Europe To Ban Halogen Lightbulbs (theguardian.com)
After nearly 60 years of brightening homes and streets, halogen lightbulbs will finally be banned across Europe on 1 September. From a report: The lights will dim gradually for halogen. Remaining stocks may still be sold, and capsules, linear and low voltage incandescents used in oven lights will be exempted. But a continent-wide switchover to light-emitting diodes (LEDs) is underway that will slash emissions and energy bills, according to industry, campaigners and experts. LEDs consume one-fifth of the energy of halogen bulbs and their phase-out will prevent more than 15m tonnes of carbon emissions a year, an amount equal to Portugal's annual electricity usage. Philips, the lighting manufacturer estimates consumer savings of up to 112 pound ($144) a year from the switchover because LEDs last much longer than halogens and use far less power.
"UNFAIR! European socialists ban pseudo-conservative light bulbs in favor of longer lasting, more efficient alt-light? Get my tiki torch, I'm upset!"
How convenient!
nt
This never happened under Obama"s administration. Freedom of choice is being stripped away one light at a time under Trump's "leadership".
Excellent news!
Soon their more efficient, less expensive countries will be able to outcompete the inefficient places that have not moved to low cost green energy and low cost LEDs.
The south can continue to use Kerosene and Whale Oil, of course.
-- Tigger warning: This post may contain tiggers! --
Which LED bulbs last longer than fluorescent bulbs ?
I like the light that Halogen bulbs give off, but they also emit lots of far-ultraviolet radiation and can cause cancer without a UV cover. A friend of mine got cancer of the hand after many years of exposure doing intricate desk work.
The sooner we can get rid of Halogen the better.
I am not interested in articles about life extension advancements.
This won't save any electricity. This will give people an incentive to just produce more light in and around their homes and businesses.
Humans rarely use new cost saving technology to save money. They use it to produce more of something that felt restricted by the old technology.
Sorry but everyone time I hear that my energy bill will go down due to increases in efficiency just means they increase the rate. I'm all for newer, more efficient technologies but don't try and sell it like I'll spend less money on electricity.
I realize this is taking place in Europe, so perhaps their utilities are socialized and those utility services aren't by for-profits. I do know people work there and none of them will be likely to see a pay cut due to less energy being used, but the company will definitely have lower revenue.
Here in the states, every time we are told to save save save and we do it, the bill rates always get jacked up because the utilities start going broke when we become more mindful of our energy usage. Nothing worse as a consumer to use less of something, possibly at an inconvenience to oneself, and get charged as much or more when it's a metered service.
At the same time, the local energy company does need to make money otherwise the workers get laid off and the plant may close and electricity will definitely go up in price at that point due to there being less generated.
Still, no one is going to save money but it's great we are using less energy and leaving a smaller carbon footprint.
I suspect halogens will also still be allowed in "hard use" instances, like the lights very high up on towers in harsh weather.
Just coincidentally, I'm in the process of switching from those damned CFLs to LEDs. I say "damned" because although they initially met the promise of long life [1], later "value engineered" bulbs didn't last any longer, in my experience, than the incandescents they replaced. I'm really hoping LEDs don't fall to the same process -- value engineered to a pale shadow of their original glory.
I always felt that CFLs were a stopgap solution until we found a practical low power light bulb. It appears that LED is that solution, but it may be too early to tell.
[1]. It so happens, of the four original CFLs I bought in the 1990's, the last one -- the back porch light, stopped working last night. And will be replaced with an LED. During that time, I've had many many CFLs fail, some in the space of only a few months. In quantity, they really weren't manufactured very well.
Oliver's law of assumed responsibility: If you're seen fixing it, you will be blamed for breaking it.
with incandescents — the ive found the colour spectrum left me with the 'blues' — it was only when halogens came on the scene, that i felt that we finally had a bulb that got us closer to a natural sunshine daylight full spectrum bulb. then came compact flourescents —those toxic (mercury) abonitations made poor lighting quality manditory. thank god LEDs came in just in time to forstall the takeover of the CFLs.
consumers should be given a choice — halogen bulbs still have the best colour spectrum imo.
why should we be banned from having good colour quality bulbs!? tax them, or whatever if the
reason is because of the energy efficiency — but it is not because the quality of the lighting is better.
