The evolution of new technologies in recent years has also marked profound changes in the lighting sector. From systems to control luminaires to energy-efficient bulbs, all have been adding to sustainability, and for that, switching from traditional bulbs to LEDs has been crucial.
Although LED bulbs are already the main type of bulb used around the world, there are still spaces where the change is still taking place, and to do it correctly it is necessary to explain how the w equivalence between traditional and LED bulbs works.
So, today we explain the w equivalence between one bulb and another, so you can understand why it is a very positive change and how it can benefit you.
Traditional vs. LED bulbs
From incandescent to halogen, from there to fluorescent and finally to LED bulbs. Surely you have also been changing from one to the other until you have lost a little bit the thread about their consumption and the equivalence of w in LED.
Let's bust a myth: the equivalence of w between LED and traditional bulbs is NOT real. In the past, bulbs were purchased with a certain wattage. Nowadays, when we buy a LED bulb, we must think in w, but of consumption. These w do not indicate the light that the bulb is giving us, but its consumption (to know the light that gives us a bulb would have to look at the lumens of the same).
And the change is important, but to understand it is necessary not only to compare the energy consumption of each bulb, but also its characteristics and functionality.
While some bulbs such as incandescent bulbs provide a yellow light that gives heat, do not provide enough light and involve a worryingly high energy expenditure, LED bulbs have positioned themselves as the best option for several reasons:
With them it is possible to get the same quantity and quality of light for a much lower energy consumption than any other.
- They do not heat up.
- Their durability is much greater.
- They reach 100% of their performance as soon as they are switched on.
In short, LED bulbs can even surpass in light quality to other bulbs while the power in Watts they need is infinitely lower.
Therefore, when choosing new bulbs, it is important to take into account the equivalence of w in LED, since to obtain the same light as with a traditional 80 W bulb, we will not need an LED with the same power, but one with only 9 W will be enough to get the same quantity and quality of light.
This translates directly into lower energy costs, so you will be getting better results for less money.
Table of equivalences W of traditional bulb to LED
