EU Lamp Regulation Update

(Updated with amended infographics)

2015 was a sad year for incandescent light lovers in Europe. The EU Commission, rather than celebrating its victories in having forced EU citizens to replace so many of their top quality incandescent lamps with poorer quality CFLs and LEDs (and generated millions of Euros in revenue for lamp manufacturers) is instead hellbent on removing all remaining tungsten lamps, leaving only the synthetic alternatives.

This is the lighting equivalent of banning glass and permitting only plastic, or banning silk and permitting only polyester! It’s beyond absurd. 

Freedom Lightbulb on why lamp regulation makes no sense

The bad news:

1. Special purpose lamps will be more strictly regulated from 25 February 2016 due to a regulation amendment aug 2015 in order to close the last “loopholes” for incandescent-lovers. Decorative & carbon filament lamps that have gotten popular in restaurants etc. can not be called “special purpose” anymore and are thereby no longer included in the exceptions to the regulation. Rough Service lamps appears to be available but restricted (the wording is unclear). Remaining stocks can still be sold but no new lamps can be imported into EU or “placed on the market”. So it’s a good idea to stock up now if you can still find them.

Banned 2 Special Purpose

Commission Regulation Amendment of 25 aug 2015 (legal text)
Save The Bulb about the amendment

2. Incandescent and halogen reflector lamps will be banned from Sep 2016. So, start stockpiling if you appreciate their beauty, dimmability and broad usefulness at home.

Banned 3 Reflector lamps

3. The halogen energy savers phaseout, scheduled for 2016, was postponed until Sep 2018 – rather than to 2020 as the lighting industry requested, or scrapped altogether as some of us have suggested as the promised Energy Class B halogen to replace the Class C halogen no longer exists on the market.

Banned 4 Halogen

Commission article about the halogen ban 2018

The (possibly) good news:

1. Halogen G9 mini-lamps for mains voltage will still be available. They last longer than standard incandescent lamps and can be used in a conversion kit as incandescent replacement, which has the added bonus that the base and bulb E re-usable, and are available in a wide range of models: A-bulb (GLS), pear, candle, flame, golfball, PAR, globe, diamod etc; clear, frosted, tinted, dicroic, decorated etc. The base and bulb of course costs more than the old lightbulbs used to, but once invested in, only the inner bulb needs to be changed so it’s really eco-friendly. It’s also perfectly legal (for now, anyway, but there is the threat of another amendment yet to be voted on, so best stockpile G9 bulbs too).

Paulmann halogen conversion kits (German/international)
Lysman halogen conversion kits (Sweden)

G9 conversion manual

2. Just a few weeks ago it was announced that, by using nanotechnology, scientists at MIT have found a way of recycling the “wasted heat” [which of course is not always wasted…] of an incandescent lightbulb and focusing it back on the filament where it is re-emitted as visible light, making it 3 times more effective now, and in the future potentially even substantially more effective than LEDs. This possibility can mean a comeback for the incandescent bulb, if any manufacturer wants to invest in developing the technology. It certainly has huge market potentials as many of us still prefer those old “golden standard” lightbulbs to the new synthetic copies. This would also satisfy the EU Commission’s ever more stringent energy standards, as well as those of the U.S. and other countries.

New development could lead to more effective light bulbs
Save The Bulb comment on the new bulbs

3. Many online lamp shops in EU have remaining stocks of phased-out incandescent lamps. Markedly more expensive than they used to be, of course, but at least still available until stocks run out. (Importing from outside of EU is illegal.)

Banned 1 Incandescent

EU Halogen Ban Review

As described in detail by Freedom Light Bulb, the planned halogen ban 2016 is up for review on Monday 25th.

The recommended regulatory changes include:

1. changing the entry into force of the stage 6 requirements to 1 September 2018, allowing LED technology to mature further and reach an optimal time point in terms of monetary and energy savings;

2. removing the current loophole by extending the stage 6 requirements to halogen lamps with G9 and R7s socket;

3. and introducing a provision that luminaires sold after 1 September 2015 should be compatible with LED technology to prevent future obstacles to efficient lighting.

Even the lamp manufacturers themselves find this a bit extreme, as there are no good replacements for some lamps.

The reason for extending the ban to these previously excempt lamp models is that a small number of adapter kits exist which can turn a G9 mini bulb into a frosted incandescent bulb, and an R7 mini tube into a screw-in bulb. The latter is absolutely ridiculous, as such a contraption would not fit in any normal luminaire. These tubes are needed for halogen floodlights and torchieres, for which there are no replacement tubes at all, not even poor quality ones.

Here are 12 good reasons to keep all models of Halogen.

Edit: Kevan Shaw reports from Brussels: The latest from Europe


Ban The Ban – Sign The Petition!

EU incandescent ban

Now it has been three years since the first step of the incandescent phase-out was enforced in the European Union. In a few weeks, the last of the regular incandescent bulbs, 25 and 40 W, will be prohibited from production and import into the European Union. Remaining stocks may be sold until they run out. Next year reflector lamps are up for restrictions and 2016 most halogen lamps will be banned.

Was this a good idea?

Evidence is mounting that this was a very poor decision.

But CFLs are so great?

Since the ban, we have had a never ending flow of reports on CFL issues, from dimming problems, slow start-up time, poor performance at cold temperatures, lamps burning out prematurely, starting fires, emitting UV, radio frequencies and causing disturbances on the grid. Plus consumer tests showing much still to be desired when it comes to producing promised brightness etc.

