If energy needs to be saved, there are good ways to do it.
                                                               Government product regulation is not one of them

Showing posts with label History. Show all posts
Showing posts with label History. Show all posts

Tuesday, December 17, 2013

Why Ban the Bulbs?
Alternative Information, Taxation and Market Policies to Product Prohibition


Worldwide,
the game is on for ever more restrictive usage standards of allowable products in society, be that the energy use of buildings or cars, the water use of toilets or showers, or the electricity use of a host of other products.
Already questionable in terms of actual savings and in the compromised performance and usability of what is left for people to buy, the policy is even more questionable on electrical products.
This is not only because there is a whole range of energy alternatives to counter any shortage, but also because electrical product use is not coupled to energy use. Banning certain cars or toilets may at least theoretically reduce their oil and water consumption. Electrical products are not coupled to say coal use, coal and power plant policies can be directly implemented, and the necessary saving of long-lasting/renewables carries its own question mark - in particular as we look at incandescent bulb bans, since they largely use off-peak evening -night surplus capacity electricity and thereby could never save on the building or extension of any power plants even on accepted saving assumptions.


Fundamentally,
if a politician has something in his or her head that can be likened to a brain, he/she could of course first consider alternatives to banning what people want to buy (no "need" for a ban if they don't want to buy it).
Unfortunately, in today's world, first politicians find it necessary to continually subsidise corporate "green" products, and if this is "not enough", then the competition has to be banned too, with new standards that "happen" to allow the patented goodies of corporate buddies to pass through the needle's eye, with the backing of well-meaning but naive green people, all crying together in ecstasy over saving the planet and echoed by a pathetic media that regurgitates everything thrown at it. Yes folks, it's called progress.


But there is another way.
Actually, several ways, that at least should be considered and arguably implemented to see if effects are judged as sufficient, before arriving at the nuclear option of a ban.

To make clear: I don't consider the product targeting is necessary in the first place.
But the point here is that even going along with the supposed saving effect and justification of targeting products, jumping to bans is still wrong.
Information, building on past efforts, and taxation, with or without parallell subsidy policy, are two alternatives.
However, market competitive stimulation as finally considered is in my view best in any product targeting.



While the following is all applicable to the USA, the EU and anywhere else,
it is also part of a reply to the Canadian Natural Resources Government Ministry, Office of Energy Efficiency, concerning the Canada Gazette Vol. 147, No. 40 — October 5, 2013 published proposal on Light Bulb Regulations to be effective as from Jan 1 2014,
and the invitation to comment by December 19th.

See the introductory post in the series, also covering policy aspects of the Canada Government proposal to switch to USA standards (sections 1 and 2 below).
A main claim is that Halogens "similar to traditional bulbs" will still be allowed, but they will be banned under US law as referenced, and the Government proposal itself speaks of further standard restrictions being facilitated.
Also, Canadian media has missed that the light bulb rules are said to be just a beginning of a switch to USA laws, with implications not just for Canadian sovereignty, but also of local Canadian manufacture and service to specific Canadian needs.

A second post highlighted the particular advantages to Canadian citizens of incandescent bulbs, being a lot more than just incandescent heat, as reflected in time spent at home, home size, number of bulbs and the varied lighting conditions where incandescents are a more desirable choice (section 3 below).


This time, therefore, the highlighting that the knee-jerk banning of products as requested by greens and corporates in odd unison is not the only relevant policy to assure lower energy consumption (section 9 below).
Information, taxation/subsidy and market policies are ignored as alternatives. Why?

1. Why Alignment to USA will also ban Halogens
2. What is good for Canadian Industry, Jobs and Consumers?
3. How Incandescents have particular Advantages for Canadians
4. Simple Incandescent Advantages versus Halogens
5. On Energy saving for the Nation
6. On Emission saving for the Planet
7. On Money saving for the People
8. Worldwide Policy and Major Manufacturers
9. Alternative Policies targeting Light Bulbs
10.Incandescents - the Real Green Bulbs?


Full version:  As Doc    As PDF


As with all section extracts, the below may refer to other parts of the full document.
Certain revisions and update improvements have been added compared to the document version (until that in turn is updated).
This also expands on relevant parts of the 14 point "How Regulations are Wrongly Justified" general international summary.




9.  Alternative Policies targeting Light Bulbs    


Worldwide, remarkably little consideration is given to alternative policies, not just - as already seen - with respect to saving energy, but also with respect of saving energy when targeting light bulbs themselves.
Much the same goes for all other energy efficiency regulation.
Obviously the last section on lobbying and undue influence might - and should - raise questions as to why that may be so.

