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The financial impact of inefficiency.

How to save energy through both societal and individual actions.

The financial impact of inefficiency.

Postby yesplease » Fri 23 Mar 2007, 11:45:10

Sometimes it just amazes me, although by now I figured I would've been used to it. A nice example is something like a fridge, staple of the modern American household. Every time it's opened, cold air spills out, which results in more work done by the compressor to keep everything cool, and more electricity consumed. How much? Well... According to a poster on another board, quite a bit.
$this->bbcode_second_pass_quote('', 'I') went ahead and tried this. I built a thermostat, mostly out of surplus parts I had sitting around. It's an all-analog design, similar to the one in the first article, and it was just intended to be a one-off thing. Then I bought a 9 cubic foot Whirlpool chest freezer for $300. It's bigger than what I was planning on, but it fit in the space very well and came with two baskets. Under one of the baskets, I zip-tied the temp sensor and fan (set to turn on when the fridge does). So I could return the freezer to stock in seconds.

It's certainly efficient. I had it set to turn on at 36 F, with a two degree drop, and it runs for about 6 minutes every hour. The killawatt says about 0.25 kwh/day, or 20 times less than my old fridge.


If the previous fridge used 5kwh/day, or ~150kwh/month, then it's cost was ~$15 per month, or ~$180 per year. At the very least it'll pay itself off in a year and a half. Now, for most people, iirc 10 cents per kwh is cheap, so they may end up saving ~$240-360 per year assuming they are paying ~15-20 cents per kwh and are still in their first alloted tier. If I go to the second, it would be ~$480-720, and I'd rather not talk about the third tier. 8O

So, it's not like we have any want for resources to do useful work. We're using them up as fast as possible imo. Why are we doing this? In the case of a fridge, it means billions of dollars in additional profits per year. A little bit from everyone is a lot of coin. Waste generates profit. Not for the majority, but for the minority that owns said resources and distribution methods. I suppose the best question for the average person is, what do you want to do with your money?
$this->bbcode_second_pass_quote('Professor Membrane', ' ')Not now son, I'm making ... TOAST!
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Re: The financial impact of inefficiency.

Postby steam_cannon » Fri 23 Mar 2007, 15:04:40

Inefficiency is entertainment and convenience, the things people expect from modern life. And yes inefficiency is profit for companies. An electric toothbrush for example, wastes much more then a fixed bristle brush... Beany Babies, usesless collector junk (unless used for target practice). But people chose junk if it is offered because they like inefficiency.

Image
This open air market is efficient. Local produce, low building cost, no electric costs, evaporative refrigeration...

Would Joe Sixpack go to this market if there was a Walmart? No, Joe hates efficiency! Joe wants circulars printed on shiny paper advertising specials! Joe wants food that traveled 6000 miles, air conditioning in the summer and sweltering heat in the winter, big open freezers running constantly to keep food cool and bigger parking spaces!

Sharing a refrigerator with your neighbor = pain.
Multi generation household = pain!
To Joe Sixpack efficiency = pain.

And hey Joe, if you are listening "peak oil" = Pain!

It is true that we can do a lot to be more efficient, multi generation households, sharing, wanting less, doing less... But very few people would willingly accept such solutions. People don't want to think about pain, hence peak denial...
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Re: The financial impact of inefficiency.

Postby steam_cannon » Fri 23 Mar 2007, 16:10:27

Inefficiency - Living Large
Image Image Image

Efficiency - Slow Sustainable Living
Image Image Image

Probable result of achieving greater efficiency?
Image
Less economic activity.
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Re: The financial impact of inefficiency.

Postby steam_cannon » Fri 23 Mar 2007, 17:04:16

Re: The financial impact of inefficiency.

Human Resource Management is another scientific approach to maximizing efficiency. Two companies merge and fire 1/3 of their staff... The poster started by talking about mechanical efficiency but resource distribution, jobs for people, food distribution - these are also elements of efficiency.

In our current inefficient system, lots of table scraps fall to the dogs below, metaphorically speaking. That will change as there are less available resources. Meaning high unemployment and large scale social problems.