And worst of all: Chinese workers and environment poisoned to produce ‘green’ lamps for us, risk for toxic contamination of your home, poor recycling rates, and recycling plant workers at risk from people throwing CFLs in glass recycling bins.

But incandescent lamps use more mercury than CFLs..? 

No, they don’t. This clever PR lie was invented in 1993 by the EU-funded anti-lightbulb lobby organisation IAEEL and based on a fantasy calculation exercise at a Danish university in 1991, with an imaginary scenario of a CFL containing only 0.69 mg mercury (impossible to attain at that time, and still is), while electricity production from coal was assumed at a whopping 95% (as was the case in Denmark at that time but nowhere close to true for the rest of EU then, and even less so today). 

So poof, the main argument that has gotten environmentalists, politicians, journalists and the general public alike to believe a mercury containing product is the best product for the environment, has no substance at all. 

See my Mercury posts for details and references on mercury issues above.

See also Good Greek Philosophy

But what about LEDs?

LEDs (and OLEDs) are great for TV and computer monitors, for coloured Christmas decoration, signal lights, possibly road illumination, stage lighting, spectacular lighting design (such as could be seen during the last Olympics) and many other creative purposes, just not as replacement bulbs for home illumination. Even industry leaders don’t seem to believe in that concept, as they know of the many challenges and that this is not the area in which LEDs perform best.

Most LED replacement bulbs available to consumers today are a joke when it comes to light colour, output and price. There are a few decent looking ones from top brands, but the prices on those are even more of a joke, and how long they last and give a useful light is still unknown. Many have electromagnetic compatibility (EMC) issues and may cause grid disturbances. Most are not dimmable, and the ones that are do not dim well.

But what about halogen energy savers?

Well, they give the same type of top quality light, can be dimmed nicely and have all the other advantages of incandescent light, plus longer life. But recent consumer tests disappointingly show that they don’t save as much as promised. They also contain bromine or iodine and can be quite glaring unless shaded or frosted.

Unfortunately, frosted bulbs were also banned by the EU in the first stage of the phase-out 2009, due to wanting to force the majority who likes frosted glare-free lamps at home to buy CFLs instead – that was the whole point of the ban. (Not that CFLs are always glare-free, but they can pass for ‘frosted’ by their phosphor coating.)

That the halogen energy saver is still permitted for a few more years was a temporary compromise, as there exists no clear bright point replacement for when such is desired. Its existence on the market – although at first, very hard to find – has been used by the Commission to stifle all the numerous complaints about CFL shortcomings: “But for those applications, you can use a halogen energy saver!” What the commission doesn’t tell the general public is that halogen lamps will also be banned – unless this regulation hysteria is put to a halt by EU citizens!

Time to ban the ban!

Freedom Lightbulb explains How bans are wrongly justified. Quoting from just one of the many excellent points:

CFLs are simply not suitable for all locations and uses: Hot or cold ambience, vibration, dampness, enclosed spaces, recesses, existing dimming circuits, timers, movement sensor switching, use in chandeliers and small and unusual lamps, aesthetical use if clear bulbs are preferred, rare usage when cheaper bulbs are preferred – and so on – apart from light quality differences, particularly noticeable when dimming. Usage in children’s rooms might be restricted on breakage and mercury release issues, see point 10 below.

LEDs offer an alternative choice especially for directional lighting – but otherwise, with several similar location and usage issues to CFLs, as well as having their own light quality issues in spiky emission spectra. LEDs also have even more light output problems than CFLs to achieve bright (75-100W and over) omnidirectional lighting equivalence, and at reasonable cost.

To put it bluntly:
Incandescent technology is optimal in BULB form,
Fluorescent technology is optimal in TUBE form,
LED technology is optimal in SHEET form.
Fluorescent and LED lighting technology advantages are compromised in trying to replace what incandescents can do.

You don’t make savings by regulating what products are on the market – unless they’re toxic, then you remove them for environmental and health reasons. You do it by using the appropriate lamp type and brightness for a particular environment and task, and by tuning it down or switching it off when not used. Lighting designer Kevan Shaw points out the obvious in Ecodesign Regulation Failure? (emphasis added):

As has been shown in previous studies the amount of lighting energy used in households is far more dependent on behavior than the type of lighting equipment used. Ultimately the length of time a light is left switched on has significantly more influence on total energy used than the wattage of the lamp. Another interesting point is that the proportion of electricity used in households for lighting is now being overtaken by that used for Audio Visual and Computers in the home. Despite this no one so far is proposing that plasma large screen tellys are banned in favour of LED types that use a fraction of the electricity!

Also, you can make an incandescent or halogen incandescent both use less electricity and last longer by simply dimming it – something many are already doing! Jim on Light:

Dimmer maker Lutron says that by dimming a halogen lamp by 30% will give you many of the same benefits as using a compact fluorescent lamp.  Lutron also says that a 3,000 hour halogen lamp will last 12,000 hours when dimmed by that 30%.

As Freedom Lightbulb frequently points out: people are not stupid. If there was a better product that truly saves both money and the environment and last as long as promised, we would buy it without being forced. We gladly buy energy-star fridges and washing machines. We have willingly followed energy authorities’ advice on better insulation of our houses; taking a shower instead of a bath; switching appliances off instead of leaving them on stand-by; turning lights off when leaving the room; installing sensors, timers and dimmers. We recycle and try to be as green as we can manage and afford.