There are (at least) 3 alternative policy divisions.
In a sense "there is something for everyone", as it includes both traditional left-wing and right-wing policies.
Again, this makes the avoiding of any such policies all the more puzzling.

The consideration here will therefore be on information, taxation/subsidy and market stimulation policies.




Information Policies  


In the world of odd justification of banning light bulbs, we may as well throw in another one.
US and EU politicians keep talking about uninformed consumers making the "wrong choices".
The right choice is of course always what the politicians want.
Be that as it may, the idea of clear labelling of what people buy presumably helps.
So in the USA and EU, first the bulbs are banned on the basis of poor choices by uninformed consumers, then clearer labelling in terms of bulb brightness comparison and energy use is introduced.
Cart before the horse. Brilliant.

The converse of this is of course that politicians - and not without justification - can say that at least they have had a lot of energy saving and switchover campaigns to encourage switching bulbs (they are even called "energy saving" rather than fluorescent or LED bulbs, for heaven's sake) and store displays tend to do likewise.
On top of that, Canada delayed two years with a specific consumer information rationale and to ally fears about fluorescent bulbs.

One might say that if well-informed people still make the wrong choices, they are either incredibly stupid, or, dare one say it, the ban pushing politicians are.

We are back to the reasons why people choose bulbs, which is not just to save energy, but also not just because incandescents are cheap.
The main point - as highlighted in official and institutional studies (OEE, BC Hydro) is that the penetration of energy saving bulbs is actually pretty good, as in the USA and EU the overwhelming majority have at least one and usually more of them.
The purchase pattern simply suggests that they do not want all their bulbs to be the same kind.
To repeat, the campaigns to "switch all your bulbs and save money" is like saying "Eat only bananas and save money".

There is of course also the simple logic applying that any success in achieving switchover, that for example BC Hydro keeps mentioning albeit via subsidised replacements, or out of "energy saving" bulbs getting "ever cheaper and better", also means less and less savings from imposing a ban - which therefore in turn does not just hit "reluctant technology-fiend backwoodsmen" but also any "progressive" household who sees room and environment conditions where incandescent use is still advantageous (particularly rarely used lamps that don't warrant any unsubsidised costly LED clones either).

Again
New lighting is bought - why ban old lighting, no point
New lighting is not bought - why ban old lighting, no point


It remains strange that particularly in Canada, where a ban was delayed on informational grounds, a ban is deemed necessary for what is said to have been successfully informed consumers about their choices (even if taken as being information about "post-ban" choices, it is still consumer information about the alternatives to simple incandescents).
Assuming a nevertheless continued desire to target bulbs, we have the tax/subsidy and market stimulation alternatives.

In comparison with a regulatory ban, taxation (and/or subsidies) have several advantages apart from keeping choice.




Taxation-Subsidies  


Why are simple incandescent light bulbs being banned?
They are not being banned for being unsafe to use, like lead paint.
No, the reason for banning bulbs is simply to reduce the consumption of energy.

After all, as regulation proponents keep saying,
"We are not banning the bulbs, we are setting energy usage limitations on them!".
Similarly with the plethora of energy usage limitations on buildings (climatically sealed), cars (performance issues, and possible safety issues, in limiting heavier types), white goods, TV sets, computers and much else, and resulting in choice limitation on varied usability/performance characteristics as per references.

Taking a "liberal" left-wing stance, how do governments usually reduce consumption?
Of safe products like luxury goods, or even unsafe ones, like tobacco and alcohol?
That's right - taxation.

Note the Government income from taxation to appropriately reduce energy consumption anywhere along the usage chain, say on coal, electricity from coal, any electricity, or on individual products without replacement worries, compared to a pedantic multitude of carefully crafted legislation on what consumers can or can't buy and use - and without any direct government income from it.

Taxation is of course also of popularity concern to politicians, particularly in the USA.
But this can be countered with how the money is spent - at least among poorer voters - such that for example electricity price rises may be countered by home insulation schemes.
Moreover, taxing say coal (or CO2 emissions) makes renewables and other sources more attractive, and with proper grid competition the switching of suppliers is easier.
As for product taxation, taxation can help subsidise the lower price of alternatives.
A quadruple whammy, in reducing consumption, equilibrating the market, keeping choice and maybe leaving some government income for other uses.
So much for "the market has failed - we must ban these products".