Of course we will be able to increase our mechanical efficiency to some extent, like what the poster mentioned buying more efficient refrigerators... There are a lot of things that we can do, but we are not going to do what we used to do.
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Re: The financial impact of inefficiency.

Postby The_Toecutter » Sat 24 Mar 2007, 01:27:53

$this->bbcode_second_pass_quote('', '[')b]Efficiency - Slow Sustainable Living
Image Image Image


Efficiency - can also equal Fast, Sustainable, High Living Standards

Image Image Image

All depends on how we address it. It will be impossible for a middle class with today's living standards to continue to sustainably exist if members of today's parasitic power elite continue to consume orders of magnitude more resources than even your average American.

The average world GDP per capita is about $9,000/year(around half that is sustainable if biodiversity is to be maintained). This is about the limit that the planet can sustain. If we had access to 100+ mpg cars(possible by addressing aerodynamics and adding a diesel engine running on B100 without reducing size, without reducing performance, without significantly increasing cost), long range electric cars(NiMH EVs can achieve cost parity with gas cars at under $1.30/gal gas), used wind energy and hemp biomass to their limits in those areas that don't severely encroach further onto the environment, made our buildings much more efficient, built products to last instead of to be disposable(eg. desiging computers and TVs to last 20+ years instead of 5), used more efficient lighting, widespread availability of mass transit, used hemp in place of timber and cotton, ended all wasteful corporate welfare and defense spending, stopped subsidizing oil use, we could actually make that small amount of money do a hell of a lot.

We don't have to live like serfs to achieve sustainability, but in order to achieve that sustainability without living like serfs, the power elite class has got to go. They simply have too much of the pie and there isn't enough to go around for everyone else. This means no more big government, no more big business, no more stuopid oil wars. They suck up too much of our money. We need a more even distribution of income earning potential and we need greatly reduced taxes.

To put things in perspective, the average ecological footprint worldwide is 2.4 hectares per person. The wealthiest 2.5% of the world's population account for 80% of the world's current ecological footprint, needing an average of 13 hectares per person. The top one percent wealthiest need about 25 hectares per person. The average American consumes about 9 hectares per person. By increasing efficiency, we could cut the ecological footprint of the average American down to about 4 hectares per person without a huge living standard reduction(we'd live slightly better than the Western Europeans of today if everything was managed properly), This means Americans could have access to automobiles(albeit very efficient ones), electronics, and an abundance of food, but with increased efficiency, it would be much cheaper and they wouldn't need to work as much to have a good living standard, freeing up jobs for others. But for this to happen, less of that income has to go to taxes and profit margins. Those in impoversished countries would at least have enough to eat if everything was done right, and this reduction of poverty would lead to an eventual population decline so the population could be brought out of overshoot soon enough to avoid most of the massive dieoff.

Will that happen? Probably not. The Mad Max scenario will make the most money for the wealthiest among us, and they're currently calling the shots. Instead of sustainability, they want oil wars. Instead of more even use of resources, they'd rather most of the world's population to not have enough to get by. This will lead to war, famine, diesease, and dieoff.
Last edited by The_Toecutter on Wed 05 Mar 2008, 17:49:00, edited 1 time in total.
The unnecessary felling of a tree, perhaps the old growth of centuries, seems to me a crime little short of murder. ~Thomas Jefferson
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Re: The financial impact of inefficiency.

Postby steam_cannon » Tue 27 Mar 2007, 00:52:01

$this->bbcode_second_pass_quote('The_Toecutter', '
')Efficiency - can also equal Fast, Sustainable, High Living Standards

This means Americans could have access to automobiles(albeit very efficient ones), electronics, and an abundance of food, but with increased efficiency, it would be much cheaper and they wouldn't need to work as much to have a good living standard, freeing up jobs for others. But for this to happen, less of that income has to go to taxes and profit margins. Those in impoversished countries would at least have enough to eat if everything was done right, and this reduction of poverty would lead to an eventual population decline so the population could be brought out of overshoot soon enough to avoid most of the massive dieoff.

As someone who does efficiency work, increased efficiency means job cuts, not more vacation time. The problem is growth. Peak oil means the end of economic growth, which is what most of our economy is based on. Sure peak energy/materials means the system will have to be more efficient, but that means less jobs.