All EU authorities need to do is enforce the energy and performance information on the package label, make tests to check that it’s accurate, and leave us all free to make our own informed choices on what we want to spend our hard-earned money on.

The market failure of incandescent replacements is a product failure, and banning the original high quality product in order to force an unwilling public to pay more for a problematic and lower quality replacement is just too absurd for words!

Save the bulb – sign the petition!

Here is a German petition to revoke the ban. It’s not very well written, but please sign anyway – every vote counts:

-> Avaaz petition to repeal the EU ban

Edit: Two more German petitions to sign (thanks to Lighthouse for the links):

Update: The incandescent ban is actually illegal as the replacement lamps have not fulfilled criteria a, b and c in the Ecodesign Directive. Se my updated post New EU Ecodesign Directive

More LED Issues

Found some interesting LED articles at the Swedish National Electrical Safety Board’s website. Not all new, but still worth considering. (Quoting whole articles here, with some corrections to goole’s translation to English. Emphases added.)

LED tubes can be dangerous

May 20, 2010

To save energy, many industries, municipalities and other large consumers of traditional fluorescent lamps are switching to LED lamps. Tests show that LED tubes can compromise the security of the person replacing the lamp.

LED lampsThe new LED tubes are supplied with 230 V voltage to the luminaire lamp holder for the lamp ends. The risk is getting an electric shock when the lamp is replaced because it is easy to touch the shiny connectors at one end of the tube, while the other end is attached to the light fixture.

Can be mounted in standard fluorescent fixtures

The National Electrical Safety Board has been tested a number of LED tubes in the Swedish market. All products can be installed in conventional fluorescent fixtures. The results of the tests show such serious faults that the agency has decided to withdraw the products from end users. Importers are required to advertise alerts to reach all end users.

– The current LED tubes are sold primarily via the Internet and can be found both among consumers as that of bulk consumers, says Martin Gustafsson at the Safety Board. Those who have purchased the product should contact the place of purchase for warranty.

Safety Board has no data on how many of those LED lamps on the market, but there may be a thousand.

The corresponding study in Finland

The Finnish equivalent of the National Electrical Safety Board, Safety Tukes, has been tested a number of led tube. Test results have shown that the tested products did not comply with safety regulations, and there was a risk of electric shock when replacing the tubes. According Tukes there are in Finland several thousand LED tubes that can be dangerous. The Safety Board has contacted the LED tube suppliers in Sweden who have received the Finnish counterpart sales ban in Finland and asked them to take voluntary measures in accordance with the measures Tukes has demanded. The LED tubes tested by the Swedish Safeby board have not been tested in Finland.

LED-lysrör kan vara farliga

So, be careful out there! Turn the power off before mounting LED tubes. And don’t be sure they’ll fit your old fixtures:

LED lamps and fluorescent tube adaptors

July 14, 2009

One way to save energy is to replace existing incandescent bulbs with compact fluorescent bulbs, which are normally without problems.

But even for the traditional fluorescent tubes pops up options on the market. On the one hand, new types of fluorescent tubes that operate at higher frequencies, and also LED tubes. The idea is that you should be able to reuse existing light fittings and just replace the traditional fluorescent tube with one of these new alternative light sources. For this to work, usually you make changes to the original fixture, which can change the properties and affect the electrical safety and electromagnetic compatibility (EMC).

What does the regulatory framework say

A trader who places a product on the market is obliged to take responsibility for this product. A sign of this is that the product is CE marked. If a trader puts together two CE-marked products, he or she is considered the producer of a new third product that he or she is responsible for and which in turn must be CE marked. This reasoning also applies when replacing the lamp in an existing fluorescent light fixture with an option for which the fixture was not originally designed.

A fluorescent light fixture for so-called T8 fluorescent lamps are optimized for this type of light source and have quite different characteristics when mounting an alternate light source. Often you have to modify the existing fixture, remove or replace the starter or other components to work together with the new light source. When doing this, the original CE marking is no longer valid and you are considered the responsible producer of the new product consisting of the modified fixture with the new alternate light source. This applies to each new type of combination of fitting the new light sources.

CE marking and EC Insurance

If the new product meets all the essential requirements for electrical safety and electromagnetic compatibility (EMC), it should again be submitted for CE marking and draw up an EG declaration and technical documentation. Read more in Elsäkerhetsverkets regulation ELSÄK-FS 2000:1 which is available at the website. For safety of the new product, one needs to ask a few questions:

first: If the thermal properties of the original fixture was negatively affected?

second: Is there a risk that the new light sources weighs so much that the lamp holders in the original fixture overload?

third: What characteristics of EMC, the new combination of original fixtures and new light bulbs? Will the new product requirements of the EMC Directive?

More problems

Other issues to consider are how the new product changes light qualities. Both brightness and light distribution can be affected in a way that the requirements for illumination of such a task are no longer are met. There are also other EU directives that you need to consider: WEEE and RoHS are two examples relating to the environmental characteristics. If you are looking to manufacture or import of alternative light sources for T8 fluorescent lamps to resell, you should consider on the liability issue and inform your customers about the responsibility they assume when installing new types of light bulbs in existing fixtures.

LED-lysrör och lysrörsadaptrar

(Again, the mandatory mention of CFLs and their energy saving potential, in an article that has nothing to do with CFLs whatsoever.) Anyways, don’t try this at home.

Banned LED bulbs

Dec 14, 2011

With the new energy conservation requirements, incandescent bulbs be phased out, increasing interest in alternative lighting. The National Electrical Safety Board has recently given a variety of LED lamps sales ban.