I've yet to see a CFL or LED bulb that lasts as long as incandescent bulbs in the US. I've used several brands and wattage's. What's most frustrating about the new LEDs is they're all advertised as '10 year bulbs' but have a 1 year warranty, then die in 9 months. The higher cost per bulb is simply not worth the savings in my electric bill, especially with constantly rising rates.
I live in "backwards" Alabama and I changed over to LED lights a while back. Even my flashlights are LEDs. Most of my friends and family have switched, too. The only incandescent bulbs in my house are in the oven and refrigerator (they'll probably outlast me). Welcome to the 21st Century, Europe!
Not because incandescent bulbs are being phased out but because it does not solve any problems. Just like incandescent bulbs have always been manufactured to be intentionally limited so will LED lights. Waste will not be cut by any meaningful measurement. Sure power will be lower, but the mfg's never had to worry about that issue anyways.
I have had several LED lights fail within just a fraction of their lifespans, and by different MFG's as well. What is even worse is that LED's are not the only things that can fail. The power supply components on these bulbs that get hot fail often as well, ensuring that the entire bulb is now worthless.
There is more than one way to sucker an ignorant group of politicians.
I can't wait for the light bulb black market to come around. Mostly because I want there to be funny mob stories based around getting those sweet, sweet halogens.
What are the long term health effects of LED light exposure? Why are bureaucrats dictating what light bulbs can be used?
"Tempers are wearing thin. Let's just hope some robot doesn't kill everybody." --Bender
I have a free-standing halogen lamp. It's wonderfully bright but I rarely use it because it gives off a tremendous amount of heat and I do worry about its excessive power usage. But let me tell you, if ever there's a fly buzzing about the room that I can't catch or otherwise shoo out of the house, I turn on the light and let the little f#@&*r fry. The smell of roasting bug that inevitably wafts through the room ten minutes after I turn the lamp on after being annoyed for an hour by the victim's buzzing is extremely satisfying.
It's the only reason I keep the damn lamp, quite honestly.
Last year, I boughtf four LED bulbs at Home Depot. Not naming names, but the LED light company was one of the first developers of white LEDs in the US. All failed within six months. Sure, they sent replacements when I sent the failed ones back; but, that's not how things should be. The LEDs last many years, but the cheap electronics used to drive them is the problem.
... we can count on our stupid Republican congress to vote against any such ban because FREEEEDOOOOOM!!!
I have tried the LED substitutes for halogens, I forget the package, it's small, and they don't work well, and they cost a lot more.
But they are cheap, and easy to stockpile. I have a few cases of Edison bulbs too. I use LEDs when they work well but the tech isn't all there yet.
I quite like my halogen bulbs. Thanks for the warning so I can get a few crates. Flickering LEDs and horrible white CFLs that take an age to light just don't cut it..
Nuland said "Fuck the EU" - in secret - That's worse than Trump fellating Putin on Television in Helsinki? https://www.theguardian.com/us-news/2018/jul/17/putins-poodle-newspapers-declare-trump-a-traitor-after-helsinki-summit
You really think so, treasonous faggot apologist? BTW I never voted for ANY Clinton, so there's that. I wrote in Bernie - the sole NON TRAITOR on the ticket for sure. You can run along and blow Putin now bitch. Your boss is calling
Want to play more guardian quoting we can, bitch, but you lost this round whether your punk traitor ass can admit it or not.
... to get the 3D CAD files and make your own bulbs!
It little behooves the best of us to comment on the rest of us.
I wonder what the net energy savings actually is, since people simply now leave the lights on all the time.
I stocked up on hundreds of incandescent bulbs in the US before the ban went into effect. The black-body light is superior, full stop. No peaky semiconductor emission frequencies shining through the phosphor, leaving some colors dim. They also make my my eyes hurt if I happen to look at them directly.
