HID vs Halogen vs LED
- Amount of power consumed by different bulb types
- Temperature differences between HID, halogen & LED bulb
- What is hotter: HID, LED or halogen bulb?
- Operating temperatures of different bulbs
- Test result comparison
- Here is the schematic explanation
- Bulbs: Explanation and technical characteristics
- Environmental light in the experiment
- Comparison of brightness of HID, halogen and LED bulb
- What is brighter: Halogen bulbs, LED or HID
Today we’re going to do a comparison of 3 bulbs: halogen, HID and LED. First we will compare the amount of power consumed by each bulb. As you can see, the voltmeter is showing the bulb is consuming 56.7 watts of power. Next we’re going to do the HID bulb. Pay attention, that with the HID bulb, the power peaks when turned on, then drops down and stabilizes. The HID takes up 41.9 watts. Now, let’s check the LED bulb. The power consumed by this bulb is about 32 watts.
Amount of power consumed by different bulb types
Temperature differences between HID, halogen & LED bulb
Next, we’re going to leave all three lights on and let them stay on for about 10 minutes and then we’re going to come back and check the temperature of each bulb. In a little over 10 minutes we’re measuring the temperatures.
- First goes the halogen bulb. If you look closely you can see the red dot from the meter on the bulb. The temperature goes over 200 degrees and then even all the way up to 400 degrees on the hottest points.
- Let’s now move to the HID bulb. On the hottest spot we see readings over 500.
- Lastly we’re doing the LED bulb. The hottest spot we can find on the LED bulb is just over 150 degrees. That’s the temperature measurement for all three bulbs.
What is hotter: HID, LED or halogen bulb?
|Name||Temperature (hottest points)|
|Halogen bulb||200-400 F|
|HID bulb||500 F|
|LED bulb||150 F|
Operating temperatures of different bulbs
Test result comparison
Here is the schematic explanation
Next, we’re comparing the brightness and color temperature of the three bulb types against a wall. See details about color temperature for the headlight bulbs. We’ll be able to see the beam pattern and check the lumens on the wall. First, let’s see how this comparison worked out.
- There are lines on the wall.
- There are a total of four lines.
- This is the vertical center to the vehicle.
- These two lines are the two headlights.
- The horizontal line here is the height for the headlight bulb.
- The distance here is 53 ¼ between the two headlights.
- The next measurement is the height of the headlight from the ground, which is 28.5 inches.
- Our meter is set to a height of 20.5 inches.
- The center of the headlight is measured at 28.5 inches.
- The front of the vehicle is 25 ft away from the wall.
Also, you can see where the car and the camera are positioned in the warehouse. We chose this location for the camera, so you can see the car’s light beam pattern on the wall.
Bulbs: Explanation and technical characteristics
The light will be obstructed by three bulbs:
- The halogen bulb. The color temperature is 3080 K, and 255 Lux (the Lux is how bright the light is).
- The HID bulb. The color temperature is 8732 K and the Lux is 191.
- Lastly, the LED bulb is coming. The color temperature is 7660 K and brightness is 338 Lux.
Environmental light in the experiment
Before we go further, let me show you the readings for the environmental light in this area. This is where we will be testing our lights. The color temperature of the light in this environment is 1891 Kelvin, with the brightness of 5.4 Lux.
Comparison of brightness of HID, halogen and LED bulb
- First we’ll start with the H11 halogen bulb, so right now we have the meter testing, that will show how far we are from the car. We’re approximately 7 feet 3 inches from the car. This is the nearest distance an average driver can see before their view is obstructed by the vehicle. The color temperature of the halogen bulb is 3069 Kelvin and the brightness is 176 Lux.
- Next is the HID kit. The color temperature here is a 1174 Kelvin and the brightness is 227 Lux.
- Lastly, we’re going to test the LED bulb. The reading right now is at 6746 Kelvin and the brightness is 420 Lux. The measurements were all taken from 7 feet 3 inches away from the car.
Next, we’re going to move back a little further (roughly 33 feet). Let’s see, what has changed for the 3 bulbs we’ve got.
- First, we’re going to start with this H11 halogen bulb. The halogen bulbs measure up at a color temperature of 3123 Kelvin and a brightness of 112 Lux.
- Now we’re going to do the HID bulbs. They are reading at 8930 Kelvin for the color temperature and a brightness of 295 Lux.
- Lastly, we’re going to test the LED. The reading for the LED bulb is 7428 Kelvin for the color temperature and 215 Lux for the brightness.
Now we’re going to move back even further and see what results we can get being 71 feet away.
- Let’s start with the halogen bulbs. They’re coming in at 3142 K and 40.3 Lux. That’s the reading for the halogen bulb at 71 feet.
- Now we’re going to do the HID bulbs. They read 8267 Kelvin and 20.8 Lux.
- Last is the LED, and that’s measuring up at 7249 K and 70.3 Lux for brightness. That’s the measurement for all three bulbs with a distance over seven eight feet.
What is brighter: Halogen bulbs, LED or HID
|Name||Brightness (Lux)||Color temperature (K)|
|1. The beginning|
|2. Distance: 7 feet 3 inches|
|3. Distance: 33 ft|
|4. Distance: 71 ft|
So, that is the experiment we have conducted to see, how HID, halogen and LED bulbs work closer and farther. Below is the table that will better show the differences in brightness and color output. Now, as long as you have all the information, you will be able to decide for yourself.
Automotive Lights & Lighting Accessories
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Steven is a certified mechanic and technical writer at Halo Headlights. Steven is excited about fast cars, loud music and car mods. On yearly basis he visits SEMA, as well as other car shows. He has installed thousands of HID and LED kits and did hundreds of custom headlight retrofit projects. Now, he is ready to share his experience with Halo-Headlights.com readers.