The most common reason is electrical grid disturbances, but they also interfere with radio frequencies.The lamps which the Safety Board has looked at are the incandescent bulb replacement LED bulbs. They are based on modern LED technology and all the lamps tested contains a small power pack, situated in the lamp socket.

List of products which have so far received sales ban: Lamp 1Lamp 2Lamp 3Lamp 4Lamp 5Lamp 6Lamp 7. [3 more but links required login]

Result of market supervision

More than half of the LED lights purchased through the market and tested have received sales bans. This is a remarkably high figure, which may be because most of the lights checked had built-in dimming, i.e. that they are dimmable. Dimmable LED lamps contain control electronics that often require specific measures to achieve acceptable properties to make electrical devices work together, known as electromagnetic compatibility (EMC). This is sometimes overlooked by the lamp manufacturers. It is important to you as a manufacturer or importer to ensure that the LEDs have been tested properly with EMC.

How does the disturbance manifest?

LEDs produce disturbances in the distribution system which, among other things, can cause radio interference. Radio interference caused by the conducted noise radiating from the connected wires. This is because the lines, e.g. to the luminaire, act as transmitting antennas for conducted interference. The disturbance may affect other electrical products in the local area, even those that are not connected to an outlet. It can also affect communication such as wireless broadband and telephony.

What rules apply for manufacturers?

The Electrical Safety Authority on electromagnetic compatibility (ELSÄK-FS 2007:1) has to be followed. Regulations based on the EMC Directive (2004/108/EC EMCD).

Cooperation within the EU about LED lights

There is currently a campaign in the EU where LED lighting examined. The aim is to investigate if the new LED lights on the market comply with applicable EMC requirements.

Förbjudna LED-lampor

A few months later, EU authorities found similar problems:

Disruptive LEDs are examined in the EU

Feb 10, 2012

The National Electrical Safety Board has in 2011 looked into LED lights, half of which got sales bans. The reason for the bans is that the lights did not meet the applicable requirements for electromagnetic compatibility (EMC).

Market of LED lamps 2011The lights disrupted other electrical products. Only one in five LED lamps passed the test without comment.

European survey

In parallel with the National Electrical Safety Board’s market surveillance of LED lights, the EU carried out an investigation. The EU surveillance is not strictly comparable to the Safety Boards’s market surveillance, but shows similar shortcomings. The results also show that manufacturers who use LED technology are very poor at complying with the Directive.

– The reason for this is that LED technology is so new and there have appeared many new manufacturers in the market that are simply not aware of the directive, said Ulf Johansson at the Safety Board.

Clearer rules

One of several measures aimed at improving the situation is that the European Commission gives the European Committee for Standardisation mandate to supplement and clarify standards in the field. The aim is to help traders in the market to more easily use the current rules.

Continued control

The National Electrical Safety Board will, in line with other market surveillance authorities in the EU, check the LEDs in 2012 as well. It also plans to follow up on last year’s surveillance with a campaign aimed at improving information about the LED lights.

Störande lampor granskas i EU

Final Report on the 4th Cross-Border EMC Market Surveillance Campaign – 2011 LED Lighting Products

No comments necessary, I think.

New EU Ecodesign Directive

Updated Dec 2012

Let’s look at the crucial parts of the European Union’s amended (Oct 2009) Ecodesign Directive:

5. Implementing measures shall meet all the following criteria:

Please notice the word “all”.

(a) there shall be no significant negative impact on the functionality of the product, from the perspective of the user;

• With CFLs, the user gets poorer quality light with suboptimal colour rendering (CRI 81-83 of 100), sensitivity to heat, cold, moisture and frequent switching (not recommended for bathrooms and shortly visited spaces); that may not fit well in many existing luminaires; is often incompatible with dimmers, (will fry existing electronics); may cause disturbances on the grid and use more power than marked watts; has recycling difficulties (being hazardous waste they must be taken to special recycling facilities, often reachable only by car, instead often contaminating other recycling materials); and risk of mercury contamination of one’s home if accidentally broken.

• With LEDs, the consumer gets a poorer quality, dimmer light with often strange light colour, dimmability problems, suboptimal colour rendering; extremely high purchase price and poor electromagnetic compatibility (may disturb the power grid and other electronic devices).

• With clear class C Halogen Energy Savers, you get good quality light but more glaring and can get very hot. Frosted would be ok but they were banned 2009. Clear class C halogen lamps will be banned 2016.

• With clear class B Halogen Energy Savers with integrated transformer; glare, higher EMFs, very high price, and not available on the market at all! The only European manufacturer who made these lamps for a few years, Philips, replied when asked a direct question, that that they have no plans on re-introducing this halogen lamp on the market, and that all R&D will go towards developing [the more profitable] LEDs.

–> Thus, this condition is not fulfilled.

(b) health, safety and the environment shall not be adversely affected;

CFLs can not be considered anywhere near safe for health or environment as long as they are breakable and contain highly toxic mercury vapour. Increased mercury mining in China due to rising demands from the West is causing an environmental disaster in AsiaCFLs  may also emit other carcinogenic chemicals and UV radiation (through cracks in the phosphor layer in the inside of the tube).

LEDs can also flickercontain toxic chemicals, emit potentially harmful amounts of blue light and cause health problems for a number of patient groups, as well as disrupt circadian rhythms.

