Questions and discussions about managing your energy usage and saving money
Many consumers might not think about the kinds of lights they use, but understanding the different types available can, quite literally, change the way people see the world. More than that, knowledge of lighting technology can save home and business owners thousands of dollars a year.
Two of the most common types of lamps are traditional incandescent lamps, which emit light as a side effect of heat, and LED lights, which give off light as a result of electric currents running through certain materials. They may seem similar, but there are several key ways the two differ.
Construction
Costs
Performance
Major Takeaways
An incandescent lamp works well for those who need bright light from fewer sources that accurately recreates sunlight. However, LED lamps vastly outperform them in terms of associated costs, lifespan, and durability.
Cheers for the detailed contribution @writingjackie!
My major issue with LED lights is the low CRI - the accuracy of colour reproduction of halogen spots is hard to beat, especially if you are illuminating art work. I also feel that the colour temperature even of "warm" LED lights doen't come near that of halogen lamps. In my cozy reading corner I still indulge in relaxing halogen light as a treat and without feeling guilty as most of my electricity is produced by solar panels 8-)
There is also a health effect - blue rich LED lights late at night are bad for your health as it resets the body clock. Health conscious people should avoid blue screen or white lights after dark. Turn to warm light and dim at least an hour before sleep. Some mobile phones also have the "warm" light option that can be turned on and off either by timer or sunris/sunset settings.
I agree - this is especially true for situations where the LED bulb is contained in a lamp with little or no ventilation. 240V LED's need to convert voltage and produce some heat which can accumulate and raise the ambient temperature above the specs. This may cause premature failure.
@quarkpower wrote:I agree - this is especially true for situations where the LED bulb is contained in a lamp with little or no ventilation. 240V LED's need to convert voltage and produce some heat which can accumulate and raise the ambient temperature above the specs. This may cause premature failure.
This was meant as a reply to Talan2's comment