That's not all:
Because in facing the inevitable grumble about the "higher price" for a targeted product, politicians can therefore counter that they are lowering the price on other products, or similarly on lowering the price of alternative electricity provision, where subsidising renewables may be helped out of coal tax receipts.

It gets even better, in the sense that with say light bulbs, there'd be knowledge that a ban would have been the alternative - and the government can of course remind people of that too.

For a government so inclined it gets still better with the simple incandescent light bulbs, compared to other products.
They are cheap and can proportionate to price absorb a fair bit of tax, and they have a relatively fast turnover as commonly produced in short (1000 hr) lifespans.
I could not locate Canada relevant annual light bulb sales, but a rough estimate based on 13 million households and average 36 lighting points and somewhat less than half relevantly incandescent and comparable pre-ban Scandinavian turnover rate would be well over 100 million annual incandescent sales.
Whatever, a neat little earner, even if taxing obviously reduces sales (conversely a very pro-ban government can of course equate with a ban by a large tax, but then the ban route becomes more logical except for determined buyers of the bulbs).
Bans as said give no government income (at least not directly - strictly, supposed household money savings from a ban can be used for other taxable consumption, but the money savings argumentation is itself dubious for reasons given, and savings are of course more indirect anyway, also in assuming people will relevantly spend the money in equal or greater taxable ways).

That is not all.
It is much easier to implement and to alter taxation, and easier to flexibly apply it to new products that change the market situation, than clumsy one-set-standard regulations that need to have complex bureaucratic worked-out replacements - as seen from current elaborately defined regulations.
It is also easier to remove taxation when deemed no longer to be needed (eg when sufficient low emission energy is available), without having to restart the abandoned manufacture of products, as with regulation.


Still, I am against taxation as the best alternative choice, as it assumes there is a reason to target the bulbs, and affects local industry and jobs advantages and much else for much the same reasons as bans.

There is a still better alternative...




Stimulation of Free Market Competition  


If light bulbs need to be targeted in the first place (doubtful, for all other reasons given), then market stimulation, or more exactly market competitive stimulation, is in my view the best option also to lower energy consumption all the way along the energy usage chain:

Firstly, because producers of electricity, just like manufacturers, are then more keen to keep down their own energy usage and cost.
Secondly, because manufacturers are also pushed to deliver energy and cost saving products that the public actually want (and have always wanted, and do buy, even when costing more, and can imaginately be marketed for their savings in usage - rather than to lobby regulators for easier profits through bans on cheap competition).

"Expensive to buy but cheap in the long run"?
Clothes, battery, or washing up liquid manufacturers don't look for bans on cheap alternatives.
They properly and imaginatively advertise their wares.

New inventions, new products, energy saving or with other advantages - can always be helped to the market, though not continually supported.
Contrary to common political propaganda, innovation does not necessitate banning what has gone before.
On the contrary, product innovation - whether with buildings, cars, washing machines or light bulbs - is proven as desirable, in direct comparison and direct competition on the market place.
A progress seen throughout history, also of new energy saving alternatives, like the invention of fluorescent and LED lighting - without regulations being present.

The proposal specifically states a reason for delaying the ban was "for further advances in lighting technology to develop".
Presumably waiting longer allows still further development, and still less reason to ban alternatives.

The retort may be that "banning forces speedier development of new products":
Obviously by necessity it brings new alternatives, but it is development that aims to fill the gap of popular incandescents - look at all the LED incandescent bulb clones.
Hardly true or exciting progress, now is it, hand on your hearts, Canadian politicians?
As said, intrinsic advantages are of incandescents as bulbs, fluorescents as tubes, and LEDs as sheets, and was the original development of the latter 2 products, before all the push to compromise them as bulbs (yes, still with advantages of their own technology, but hardly developed as such now in bulb format, eg the flexible color temperatures of RGB LEDs rather than White LED bulbs).


A further issue is that regulation cut off standards don't just ban what exists. It bans all that could have existed, and never will, despite possible advantages beyond consumption of energy in usage.
For example in new bio-luminescence research, if assisted power consumption went beyond a certain level it would never be allowed, given new technology-neutral energy consumption standards.
Of course incandescent technology development itself is doomed for lack of research funding commitment on what would likely anyway be banned.

The point is not that energy saving is not good. Of course it is.
But product bans that are arguably overall and comparatively pointless in saving energy become a form of totalitarian policy to favour some whisper-in-the-ear multinational corporations to force people to buy products they presumably would not otherwise buy (or the bans would not be "necessary"), products which might indeed improve in internal competition of restricted choice but hardly as much as on an open free market against a multitude of products and manufacturers, and without the quality-for-price pressure that the continued existence of cheap alternatives would give.

