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No more florescent and halogen bulbs soon. If you're doing Reno, install LED, otherwise next time waste money to retrofit all your lights in your home

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Amendment to the RoHS Directive - everything you need to know​

In spring 2022, the EU Commission has revised the RoHS Directive. This defines, among other things, the handling of mercury-containing lamps.

Find out everything about the new changes and how you can deal with the fluorescent lamp ban in the future.
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RoHS Directive - the changes at a glance​

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RoHS Directive - what it's all about​

RoHS stands for "Restriction of the use of Hazardous Substances". Specifically, it refers to the use of mercury in lamps. Mercury is considered a hazardous substance and its use in electrical or electronic equipment is prohibited. Until now, there were exemptions for T5 and T8 fluorescent lamps, compact fluorescent lamps and special purpose lamps. However, earlier this year, these exemptions, defined in Annex III, were amended. Accordingly, the production of many fluorescent lamps will be banned. Only for HPD lamps and special purpose lamps may be produced for another 3-5 years.
In addition, the ban refers to production of corresponding lamps. The use and also the sale or purchase of stock products are still allowed. The RoHS directives only provide for a so-called "phasing out" of non-sustainable light sources.

RoHS Directive - the changes in detail​

It was already decided that the placing on the market of the T8 fluorescent lamp will be banned from September 2023. The amendments to the RoHS directives from last spring put the end of the fluorescent tube a few days earlier: from August 25, 2023, T8 lamps will be phased out together with T5 fluorescent lamps.
It will also hit compact fluorescent lamps with plug-in bases as early as February 25. An extension of the exemptions to 3-5 years is planned for HPD lamps and special purpose lamps (such as for UV-C disinfection with lamps).

What are the consequences of the fluorescent lamp ban?​

The planet is not the only one to benefit from the fluorescent lamp ban. You, as a consumer, will also achieve some benefits. The gradual bans on inefficient light sources will lead to increased production of energy-efficient solutions. These ultimately help to significantly reduce energy costs in the home. However, the changeover will not only have positive consequences. Consumers who use the soon to be banned halogen or fluorescent lamps will eventually need new light sources. Although fluorescent lamps may continue to be sold from stock, this supply is limited. There is no longer a supply from the manufacturer and so fluorescent lamps are gradually being withdrawn from circulation. Private consumers therefore have only two options:

1. retrofitting to modern, more efficient light sources
2. to build up stocks of appropriate light sources

The situation in industrial companies is also likely to worsen. This is because around 40 percent of all companies currently still use T8 fluorescent lamps. Accordingly, these companies will also be affected if a ban is imposed on fluorescent lamps. They will have to change over the equipment of the lamps in the operating facilities accordingly in good time.

Another point is the price increase when the time of the final ban comes in 2023: the short-term change of lighting could cost you dearly. Manufacturers of forward-looking LEDs know that no other choice will be possible after September 2023. Accordingly, the prices for the LED lamps and LED tubes could rise in the short term before the following demand will ultimately ensure falling prices again.

What serves as a replacement?​

The focus for alternative light sources is currently on LEDs. This is because the LED offers decisive advantages compared to fluorescent lamps.
Accordingly, it consumes very little energy compared to other light sources. For example, up to 80 percent of the energy previously consumed by incandescent lamps can be saved. The reason for this lies in the semiconductor of the light-emitting diode. This emits the light more clearly and brightly, but at the same time requires less energy. LEDs also do not contain any harmful chemicals (such as mercury in energy-saving lamps). This makes them much more environmentally friendly than other means.

The higher purchase costs of LED illuminants compared to conventional lamps may seem daunting at first.

However, the combination of a significantly longer service life and improved efficiency means that LED lighting pays for itself after just a few years, depending on the application.
Last but not least, LEDs are available in different light intensities. This enables better adaptation to individual requirements - sensors allow these energy-saving light sources to be controlled. In this way, the light intensity in suitable lamps can be regulated according to your wishes. In addition, there are the different color temperatures. An LED in warm white, cold white or even in bright colors shine. This makes their use for several occasions conceivable.

Advantages of LED light at a glance:

  • long service life
  • high energy efficiency
  • flexibility with regard to light color
  • excellent photometric values

Plan and prepare
early​

As individual light sources are gradually banned, early planning is essential. It is worthwhile, both in terms of price and electricity costs, to switch to energy-efficient light sources at an early stage. Private consumers as well as businesses can avoid rising costs by preparing the switch in good time.

The general rule in both private and commercial sectors is that those who plan and implement the switch to more energy-efficient alternatives now will save more energy and therefore money in the long term.

What happens to the old fluorescent lamps?​

The disposal of fluorescent tubes is a little more complicated than that of the good old incandescent bulb with tungsten filament. Fluorescent tubes and energy-saving lamps are considered hazardous waste due to their composition. As a result, it is forbidden to simply dispose of them in the household waste or the bottle bank. Instead, they can be handed in to the municipal waste disposal company. Retailers also accept used lamps for environmentally friendly disposal.