As there are also many patient groups, an estimated 250 000 light sensitive people in EU which SCENIHR thinks will be adversely affected, and anecdotal evidence for even more patient groups reporting everything from subjective discomfort or serious illness in FL/CLF and LED light. Others have estimated that 2 million will be affected in the UK alone.

–> Thus, this condition is not fulfilled.

(c) there shall be no significant negative impact on consumers in particular as regards the affordability and the life cycle cost of the product;

• The reason standard CFLs are now more affordable, besides competition from poor quality no brand bulbs, is that they are often subsidised by tax moneyYour tax money. And you may also be paying an extra nominal fee on your electricity bill to compensate for the poorer power factor of most CFLs, LEDs and other home electronics. In both cases: whether you’re actually using them or not.

• Dimmable CFLs and LEDs are still prohibitively expensive to buy, even if they allegedly last longer. And most of the replacements don’t save as much as claimed, give as much light as the lamp they replaced, or last as long as promised. Burned-out CFLs often have to be delivered by car to special collection places, or to recycling stations for hazardous waste.

• Recovery of the higher purchase price is dependent on the product lasting as long as advertised, something which CFLs continue to fail even under optimal lab testing conditions, and even more so in real life conditions where they easily get overheated or get switched on-and-off more frequently than recommended etc. The promised life of LEDs still remains to be proven. As CFLs and LEDs become dimmer over time and some also change colour, they may neeed to be replaced even before they burn out prematurely.

• Savings are also 50-60% less in North Europe due to the scientifically established Heat Replacement Effect.

• The whole life cycle cost of the product typically never includes the mining of the mercury, phosphors and rare minerals in Asia, and all the cost to health & environment for the workers there. Nor for the shipping of the many electronic and chemical parts over Asia for assembly in a specific factory; shipping by polluting oil tankers from Asia to Europe; transport to recycling facility for toxic waste after the lamp has burned out; and then for the complicated recycling process to recover the mercury and cleaning the glass; and finally for depositing the mercury and other toxins as they cannot be exported from EU according to the RoHS Directive.

• If a CFL breaks in your home, you should first of all already have bought an expensive mercury spillage kit for safe clean-up. Then you may have to replace all carpets, textiles and other contaminated things in that room. If your children inhale the noxious mercury vapour, they may become sick and develop learning disabilities for life. What is the cost of all this?

–> Thus, this condition is not fulfilled.

(d) there shall be no significant negative impact on industry’s competitiveness;

(e) in principle, the setting of an ecodesign requirement shall not have the consequence of imposing proprietary technology on manufacturers; and

(f) no excessive administrative burden shall be imposed on manufacturers.

I’ll leave that part for manufacturers to comment, on the remote chance that they find anything to complain about, as the ban has been a direct result of their lobbying. But they have had to change the lamp labels to include much more information than earlier. And I believe leading lamp manufacturers hold most of the patents for creating decent LEDs.

= As A, B, C are clearly not fulfilled, the incandescent phase-out is invalid and should be revoked immediately. 

• Furthermore, naked tube & spiral CFLs for private use should be banned effective immediately, as they are a hazard to health and environment both! This is very urgent and imperative!

• LEDs should also be restricted to professional use only, due to the blue light hazard – which is greatest for children and certain patient groups – and/or only warm-white LEDs allowed on the market.

• A special ban on cool white/light blue lamps for vehicle headlamps is urgently needed for safety reasons, as glaring blue-white light is a very real danger to traffic and vision both.

• The old ineffective Mercury Vapour street lights should be banned according to schedule as there are more effective replacements with better colour rendition, such as ceramic metal halide.

All other gas discharge lamps should be permitted on the market in order to offer lighting designers and engineers a full range of options for various situations when lighting public spaces. Different environments call for different lighting solutions, optimised for that particular situation. Sometimes more quantity than quality is needed (e.g. in parks and attractive tourist areas), sometimes quantity and long life is the highest priority (e.g. for illuminating highways). Each type of lighting has its unique qualities and one lighting technology is NOT replaceable by another without getting completely different light qualities. Lighting designers know this and are well educated to choose the most optimal lighting technology for each situation.

Light is a bio-nutrient just like food, air and water, and good light quality should be a basic human right.  The quality, colour, colour rendition, direction and quantity can have a very profound effect on how a space is perceived, as well as direct biological effects on the endocrine system, vision, mood and performance on normal healthy people. Lighting is also one of the most potent mood enhancers at the disposal of an interior designer, architect or lighting designer.

Restricting choices for both professionals and for the general population is just wrong, unless a product is found harmful – such as the CFL and some LEDs.

Banning fire-based incandescent light in order to force everyone to use chemical-technical light is the equivalent of banning water in order to force everyone, including diabetics, to drink only Coca-cola when they are thirsty. That’s how big the quality difference is. Truly. Just check any manufacturer’s online catalogue. Even the best CFLs and LEDs for the consumer market only have 80% colour rendition (CRI) whereas incandescent and halogen lamps have 100%, just like sunlight.

Anyone can see this for themselves by taking a dark room and lighting it first with CFLs or LEDs (especially one’s that have been used for a few years) and then light that same room with only incandescent or halogen light and you will see that in the former you will strain your eyes to see anything through the dim, gloomy, greyish fog.  With incandescent/halogen light you will see and feel like letting in the sun on a cloudy November day; all colours will come alive and look more brilliant, and people will no longer have a sickly pallor.

