The differences between LED worklights and halogen worklights
Since September 1, 2018, high-voltage halogen work lamps no longer meet the requirements set by the European Union for the use of lighting and the consumption of energy. Whereas halogen work lamps often have a C or D energy label, the European Union states that the lamps must have at least a B label. A good alternative to halogen lighting is LED lighting.
Despite the fact that this measure does not yet apply to low-voltage halogen lamps and the fact that halogen worklights are still available in many places, we still recommend that you make the switch to LED worklights. There are more differences between the two types of worklights than just their energy consumption. These differences will be further explained below.
1. Energy consumption
As briefly introduced above, there is a lot of difference in the energy consumption of a halogen worklight and a LED worklight. The major advantage of LED work lights over halogen work lights is the reduced energy consumption. According to the NOS, a halogen worklight consumes 75% more energy than an LED worklight. In addition, traditional lighting also causes more CO2 emissions. In addition to energy consumption, halogen worklights also emit a lot of heat. This is because the lamp converts about 30% of the power consumption into light.
The use of traditional lighting leads to increased CO2 emissions. According to Milieu Centraal, LED lamps use 75% less electricity than halogen lamps and 85% less than incandescent lamps. - – NOS
Besides the difference in energy consumption, it is good to make the comparison between the different light colors. The LED worklight produces a light color that can be compared to the general color of daylight. In contrast, the halogen worklight emits a dark, warm light color. Practice has shown that this warm color works less efficiently.
Due to the warm light color emitted by halogen work lights, the human eyes get tired faster. This is a lot less with LED lighting, as the light color of LED work lights is very similar to daylight. To prevent accidents, we therefore strongly recommend companies to use LED work lights. This will improve safety on the road.
The lifespan of LED worklights as opposed to halogen worklights is enormous. Where a halogen lamp lasts about 500 hours (12.5 working weeks), the LEDs from a good LED worklight can last up to 50,000 hours. In some cases this is even longer than the machine on which the LED worklight is mounted.
Besides the fact that these developments in the field of LED lighting make a good contribution to the world of tomorrow, this development also ensures a reduction in costs. When the standard halogen worklight has reached its number of hours, it must be replaced. There are costs associated with this. In addition to the new lamps that must be ordered, there are also costs associated with replacing the lighting. With the advent of LED worklights, these are completely history.
4. Difference in form
Because the bulbs used in the LED work lights are smaller than halogen bulbs, the smaller in size LED work lights also have a good light output. In addition, the reduction in size of the bulbs ensures that the LED lamps have a higher light density.
Despite the light density of LED worklights, the light distribution of an LED worklight is many degrees better than a halogen worklight. When using a halogen worklight, you will notice that the "wick" of the light is well lit, but around the "wick" the light spread will quickly diminish.
5. Difference in price between LED work lights and halogen work lights
When we compare the purchase price of the two types of bulbs, the LED bulb costs the most. However, it also delivers by far the most value. Thus, when you use LED work lights, you save on power consumption, mounting the lights and also contribute to a better world tomorrow.
As described above, an LED worklight saves 75% of its power compared to a halogen worklight. In the longer term, this investment will therefore often pay for itself. This is also partly due to the number of burning hours.
The example above clearly shows the difference in price between the different work lights. In the example we have compared the TRALERT® LED worklight TRSW12276R with the Hella Ultra Beam worklight.
In the example, we assumed 500 hours of operation for a Halogen worklight and 50,000 hours for an LED worklight. As can be seen from the above graph, the LED worklight is more expensive than the halogen worklight. However, the LED worklight earns itself back over time compared to the halogen worklight.
After about 2200 hours of operation, the LED worklight is cheaper compared to the Halogen worklight. In the example we have not taken into account the replacement of the halogen H3 lamp. This means that the LED lamp in reality pays for itself earlier than the estimated 2200 hours.
Do you have a specific question about the differences between work lights?
Do you have specific questions about the differences of the different types of work lights? Then feel free to contact our technical service. They are available to you daily to provide you with the right answers.