 

laksaboy

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RoHS stands for "Restriction of the use of Hazardous Substances". Specifically, it refers to the use of mercury in lamps. Mercury is considered a hazardous substance and its use in electrical or electronic equipment is prohibited.

How about thermometers? I had great fun with a clinical thermometer back when I was a kid. Watching the mercury liquid go up and down the glass tube with changing temperatures. :biggrin:
 

tobelightlight

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led lights are a danger to the eyes. I never use led light in my home at all. i will still be using normal fluorescent no matter what. i care for my eyes.
 

tobelightlight

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LED blue light wavelengths linked to cancer, cardiovascular disease and impaired vision​

https://naturalnews.com/055482_LED_lights_cancer_health_effects.html

) Could LED lights be hazardous to your health? Well, it certainly seems like they might be. The American Medical Association (AMA) has just issued a warning that high-intensity LED streetlights emit blue light – which cannot be seen. Blue light is known for disrupting sleeping patterns, and can possibly increase the risks of a number of serious health conditions, including cancer and cardiovascular disease.

These concerns about the potential health risks of LED lights are not unfamiliar; similar questions have been raised over the last few years. But, the AMA's report provides much needed support to these claims. Their findings may even inspire cities and states to reevaluate the intensity of the light-emitting diodes they install, especially following the AMA's discovery that bright LED lights can actually impair nighttime vision for some drivers.

A report prepared by the Department of Energy last year revealed that almost 13 percent of streetlights and other roadway lighting relied on LEDs. However, many communities that have not changed over to LED lights plan on doing so, thanks to their superb energy efficiency. Light-emitting diodes are up to 50 percent more energy efficient than the standard high-pressure sodium lights they so often replace. LEDs also boast a substantially longer lifespan, lasting 15 to 20 years on average. Their predecessors, with their iconic yellow-orange glow, typically only last for a maximum of five years. Sodium lights are also not capable of dispersing light as evenly or efficiently as their new competitor.

Unsurprisingly, many cities are insistent that the health concerns associated with high-intensity LEDs are not strong enough to overshadow the benefits of these lights. There is money to be saved, so why worry about the consequences, right?

Among the cities that have put the first-generation bright LED lights to use in the last three to eight years is New York. While they too agree that the benefits far outweigh any currently perceived health risks, officials have responded to resident complaints by providing a lower-intensity replacement for the high-intensity LED bulbs.

In Washington state, Scott Thomsen, a spokesman for Seattle City Lights has dismissed the concerns over the risks of these "high-intensity" bulbs entirely. Thomsen claims that the LEDs emit a smaller amount of the problematic blue light than most televisions and computers. Of course, a key flaw with that argument is that those devices can actually be turned off, whereas people cannot simply turn off a streetlight that is keeping them awake at night.

Regardless, the advent of outdoor LEDs has led to a surge in their popularity. The federal government itself urged states to implement them as an energy efficient solution. Critics believe that the federal government provided their endorsement far too quickly and should have waited for more testing to be done. Certainly, if past actions are any indication, it would seem that our nation's government agencies do tend to act too quickly when it comes to harmful products, and not quickly enough on things that may actually be good for us.

Michael Siminovitch, director of the California Lighting Technology Center at the University of California at Davis, told The Blade that the Department of Energy and the Environmental Protection Agency put concerted effort into getting states interested in LEDs. He also commented that the light from these high-intensity diodes "really negatively impacts people's physiological well-being. "Mr. Siminovitch went on to say that, "As a species, we weren't designed to see light at night."

Because of this, the blue light from high-intensity LEDs may interfere with melatonin production. Melatonin is key to the balance of our sleep-wake cycles. The AMA made note of this in their warning, citing numerous studies that have linked bright light to reduced sleep, poor sleep quality and impaired function during waking hours. The warning also noted several studies which indicated that cancer, diabetes, cardiovascular disease and obesity risks could be increased by exposure to high-intensity light at night.

The AMA is urging cities to use a maximum light temperature (frequency) of 3,000K, instead of the 4,000K and 5,000K LED lights that were initially made available.

Sources:

ToledoBlade.com
 

tobelightlight

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Unsurprisingly, many cities are insistent that the health concerns associated with high-intensity LEDs are not strong enough to overshadow the benefits of these lights. There is money to be saved, so why worry about the consequences, right?

This is how IQ108 forms conclusion in things and make decision and then screwed themselves up. Yes, i am referring to the 97% vaccinated IQ108.
 

GOD IS MY DOG

Alfrescian (Inf)
Asset
led lights are a danger to the eyes. I never use led light in my home at all. i will still be using normal fluorescent no matter what. i care for my eyes.


yes...........i read in the news over 10 years ago................museums in Europe switch BACK to fluorescent lights..............becoz LEDs lights were fading the colour of paintings on display
 
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