Global Ban Craze

Updated July 2012

More and more countries are being persuaded to phase out incandescent lamps:

Cuba: banned incandescent bulbs 2005.
Brazil: initiated phase-out 2005.
Venezuela: initiated phase-out 2005.
Argentina: bulbs will be banned by 2011.

European Union: gradual phase-out between Sept. 2009 and September 2012.
Italy (EU member): speeded up ban by 2011.
United Kingdom (EU member): speeded up ban by 2011.
Switzerland: “Switzerland banned the sale of all light bulbs of the Energy Efficiency Class F and G, which affects a few types of incandescent light bulbs. Most normal light bulbs are of Energy Efficiency Class E, and the Swiss regulation has exceptions for various kinds of special-purpose and decorative bulbs.”
Finland: is considering a ban by 2011.

Canada: plans ban in 2012 (Update: “On Nov 9, 2011, the federal government approved a proposal to delay new energy efficiency standards for light bulbs until Jan. 1, 2014”)

U.S.A.: gradual phase-out between 2012 and 2014 (a few of the most efficient Halogen Energy Savers may still pass the efficiency requirements). (Update: In 2011, Rep. Joe Barton of Texas and 14 other Republicans joined to introduce the Better Use of Light Bulbs Act or BULB Act (H.R. 91), which would have repealed Subtitle B of Title III of the Energy Independence and Security Act of 2007.)

Israel: phase out of 60w and over incandescent lightbulbs has been implemented from 1st January 2012.

Russia: phase-out between 2011-2014, starting with the 100W like in EU.
Tajikistan: has banned import & production 2009.

India: “While not a complete ban, the plan is to replace 400 million incandescent light bulbs with CFLs by 2012.”
People’s Republic of China: “China will ban imports and sales of certain incandescent light bulbs starting October 2012 to encourage the use of alternative lighting sources such as LEDs, with a 5-year plan of phasing-out incandescent light bulbs.”

Philippines: 2010.
Malaysia: “The Government will stop all production, import and sales of incandescent light bulbs by or before January 2014.”

Australia: started ban 1 November 2009. (Lamps must be over 15 lm/W which means some Halogen Energy Savers may still qualify.)
New Zeeland: 2007 ban plan got scrapped by the new government in 2008.

Quotes and info from Wikipedia


But not even this is enough to satisfy the vested interests and duped do-gooders:

Global Phase-Out of Old Bulbs Announced by UN, GEF, and Industry

Ever since I read this press release two months ago, I’ve been too stunned for words. But now I want to make a few comments:

The close to $20 million initiative, the Global Market Transformation for Efficient Lighting Platform that will be implemented in collaboration with the private sector companies OSRAM and Philips, is aimed at reducing the bills of electricity consumers in developing economies while delivering cuts in emissions of greenhouse gases.

I would guess it is more aimed at increasing profits for OSRAM and Philips and funding for involved organisations.

It is also aimed at replacing fuel-based lighting systems, such as kerosene, that is linked with health-hazardous indoor air pollution.

This is good! Or would be, if the plan was to hand out free solar-powered LEDs rather than free CFLs, which are health-hazardous if dropped or not recycled properly. But LEDs are still too dim, too imperfect and too expensive to give away for free, and as manufacturers still meet (often justified) consumer resistence to their CFLs due to lingering quality problems, it seems the plan is now to dump them on unsuspecting developing countries who can’t afford to be choosers.

Achim Steiner, UN Under-secretary General and UNEP Executive Director: “This new project aims to accelerate growing national initiatives to replace old bulbs into a global one by overcoming market barriers in developing economies and by setting international energy and performance standards in order to build consumer confidence.”

I guess manufacturers are in a hurry to find an alternative outlet for their unwanted CFLs before LEDs become good and affordable enough to take over their part of the market. So now they need the help of the UN to “accelerate the plan” and “overcome market barriers” (such as high price for decent quality and dimmable lamps, mediocre light quality, gradual light loss, temperature sensitivity, varying durability, mercury content & recycling difficulties).

Globally, 70% of total lighting market sales are still made up of inefficient incandescent lamps.

But sales do not necessarily reflect use:

– Since incandescent bulbs have a much shorter life than fluorescent and High Intensity Discharge lamps, there will be more incandescent lamps sold, while old tubes and HID lamps keep burning year after year.

– At home, a family may have numerous light points installed but only use a few every day, for just a few minutes or hours at a time, and some on dimmers, sensors or timers.

A market shift, from incandescent lamps to energy-efficient alternatives, would cut the world’s electricity demand for lighting by an estimated 18%.

But this is what the notes at the bottom of the press release says:

Some additional facts and figures

• The International Energy Agency (IEA) estimated that in 2007 total electricity consumption for lighting was 2,650 TWh. This represents almost 19% of global electricity use.

But only a small fraction of that light is incandescent. And global electricity consumption is only 4.5% of world total delivered energy.

“Eight per cent of global greenhouse gas emissions are linked with lighting.”

If that is true it does not come from incandescent lighting.

Estimates clearly include all sectors. Please note that the majority of lights in the Commercial sector, and probably nearly all in the Industrial sector, are already fluorescent or HID. Transportation sector lighting is still mostly halogen, but that is not what this project aims at addressing.

Left is the Residential sector, which accounted for just under 15% of world delivered energy consumption in 2009 (according to EIA International Energy Outlook). Note: all types of energy.

Electricity is just under 30% of those 15% = 4.5% of total world energy consumption in the residential sector.