Canadians like people elsewhere spend much of their lives under artificial lighting.
There is hardly any regulation that has such an effect on so many for so much of the time.


How many politicians should it take to change a light bulb?
None.

How many citizens should be allowed to choose?
Everyone.



How Regulations are Wrongly Justified
14 points, referenced:
Includes why the overall society savings aren't there, and even if they were, why alternative policies are better, including alternative policies that target light bulbs.
 

Monday, December 2, 2013

Learning from History: Audio Incandescent and Solid State

Revision, additions: December 2, November 29     Original Post: November 28

The beginning of the EU review of the 2009 light bulb regulations which sees the November 25 launch of the EU (European) Commission alteration proposals has been covered here earlier with extensive analysis.
Subsequent posts have covered industry views, mainly LightingEurope (Philips, Osram and other manufacturers).

The main recommendation here as part of the first stage 6 review by the Commission, concerning the future of halogen replacements, is to allow frosted halogen bulbs, which were not banned for any energy efficiency reason but rather to push sales of CFLs, an outdated legacy ban given that solid-state LEDs exist in both clear and frosted versions and will "be bought more and more" according to both the Commission and its energy efficiency advisers, on the basis of becoming "ever better and cheaper", which rather takes away the whole point of the ban.


Compare the close historical relationship to incandescent audio tubes/valves...
after all, who are the major light bulb manufacturers?



source  vintage ad browser







     





The tubes (structurally like incandescent bulbs) were not banned in radios and other audio equipment when "ever better and cheaper" solid-state transistors (structurally like LE diodes) came along: manufacturers - not governments - supplied energy-efficient market demand.


Today's EU Commission would have jumped on top of the "energy-guzzling" tubes.


Never mind that they have retained niche uses - and launched a rock and roll guitar amplifier age.
As with light bulbs, the Killjoy Commission would have been at the forefront of ban implementation to make sure that never happened - which just goes to show that setting usage standards does not just ban existing products - they ban what could have existed, and never will.
Relating such argument to light bulbs, see the post "What We Will Never See".




So who do the Commission talk to about all this?
"Stakeholders".
Ordinary people are never seen by the EU as stakeholders. They just have to swallow what's coming to them.
In fairness, "everyone can't be heard", but Consultation Forums that fill the room with Energy Agency Yes-Men hardly make for balanced conversation.

This is also why alternative views to the EU process have been posted here in recent days.




How Regulations are Wrongly Justified
14 points, referenced:
Includes why the overall society savings aren't there, and even if they were, why alternative policies are better, including alternative policies that target light bulbs.
 

Thursday, October 18, 2012

The Edison Tech Center:
All About Incandescent Lamps!






Having recently covered the Edison Menlo Park Museum Light Bulb Memorial
("You Buy its little Brother for a Dime"), a natural follow on is a look at the Edison Tech Center in Schenectady, New York...

The Edison Tech Center is a unique multi-department, dynamic, hands-on workshop that turns the technological revolution into an experience and transforms the historic giants of technology into "virtual" teachers and motivators. Our facility provides access to samples of technology spanning over 130 years. Participants of all ages can see how things work, and learn about the engineering pioneers who helped improve our world.


From an extensive website system, taking lighting alone, a menu page leads on to separate sites for all sorts of lighting, their development, how they work, and their advantages and disadvantages:
incandescents, arc lamps, fluorescents, LEDs and more...





In turn then, a good presentation of íncandescent lighting through the ages, with photographs, videos, documents...






Bamboo is good for pandas... and light bulbs!

Joseph Swan and Thomas Edison independently hit success by making a bulb that would last a reasonable number of hours.
Swan used carbonized paper to create his early filaments.
Edison first used carbonized sewing thread as a filament, he managed to get it inside a vacuum. This made his first practical lightbulb. He used carbonized sewing threads until 1880. Then he used paper bristol board. (Carbonized paper) This move increased lamp life to 600 hours.

Bamboo brings great improvements:
1883: As the story goes Edison was using a fan on a hot day, he unwound fine bamboo on a fold-out oriental fan. He carbonized it and tested it as a filament. He send assistants to Japan to find the type of bamboo that was used in that fan. They found it and imported the filaments.