Regarding windmills... Well, as they say windmills don't breed windmills. Though a car next to a windmill makes a great picture. :-D

The problem with these wonderful technologies is that they cannot make up for sharp depletion curves and even sharper EROEI. Historically painful shortages have happened in this country before. In 1973 US oil field depletion meant the end of growth for the US for that time. That is until we secured a new river of oil from the world market. Now that river is running dry and we are back in 1972 talking about windmills (again).

Not only is oil running out, but copper for electrical distribution, alloys for steel making, and arable land for biofuel crop production. Lithium is great for batteries and is a common element. But quality deposits are not common.

Image
This is a lithium mine and when a mine is empty it's just a hole in the ground.

Manganese Production (Used for steel making in the US)
Image

Natural gas is following a similar decline curve. World food production presently draws from grain reserves to keep production meeting demand. Fields drying up due to climate change, these are not problems that can be solved by planting more switch grass. Biofuels will be tried to shorten the gas lines, but lines and shortages are historically what happens.

My vision of the future is based on historical observations of The United States, The Former Soviet Union, and happening demand destruction events in the world.

Image
History or the future? It's happened before, just like past talk about windmills in Mother Earth Magazine.

What can we learn from all this:
* Wind, Biofuels production, efficient cars will all become important.
* From our history of metal mining, recycling is going to become more important.
* Eliminating food waste, victory gardens...
* Change happens against peoples will, as in gas lines... That's the rub.
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Re: The financial impact of inefficiency.

Postby The_Toecutter » Tue 27 Mar 2007, 03:32:06

$this->bbcode_second_pass_quote('', 'A')s someone who does efficiency work, increased efficiency means job cuts, not more vacation time. The problem is growth. Peak oil means the end of economic growth, which is what most of our economy is based on. Sure peak energy/materials means the system will have to be more efficient, but that means less jobs.


Greed at work. It doesn't HAVE to lead to that, but inevitably our large multinationals want to maximize returns.

As is obvious, unlimited growth is impossible. Either we can do things the responsible way by allowing what little resources will be available to stretch further, or we can keep propped up the current elite social class we have today at the expense of everyone else.

If our market were truly free, consumers would have already gotten their say with cheap wind energy, cheap to run electric cars, hemp for biofuels/plastics/medicines... But entrenched business interests and big government stalled these things to protect their profit margins, either through legislation or outright refusal to meet market demand.

Too bad.

$this->bbcode_second_pass_quote('', 'R')egarding windmills... Well, as they say windmills don't breed windmills. Though a car next to a windmill makes a great picture.


Perhaps not, but the materials they are made of are recyclable and they can produce energy that could be used in the construction of more windmills.

Realistically, our grid can handle up to 20% wind, factoring in that it doesn't produce reactive power and is only stable over vast areas of land. While the U.S. may have enough land to place windmills without encroaching on protected land to power itself many times over, it would never be able to make use of all that with today's energy storage technology. Large scale turbines are cheaper than coal, about $.03-.05/kWh compared to $.04-.06/kWh for coal, but are much, much less profitable. All of that mining, transporting, processing, and burning has profit margins lined into it. Therefore, less than 1% of our grid is wind, when we could be using a lot more.

$this->bbcode_second_pass_quote('', 'T')he problem with these wonderful technologies is that they cannot make up for sharp depletion curves and even sharper EROEI.


With conservation, it wouldn't matter near as much.

Wind turbines have EROEI > 25. Industrial hemp has EROEI > 2, needs very little fertilizers, no pesticide inputs, takes decades to deplete the soil(and can aid in restoring it from damage caused by previous crops), can be grown in almost any climate, make biodiesel for the equiavlent of $.60/gallon, and yields 300 gallons of seed oil per hectare per harvest.

Well to wheels, electric cars will consume about half the energy of equivalent gas ones.