In EU and USA, lighting is estimated at a mean of around 9-10% of household electricity = 2-3% of total household energy consumption (source: EuroStat and EIA) = 0.45% of total. And of the lamps in the residential sector, most but not all are incandescent, and of those that are, only some are suitable for replacement.

Statistics for the rest of the world are often incomplete, conflicting, non-existent or hard to come by, but I doubt it is much more than in EU and USA.

OSRAM representative Martin Goetzeler, CEO: “The lever is enormous. Over 1/3 of the electricity used worldwide for lighting today could be saved. That corresponds to half the electricity consumption of China.”

Above it was 18%! How is it possible to save either “18%” or “over 33%” of world electricity used for lighting when most of this light is already fluorescent or HID? Doesn’t anyone see through this obvious fraud?

As lighting in the Commercial and Industrial sectors together represent a much larger portion of world energy consumption (again, according to EIA) and lamps are typically left on all day and/or all night (!), isn’t it obvious that the greatest savings can be achieved in those sectors? E.g. by upgrading existing linear halophosphate FL tubes with magnetic ballasts to triphosphor tubes with electronic ballasts or metal halide downlights in offices, and to switch from Mercury Vapour street lights to Ceramic Metal Halide and High-Pressure Sodium for highways, or by reducing unnecessary over-illumination. None of which requires a global incandescent ban or a CFL push on the remaining private sector, though possibly a ban on Mercury Vapor lamps.

“Historically, the main barrier hampering the deployment of energy efficient lighting products was their high initial cost. When first launched in the early 1980s, CFLs were 20 to 30 times more expensive to produce than their incandescent equivalents. However, CFL costs have steadily declined through use and increased competition. They now retail for about four times the price of an incandescent lamp. Consumers have traditionally been slow to come on board and according to some reports, were initially unimpressed by early models, disliking the look and functionality of these models.”

Not just initially. A whole new generation have never even seen the early horrendous models so that argument has long passed its best-before-date. The newer CFLs, even if they have admittedly been improved in size, colour, light-up time, affordability etc., and most no longer hum and flicker, still leave much to be desired when it comes to colour rendering and general light quality. Since the light is not incandescent, it cannot ever give that incandescent light quality, period.

The only viable replacement is the Halogen Energy Saver – which oddly enough gets no attention at all despite being probably the best, cheapest and most problem-free and environmentally-friendly replacement on the market today.

“Manufacturers are of the view that consumers need to understand how using energy saving bulbs will allow for long term cost savings, as well as be assured of the quality and reliability of new models, as well as the growing number of energy saving options that are and will become available.”

I’m sure consumers understand this already as it’s been harped and regurgitated millions of times in every conceivable medium for 20 years now. Many still prefer quality over quantity. I think manufacturers and legislators need to understand that there is still good reason not embrace the CFL – if it was such a great product, it would sell itself and no legislation or freebie campaigns would be necessary.

“The new global project, which will include a centre of excellence of lighting, will build on and support further commercialization and market penetration among several developing countries that have already made efforts to promote the adoption of CFLs and to phase-out incandescent lamps—some with GEF support and the involvement of the United Nations Development Programme (UNDP).

1. How can a project aimed at lowering light quality all over the world have the audacity to name a centre “excellence of lighting”? Talk about Orwellian!

2. What about the possible health- and environmental consequences of distributing CFLs free of charge in countries where many are still struggling with literacy and daily survival? CFLs contain mercury and need to be a) handled with care and b) recycled correctly. Will the initiators of this campaign accept personal responsibility for making sure the CFLs are not accidentally broken around children and pregnant mothers, and that every single bulb get properly recycled after use?

In the Gulf Cooperation Council (which includes Bahrain, Kuwait, Oman, Qatar, Saudi Arabia and the United Arab Emirates, Philips doesn’t even wait for a governmental ban but initiates a phase-out singlehandedly, making it sound like a saintly sacrifice to help the environment when it is just a matter of getting rid of that pesky light bulb with too small a profit margin, in favour of more profitable lamps such as the hard-to-sell-CFL – naturally without mentioning any of its drawbacks such as mercury content etc.

Philips announces the phase-out of incandescent lamps in the GCC

And again this absurd focus on the small part of lighting that is used in private homes and not a word about things that could make a real difference, such as phasing out inefficient standard halophospate fluorescent tubes for offices or mercury vapour street lights.

The Bizarre Ban

Back to researching & blogging after a month of well needed rest…

The EU incandescent ban

The first phase of the absurd incandescent ban has now taken effect.

* As of this month it is now illegal to produce and import 100W incandescent bulbs and frosted incandescent bulbs. And frosted Halogen Energy Savers!

(Selling already existing stocks is still permitted.)

The regulation also includes requirements for new product information on the packaging for all lamps (which I think is a good thing that should have been required long ago).

Manufacturers support this phase-out. “We are very positive”, says Magnus Frantzell, CEO of the Swedish Lighting Manufacturers Association to Expressen. Well, what a surprise…

But it will not stop here. This is the full schedule:

* 1 September 2010: clear 75W (over 750 lumen) lamps will be banned (through minimum efficiency requirements).

* 1 September 2011: clear 60W (over 450 lm) lamps will be banned.

* 1 September 2012: clear 7W-40W (over 60 lm) lamps will be banned.

* 1 September 2013: tightened standards on CFLs and LEDs. No lamp type will be removed from the market, only lamps with poor performance. Possibly non-dimmalbe lamps will be banned.

* 2014: Review of the regulations by the EU Commission.

