LED Light Bulbs: Do LEDs Generate Heat?
Unlike traditional lightbulbs, that tend to emit large amounts of heat, LEDs have thermal components that not only make them more energy-efficient, but safer as well.
When a light bulb is electrically charged, it generally emits a certain amount of heat. Traditional bulbs tend to emit a higher amount of heat than the average LED light bulb. Innovators of LED technology understand this occurrence, and have come up with a solution to high heat emissions. They are called fins!
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What are Fins?
Fins are basically the outer shell of the LED lightbulb that allows for heat to be dispersed from the bulb. Incandescent lightbulbs don’t have this feature, therefore causing most of the heat that is generated to remain inside the lightbulb. Not only do LED lightbulbs generate less heat than traditional lightbulbs, they use less power as well.
Did you know that...
Any product when electrically charged, will generate a certain amount of heat. However, innovators of LED technology have incorporated heat dispersion techniques to reduce those heat emissions. They are called fins.
What are Fins?
Fins are an outer shell, usually made of aluminum or ceramic, that allow for heat dispersion. Manufacturers often use a high number of thin fins to address the need for heat dispersion.
How much heat is generated?
Did you know that about 90% of the energy from incandescent lights bulbs is wasted as heat. Not only does LED light bulbs generate less heat, but they use less power to do so.
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The qualities of LED bulbs make them far superior to traditional lighting. Read to discover the ways in which LED lights prove superior in each of these categories and why you should switch to LED lighting.
If you want to replace your traditional bulbs with a more efficient option, you've come to the right place. Read our guide to learn the difference between each type of bulb and the advantages LED bulbs have over the other types.
Unlike traditional bulbs, LED bulbs emit light from a semi-conductor. A semi-conductor uses three layers to move around protons and electrons, which activates them and they emit light.
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