Even a modest amount of hemp for biofuels would go extremely far if cars addressed aerodynamics and used diesel engines to get 80+ mpg without reducing the size or the acceleration capability of the car. Aerodynamic drag reduction and other efficiency modifications can be applied to gasoline cars as well. Google search the following:

*Opel Eco Speedster(diesel), 94 mpg combined fuel economy, 160 mph top speed(electronically limited), 0-60 mph in 8.9 seconds, sports car
*GM Ultralite (gasoline), 88 mpg, 135 mph, 0-60 in 7.8 secs, compact
*Loremo LS (diesel), 157 mpg, 100 mph, 0-60 in 19 secs, sub-compact
*Loremo GT (diesel), 88 mpg, 138 mph, 0-60 in 9 secs, sub-compact
*VW 1 Litre (diesel), 235 mpg, 78 mph, sub-compact
*Jetcar 2.5 (diesel), 87 mpg, 100 mph, sub-compact
*VW Lupo 3L (diesel), 79 mpg, 102 mph, 0-60 in 12.7 secs, compact
*Mercedes Bionic (diesel), 55 mpg, 118 mph, 0-60 in 7.9 secs, compact
*Ford Prodigy (diesel-electric), 72 mpg, 80 mph(lim), 0-60 in 12 secs, midsize
*GM Precept (diesel-electric), 80 mpg, 85 mph(lim), 0-60 in 11.5 secs, midsize
*Dodge Intrepid ESX3 (diesel-electric), 72 mpg, 90 mph(lim), 0-60 in 11 secs, midsize
*VW Ecoracer (diesel), 69 mpg, 143 mph, 0-60 in 6.3 secs, sports car
*Audi A2 3L (diesel), 78 mpg, 105 mph, 0-60 in 13 secs, compact
*Renault Twingo SmILE (gasoline), 71 mpg, 93 mph, 0-60 in 14 secs, subcompact
*VW Wundercar II (diesel), 118 mpg, 112 mph, 0-60 in 12 secs, subcompact
*Vapor Fuel Technologies Ale (gasoline), 92 mpg, 140 mph, 0-60 in 5 secs, single person commuter
*Opel Astra ECO4 (diesel), 54 mpg, 109 mpg, 0-60 in 13.5 secs, compact
*Mitsubishi i (gasoline), 62 mpg, 115 mph, 0-60 in 10.6 secs, sub-compact
*Daihatsu UFE-III (gasoline), 170 mpg, sub-compact


The typical American midsize sedan accelerates 0-60 mph 10 seconds, tops 115 mph, and gets ~27 mpg on gasoline. Considering the above and the fact that these fuel efficient designs are possible with a cost penalty under $2,000 in most cases(and some cases none at all), isn't that embarassing? With gas prices what they are, consumers clearly want vehicles like this!

Allow an extensive mass transit system as America had pre 1940s so that the car isn't a necessity, have long range EVs available for Americans to purchase, have 60+ mpg biodiesel cars, allow cultivation of cannabis for fuel, plastics, textiles, timber, and medicines, stop subsidizing wasteful factory farming so that more sustainable practices are again the most affordable option, use wind and biomass where it is applicable, build houses to use passive solar heating and cooling, stop letting the oversubsizied airline industry prevent high speed electric rail systems from being developed in the US for long distance applications, and we could literally cut both our oil and energy consumption by more than half without yet sacrificing living standards.

While not all of these can be done immediately, we could be getting started on them now and be in a very good position 10 years from now. But industry wants to maximize the flow of money from your wallet to their investors and government wants to mazimize the flow of money from your wallet to their bureaucrats, so they aren't going to help improve efficiency in the least.

$this->bbcode_second_pass_quote('', 'H')istorically painful shortages have happened in this country before. In 1973 US oil field depletion meant the end of growth for the US for that time. That is until we secured a new river of oil from the world market. Now that river is running dry and we are back in 1972 talking about windmills (again).


We had the perfect opportunity to put the windmills up then, albeit they weren't cost effective then like they are today. But our government likes for us to consume oil. It's easy to tax, a convenient excuse for war, and easy to use as a means to control the public. Can't do that if a good number of individual people and small businesses are producin their own energy and fueling their own cars, or have widespread access to convenient and cheap mass transit... With ever increasing oil use, the corporations get their increased growth, which is not filtered back to the masses(since 1970, productivity per capita has more than doubled but real wages have declined).