* 1 September 2016: tightened standards for clear halogen lamps. Only energy class B halogen lamps (C for some special cap lamps) will be permitted, which currently only the super-expensive IR halogen lamps with integrated transformer reaches. All other halogen lamps will be banned! [1]

Exceptions: “special-purpose lamps designed essentially for applications such as traffic signals, terrarium lighting and household appliances and clearly indicated as such on accompanying product information are not subject to these eco-design requirements.” Examples of special-purpose lamps: aquariums & terrarium lamps; germicidal lamps, lamps for display/optics; stage, studio, TV & theatre lamps; photo flash lamps; projection lamps, IR lamps; traffic signal lamps for roads, trains & aviation; car headlight lamps; oven & fridge lamps; temperarture- & shock-proof lamps; mirror lamps. [2]

Street, office & industry lighting

Somehow, without any public debate whatsoever, it seems that the EU Commission has also just snuck through a regulation on office, industry and street lighting. [4, 5]

* 2010: Phase out of T8 halophosphate fluorescent tubes (through minimum efficiency requirements).

My comment: This is good as they are not very efficient, contain more mercury, often flicker due to old type magnetic ballasts and the poor-colour-rendering light truly sucks. Should have been phased out decades ago.

* 2012: Phase out of T12 fluorescent (FL) tubes.

My comment: This is probably good too, although it will require many businesses to purchase new fixtures for the thinner, more efficient tubes with HF-ballasts.

* 2012: Phase out of high-pressure sodium (HPS) standard quality lamps (only E27/ E40/ PGZ12 affected).

My comment: This is acceptable as long as there are better quality lamps of the same type available. Not acceptable if it includes the decorative frosted incandescent-like lamps used in parks and Old Town-environments across Europe. These are somewhat less efficient but are needed for sensitive environments. Quality vs quantity. It cannot all be about quantity of light, we also need quality of life.

* 2012: Phase out of less efficient metal halide (MH) lamps (only E27/E40/PGZ12 affected).

My comment: Again fine, if there are better lamps of the same type still available.

* 2014: Review of the regulations by the EU Commission.

* 2015: Phase out of High-Pressure Mercury (HPM) lamps.

My comment: Excellent! Should have been banned decades ago, as soon as there were HPS or MH replacement lamps available for the same lumnaires. HPM lamps are most commonly used as street lights in cities. They give a truly horrid purple-white light which tends to turn green with age, contain more mercury than other lamps and are markedly less efficient than HPS, MH and CMH lamps.

The new warm-white Ceramic Metal Halide (CMH) are about twice as efficient and give a very incandescent-like light: truly great for street & park lighting.

* 2015: Phase out of plug-in/retrofit high-pressure sodium lamps (= direct replacement for HPM). Plug-in lamps must correspond to Super/Plus HPS level; almost all plug-in/retrofit lamps will be banned.

* 2017: Phase out of Poor performing metal halide (MH) lamps: (only E27/E40/PGZ12 affected).

My comment: Seems that the EU consultants and Commission are hell-bent on removing any light from the market that is remotely attractive and human-friendly. Warm-white MH lamps, and improved colour HPS lamps are the most incandescent-like alternatives after halogen. Phasing out these lamps may mean that there will be no frosted HID lamps left on the market, despite their usefulness commercially indoors. The Eco-design group does not care how the lamp is used, light quantity at all cost is their only goal.

It also means that every EU country will be forced to replace the whole street luminaire when stocks of replacement lamps run out. This will be good for the environment but may be more costly than some countries or counties can afford. Why not instead give special EU grants or other incentives to those who install the most energy efficient technology available, instead of removing whole lamp groups from the market??

Reflector lamps

As mentioned earlier in this blog, reflector lamps is the next group up for slaughter. [6] Preparation is going on currently and decision will be taken next year.

Halogen replacement bulbs for spotlights, floodlights and downlighters are at high risk of being recommended for phase-out, making millions of expensive desklights, spotlights and recessed luminaires useless as there are no CFL or LED alternatives for these tiny bulbs or tubes. Great for the luminaire market but not so great for the individual home owner who may have invested a gread deal of money into installing recessed fixtures etc.

Professional lighting designers despair at the thought, as should many galleries, shops, restaurants, hotels etc. as they will then no longer be able to create the uniquely luxurious and attractive lighting environments for their customers, made possible only with halogen spots.

If the lobbyists that keep pressuring the EU Commission into such follies have their way, we will be facing a very cold, dull and drab lighting future.

The logical thing to do would be to ban only the poorest performing lamps in each lamp group, since each lamp type has its own unique qualities that oftan cannot be replaced by another lamp type (the only exception being HPM lamps for which replacement with HPS, MH or CMH is an improvement both quality- and quanlity-wise).

* As no other lamps can replace small halogen bulbs for reflector lamps, neither quality-wise or size-wise, only the poorest performing in this class should be banned, not the whole group.

* As frosted incandescent lamps cannot quality-wise be replaced by anything but frosted halogen lamps, the ban on the latter should be lifted.

1. New EU directive: Say goodbye to the light bulb (Osram summary)
2. EuP Directive About Non Directional Domestic Lighting (detailed slide show)
3. EU directive – special purpose lighting (Osram summary)
4. EU directive – street, office and industry lighting (Osram summary)
5. Commission Regulation (EC) No 245/2009 of 18 March 2009 (original document)
6. Spotlight and downlighter bulbs next to be banned by EU