I do mix incandescent with fluorescent at my workbench, for things like reading resistor color codes.
My efficiency plan is to turn them off when not in use.
Like in the USA, where they "banned" incandescent bulbs, but then stripped out money for enforcement of the ban.
If LEDs are so wonderful, why not let the people decide what bulbs to buy?
If people want efficiency, long life, power savings, they will buy them of their own free will.
Why mandate and force people to buy certain products.
Let people decide what is best for themselves.
Typical nanny state control freaks !
Coated halogen bulbs have a bell curve that matches sunlight almost perfectly, and gets rid of the far ultraviolet. For some things, these coated halogens are indespensible. For instance, I bet that in the Louv're in Paris there are many coated halogens that are used to display paintings. Color is killed by LED light, which as you said is mostly blue. The LEDs and CFLs that claim to be "warm" have only a narrlow spike in the red regtion, and do not represent a contiguous bell curve like real sunlight. For color and photography work, and for museums, this is a bad thing to outlaw halogen
Most incandescent bulbs are not rated anywhere near that long (most of the commercial ones were something like 1000 hours when I was still buying them) and the ones that could last that long are vastly different in design than the cheap commercial bulbs that were being sold.
Not "vastly different", just a thicker (=stronger) filament wire, and -possibly- tweaks to wire supports, gas mixture or whatever.
It's easy to make a long lasting incandescent. But it would also be very inefficient - worse than they already are. Therefore an 'optimum' is picked where bulbs don't need replacing too often, but still have acceptable efficiency. That optimum is picked around 1000 hours for regular incandescents (longer for halogen lamps due to their halogen cycle). Make 'em longer lasting, and you pay more for electricity. Make 'em more efficient, and you replace bulbs more often. So contrary to what some people think, that is not some industry conspiracy! Of course within that efficiency <-> longevity spectrum (no pun intended ;-) there can still be quality differences between bulbs.
Longer lasting incandescents do exist. Mostly meant for industrial uses where bulb replacement may be more costly than pulling some extra Watts. But such bulbs don't get around the problem described above. Likewise you can run incandescents on a lower voltage to increase their lifespan (in the case of halogens, only within limits). See "lamp rerating". But effectively that just takes the remaining few % of efficiency, and adds it to the waste heat you already had.
Although LEDs reduce carbon dioxide emissions, if you don't use the right ones, they could make dark skies worse. Blue light is very disruptive to humans and animals. The International Dark Sky Association has the details on how to use dimmer lights and LEDs and nothing above 3000K. Also, don't illuminate where you don't need to: http://darksky.org/lighting/lighting-basics/.
"You'll get nothing, and you'll like it!"
In my bathroom I just replaced 3 brand new LED lights with halogen. The LED lights blinked on and off in synchronization at a rate I could see. It's really disconcerting showering when the room lights keep going on and off.
Seriously... I'm not going to switch lights just because bureaucrats paid by Philips/Osram decided that those 3% of electricity that we spend on incandescent lights are too much.
Nothing beats the quality of light spectrum of incandescent lights - not LEDs, and certainly not CFLs. I'm staying with halogen.
I was an early adopter of the little pigtail compact fluorescent bulbs. THey were supposed to last way longer while saving electricity, and so were WORTH the higher cost per bulb. Except that they did NOT last longer. And if they saved pennies for electricity, they cost many dollars for expensive bulbs. Now we're dealing with the same issue with LEDs; LED bulbs cost $5 each (AFTER the considerable decrease in the last year) and still save a few pennies on the power bill.
I'm not sure that we're ahead in the long run. 75 watt incandescent bulbs used to be a buck or so for a 4-pack. Now I can get 10 LED bulbs for ONLY $50! And both LED and CFL bulbs were extraordinarily sensitive to heat buildup in enclosed fixtures. An incandescent bulb in the hallway lasts for a year and provides a lot of light. An LED bulb was a lot dimmer ( 6 watts, with an "effective illumination" of 60 watts) and lasted only a few weeks. Heat buildup, you see.