The first bamboo filaments had a square shape because they were cut from larger pieces using a certain process. He electroplated the bamboo directly to the lead in wires to avoid the high cost of platinum clamps. Later he used carbon paste to adhere the bamboo to the lead in wires.

Edison continued to use bamboo filaments until the creation of General Electric in 1892...








Halogen incandescents have their own site...





The halogen lamp has a tungsten filament similar to the standard incandescent lamp, however the lamp is much smaller for the same wattage, and contains a halogen gas in the bulb. The halogen is important in that is stops the blackening and slows the thinning of the tungsten filament. This lengthens the life of the bulb and allows the tungsten to safely reach higher temperatures (therefore makes more light). The bulb must be able to stand higher temperatures so fused quartz is often used instead of normal silica glass.








Not forgetting flashbulbs...



The traditional flashbulb is another type of incandescent lightbulb. Early flash bulbs used a aluminum, zirconium, or magnesium filament or aluminum foil. Current was passed through the material and it glowed. The melting and boiling point of aluminum, magnesium or zirconium is so low that the lamp would vaporize the metal, which further intensified the brightness. Early lamps would last one flash and had to be replaced. Early flashbulbs often had an Edison type screw in thread like a regular lightbulb. Later lamps could last a few flashes. Later on disposable flash bulb arrays were developed to allow many flashes without switching bulbs.

Modern flashbulbs found on most cameras are no longer incandescent bulbs. They are tiny xenon arc tubes. An electric arc is formed through xenon gas. These have the great advantage of being reusable. They have the disadvantage of being a shorter duration than incandescent flash bulbs. This means they have to be more precisely timed.




Finishing with a threatening but perhaps also hopeful note...

The future of incandescent lamps:
The Incandescent lamp has been in the average household for more than 120 years. In the last decade a major initiative to develop more (energy) efficient lightbulbs has replaced much of the world's bulbs with compact fluorescents.
There has been significant resistance to bans on the incandescent bulb...
 

Monday, August 20, 2012

Bob Kyp, Carbon Filament Light Bulb Maker

Some editing and updates Oct 9 2013


Continuing on the theme of small enthusiastic businesses that may be affected negatively one way or another by the light bulb regulations:
To so-called "Progressive" political supporters this probably seem like a hankering after the Good Old Days, when it of course is simply a hankering after Choice!

Liking a lantern or old-fashioned bulb in some situations actually does not preclude liking LED panel lighting or whatever in other situations.
This seems amazingly hard to understand, by the detractors!

Turning from a lantern maker to a light bulb maker..
Bob Kyp, who died last year, was an inventor holding patents for radiometers as well as light bulbs. He had set up and run Kyp-Go, America's only carbon-filament bulb manufacture, since 1964.



As the Kyp-Go.com website expands, slightly edited:

Many, many years ago, a small boy had a dream -- a dream which became a life's work. With no high school diploma and no further formal education, Robert (Bob) Kyp was a dreamer, a tinkerer, who liked taking things apart, analyzing their workings, and fixing things. At 16 years old, Bob began working in a factory making carbon filament lamps. The experience he gained in that job and tinkering of his own, eventually led to his own company (Kyp-Go), and a US Patent for an oscillating carbon filament bulb.

Kyp-Go was founded in 1964. The business initially was operated in Glen Ellyn, Illinois, then moved to West Chicago, and then to St. Charles, Illinois where the business remained until 1992 (for 20 years). During the early years, Bob partnered with his two brothers, Jim and Tom to grow and further develop the business. In 1992, Bob moved to DeLand, FL and brought the business with him. We believe Kyp-Go to be the only manufacturer of carbon filament bulbs in the United States.
The experiments that got him started in the business continued - Bob was in his shop every day pursuing new ideas.





Apparently just released, at a preview party Chicago August 16 2012


For the Love of his Lamp
A documentary about famous American inventor Robert (Bob) Kyp and his carbon filament light bulbs, directed by his granddaughter Quinlan Kyp-Johnson (her website, more videos and artwork).




     
      Bob  and  Quinlan



Trailers, Film Sections

The documentary includes this Facebook archive 2 minute history of lighting, up to early light bulb making




A good 2 minute trailer about Bob and his light bulb making




A 3 minute trailer focusing on how others have used his invention




Finally 18 minute documentary demo, with most of the above included



Alternatively since the original post, via Youtube: http://www.youtube.com/watch?v=rxT3X-IPsL4


Video clips and more information also available from the specific Vimeo video site or the Facebook pages for the documentary and MaLoRo production company.

Funding appeal and background description also on Indiegogo.com