We're going to have to cut somewhere. Best to start cutting where all the fat is: big government and big business.

$this->bbcode_second_pass_quote('', 'N')ot only is oil running out, but copper for electrical distribution, alloys for steel making, and arable land for biofuel crop production.

Copper and other metals may be getting scarce, but they are also recyclable and more is being found each day. Sadly, much of it is sitting in land fills as I type this.

Even if the price increases 10-fold, there shouldn't be any serious problems. Its impact on the cost of an electric car, a wind turbine, or the cost of electricity in general is not as much as one would nornmally believe.

Ariable land for biofuel production heavily depends on the crop. You can grow hemp in almost any area, deserts or tundra, and it depletes the soil very slowly while helping prevent erosion started by crops like corn. We have more than enough land to meet America's current energy needs with hemp(albeit not sustainably!), but realistically, hemp could probably give us about 10-15% of current consumption in a sustainable manner. If we increase the efficiency of our autos 3 times or more and have widespread access to mass transit so VMT drops, it would go a very long way.

$this->bbcode_second_pass_quote('', 'L')ithium is great for batteries and is a common element. But quality deposits are not common.

Lithium isn't the only resource we can use for batteries.

By varying the chemistries, using Li Ion, NiMH, advanced graphite foam lead acid, ect., just taking 1/3 of commercial reserves for them leaves enough for about 500 million NiMH and Li Ion equipped EVs with > 200 miles range, nevermind more could be allowed with advanced lead acid. These materials can be recycled when the pack is spent. Mind you, I think having that many cars on the planet is stupid, but it could be done if there really were a need...






Personally, I think we are headed for the Mad Max future. The real rub is that it was all preventable, except for the greed of a very small and very wealthy segment of our population who stand to lose their vast profits if we go to a sustainable society.
The unnecessary felling of a tree, perhaps the old growth of centuries, seems to me a crime little short of murder. ~Thomas Jefferson
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Re: The financial impact of inefficiency.

Postby steam_cannon » Wed 28 Mar 2007, 01:27:59

$this->bbcode_second_pass_quote('The_Toecutter', 'P')ersonally, I think we are headed for the Mad Max future. The real rub is that it was all preventable, except for the greed of a very small and very wealthy segment of our population who stand to lose their vast profits if we go to a sustainable society.
I hear ya... And though I feel like disagreeing a little with your comment on the wealthy, drunk asinine Paris Hilton types are so not worth defending. :roll:

Also I think the oil quiz link posted today in another forum pretty well summed up the economic problems of Time and Scale facing us after peak. 1970's all over again, but with no end. Oil Quiz - http://www.energybulletin.net/27804.html

$this->bbcode_second_pass_quote('The_Toecutter', 'G')reed at work. It doesn't HAVE to lead to that, but inevitably our large multinationals want to maximize returns.
Something amusing about my efficiency work stuff (making a data systems department more efficient). Part of my last job was to eliminate my job... So you can't say I didn't get my just deserts! :razz:

$this->bbcode_second_pass_quote('The_Toecutter', 'C')opper and other metals may be getting scarce, but they are also recyclable and more is being found each day. Sadly, much of it is sitting in land fills as I type this.
Well, my thoughts on this... Copper is recyclable but most good copper is in use, you can't recycle something being used. The copper in landfills? Most landfills already sort and sell off any large scrap metal - a great way to buy discount roofing materials. And about the copper in the landfill? Well, there are small strands to be found, but this takes significant effort and has issues not present in high grade ore. Copper in landfills is contaminated with lead, coated with rubber and in small quantities. And IMO, not at all like a good copper ore. And as for more ore being found each day, I believe most large deposits have been found and are being exploited, like oil and gas.

But hey I'll tell ya The_Toecutter, I like your style, hope mixed with realism...

Something amusing, your user name makes me think of a bedtime story about a kid that pulls up a toe in a garden. Their family cooks it up. Then the owner of the toe comes looking for his toe repeating "where's my toe"... ..."It's here!!!" "Now go to sleep." And for some reason my wife doesn't like my bedtime stories. :lol:
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