be pushed to the p-region, where the electrons will recombine with the holes, and then the energy will be emitted in the form of lingling photons, which is the principle of LED light emitting. The wavelength of light, which is the color of light, is determined by the material that forms the p-n junction.