Because this is how you get more Brexit.
If people want efficiency, long life, power savings, they will buy them of their own free will.
Why mandate and force people to buy certain products.
Let people decide what is best for themselves.
Typical nanny state control freaks !
Funny...
We can actually tell your parents yelled out those same lines back when the phasing out of leaded gasoline was announced.
Mit der Dummheit kämpfen Götter selbst vergebens
Electricity is responsible for about 34% of US carbon emissions. Of those 34%, about 7% are residential and commercial lighting, with less than half of that being residential lighting. We're down to less than 1% of US carbon emissions due to residential lighting now. Halogen is less than 10% of that market, so we're down to less than 0.1% of US carbon emissions due to halogen bulbs. LEDs are a lot more efficient than those, saving you probably up to 75% of those carbon emissions, but the impact overall is negligible.
Furthermore, some of those savings may not be realized because in many situations, the lower heat output from LEDs needs to be made up for by more heating. It's also likely that the environmental impact of manufacturing LEDs is higher than for halogen bulbs. And although nominally LEDs last a long time, the electronics in them have significant failure rates in my experience.
Does that mean it's a bad thing to replace your halogen bulbs with LEDs? Not at all. I did that in my home years ago. But it won't "slash emissions and energy bills"; in fact, there are high up-front costs and the main effect of these laws is likely going to be to increase prices and compliance costs for new buildings a little.
If you think for one second any drop in usage won't immediately cause a corresponding rate hike, I got a fucking bridge to sell you (it's E-bridge, made of bitcoin$).
Seriously, the right way is not to ban bulbs, just simply require bulbs with a certain level of lumens / watts. In particular, whenever a new tenant or new owner is moving in, then all bulbs should have at least 70 lumens / watts and no hazmat materials. THis way, new homes, along with landlords, will all have to have put in high LPW and safe bulbs. After that, if somebody wants to swap around a bulb, then it is their choice.
This approach is probably better than simply banning bulbs.
I prefer the "u" in honour as it seems to be missing these days.
The problem with most LEDs is a combination of lower output power, flicker (missing capacitors in the rectifier circuit), bad colour temperature, and, critically, poor CRI (colour rendering index). A CRI of 95% (and colour temp of 2700k) is fairly decent; most LEDs have 80 or less, and 400K+. Decent LEDs do exist, but typically at 5x the price - and are not easy to find.
They keep making the same mistake. People don't like stuff being taken away. Don't ban stuff, make it expensive. Put a steep tax on inefficient light bulbs. Use the tax revenue to buy efficient lights and hand those out as samples.
to secure cheap energy like the US is. Your bill isn't going down but your dependency is.
Hi! I make Firefox Plug-ins. Check 'em out @ https://addons.mozilla.org/en-US/firefox/addon/youtube-mp3-podcaster/
Britain has promised to discontinue use of the Sun by 2025.
I use a single halogen lamp to light my living room. I tried replacing it by an LED lamp with a stated lumen rating that was the same as the halogen, but found my room darkened to the point where I found it hard to even read a book. In my estimation the LED only gave off around a quarter of the light of the halogen.
I'm all in favor of saving energy. Having said that, I'm not going to spend the rest of my life like a f*cking medieval peasant, sitting in the dark.
Lava lamps need the heat output from a filament lamp. We recently had to purchase a new bulb for ours. The only one that would work was a mini halogen spot. /. due to my password being wrong. I'm unable to rest my password because the site requires you to input your old password Doh!!!!
So this could be bad. I'm posting this anonymously because I'm unable to login to
Ok, I worked some time in my past with lighting professionally, mainly in Measurement of General Lighting Appliances.
So what is actually banned now: two additional types of high voltage halogen reflector Lamps. Does this mean you get now halogen lighting anymore?
No, you still get low voltage (12 V usually) lamps with and without integrated reflector. These might be subject of another ban in the future, but chances are that they will stay with us in the future.
First of, if anyone has additional questions, feel free to get in touch, I will try to answer to the best of my knowledge.
I'll try to give some insight to the random topics I saw here.
Why banning this lamps?
You can read the exact parts here https://ec.europa.eu/energy/si...
The EU started off with banning most of the Halogen Incandescent used with mains voltage (eg. 230 V or 110 V). The Low Voltage Variants are not banned by this. The mains voltage lamps are practical but shit. The tungsten filament is thinner and longer compared to the low voltage variants and not as sturdy, which means that they have a lower colour temperature, worse optical characteristics, shortend lifetime and even worse efficacy.
Some basics on lighting:
What we perceive as light is electromagnetic radiation with a general wavelength range of 380 nm (blue) to 780 nm (red). We do not have a uniform distribution of the sensitivity. In measurement a fixed distribution is used to describe this sensitivity (v(lamda)), with Peak sensitivity at 555 nm (green).
Mixing light of several different bandwidths then gives the Impression of Colour, there are several systems for describing colours, in lighting the most common used is the CIE "triangle"/"horseshoe".
In general Lighting CCT (Correlated color temperature) is used to describe shades of white. When using Incandescent Lamps this is the actual temperature of the filament, with tungsten being one of the metals that can withstand 3000 K for a prolonged period. As Fluorescent Lamps / LED / HID Lamps use other methods for light generation a Correlated Colour Temperature is used. This takes the emitted spectrum of a lightsource and converts it into a value that has some resemblance of a Colour Temperature, it is still not the actual Colour Temperature.
Commonly this is coupled with a value called CRI (Colour Rendering Index) which compared the given spectrum to either an synthetic incandescent or daylight spectrum. So by default Incandescent lamps should have a CRI of 100.
White LEDs:
There are no white LEDs. The most common construction today is a blue LED coated with phosphors which convert the blue light to longer wavelengths, similar to a fluorescent lamp. Close to all "white" LED Lamps has a blue peak at about 450 nm, their CCT / CRI depend on the coating used, sometimes in COBs (Chip on Board) red LEDs are added to boost the CRI.
Blue Light Hazard:
Light/Radiation is not good for eyes, but dosage makes poison. Modern Incandescent Lamps/Fluorescent/HID Lamps have effective UV Block Coating and blue light is generated there in low dosage by design, but especially Fluorescent and HID might be blue light hazard. LEDs in general lighting mess with us on several levels. Their peak at 450 nm messes with our chronobiology and the the blue light causes more cell damage. Incandescent Lamps and daylight have a more uniform distributed spectrum and our bodies were designed for latter. So nothing compares actually to daylight and it is far from understood what light controls in our body (e.g. we now know about 12 different functional spectra in our organism, from seeing, to chronobiology, to cell regeneration).
Lifetime:
In general the lifetime of a LED is superior, but LED Lamps used on mains are complicated beasts and have a lot more components which might die long before the LEDs. Also LEDs don't like to be driven outside their designed range. They will degrade fast when
Most LED bulbs you can find do not last long. I replaced about 30 lights in the backyard (accent lights) with new LED (2W and 3W). 12 of those failed within 6 months.
In some cases, you need dimmable LED. If you do not have dimmers specially made for LED, you will here constant buzzing noise. LED dimmer switches are very very expensive. Replacement of the dimmer switches to LED need electrician's labor. So straight replacement is not always good.
For the UK, in the warmer months of the year one uses much less lighting, except for houses with window-light issues. And it's only in those months that the heating is turned off that the heat from bulbs is wasted; where one is heating the air yet it's warm enough already.
The heat in winter-time just adds to the heat of the house. So for gas users that's a reduction of 1/3rds in the savings. For electricity users: no saving at all.
I believe the savings estimates don't take real-world usage into consideration.
It only makes sense, no?
This; "consumer savings of up to 112 pound ($144) a year from the switchover because LEDs last much longer than halogens and use far less power", means the market will drive out most halogens on its own. A legislative ban will probably end up making things worse.