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Community Energy Systems

Nobel Prizes This Year Reflect A Turn Toward A Steady State Economy – Elinor Ostrom is a perfect example

While there was huge howling on both the right and the left about Barack Obama winning the Nobel Prize, I think it was mainly because they don’t understand that we are shifting from a “growth” paradigm to a “sustainable” paradigm and the Nobel people were publicly recognizing that fact. I think if they all knew what that meant, they would be howling even louder. What Barack and company have understood is that standard politics is about to become irrelevant. That is that the Growth method of economics is about to become obsolete and with it a whole way of life.

http://www.mysinchew.com/node/30218?tid=14

The sustainable economics of Elinor Ostrom

2009-10-14 17:56


It was not by chance that Elinor Ostrom was awarded this year’s Nobel prize in economics.

Global warming, along with the preservation of the quality of our environment, has become the most pressing issue facing the human race.

The presentation of this year’s Nobel prize in economics to Elinor Ostrom and Oliver E. Williamson–in particular Ostrom’s dedicated researches in the inter-relationship between mankind and our ecological system, thus ensuring the sustainability of our water, forest, fishery and other shared resources–should serve as a loud and clear alarm to mankind, who have now come face to face with ecological disasters of unprecedented proportions.

Environmental initiatives continue to thrive in all corners of the Earth. Although many people are well equipped with the knowledge of protecting our environment, few will actually turn that knowledge into practical actions, resulting in the piling up of trash, severe river contamination, illegal logging as well as ill-planned and uncurbed developments. The quality of our environment has deteriorated further, culminating in a broad array of hygiene issues and illnesses.

Elinor Ostrom spent her teenage years in the depth of the Great Depression and the subsequent second world war, when resources were scarce and potable water a rarity. She grew vegetables in her own yard, and made her harvest into canned food. This opened up her eyes to the realisation of the necessity to work with other people for the common interests of all when resources were in short supply. Such a realisation had laid a solid foundation for her future scientific research works.

Judging from this perspective, it therefore came as no coincidence that she was given the Nobel.

It is an undeniable fact that environmental degradation has resulted in global warming. Even in Malaysia, the average atmospheric temperatures have risen over the past three decades.

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Summarizing her findings about the “tragedy of the commons”:

1. We must value the strategy of a more balanced overall development: In the past, due to the lack of overall development concept and plans, our developments have been concentrated in large cities while the well-being of rural residents was overlooked.

For instance, we moved polluting factories from cities to outlying areas and adjacent rural communities. We should have instead formulated a set of preventive guidelines to curb environmental degradation. The success of environment protection depends very much on the monetary expenses as well as manpower, financial and equipment inputs; and priorities and timetables should therefore be set.

2. An environment evaluation system must be put in place. Works on all new major construction projects, manufacturing plants and public gathering places, should begin only after environmental impact assessments have been carried out.

3. Promote a sense of responsibility in nurturing the necessary expertise. Future entrepreneurs must come to the full realisation that the prevention of environmental degradation is a responsibility which they are obliged to, and the money invested in the equipment for the prevention of environmental degradation should be seen as part of the essential operating cost in their production and service delivery. At the same time, they should also establish research bodies aimed at grooming expertise to fight pollution.

Not believing in the “tragedy of the commons,” Ostrom has put her entire lifetime’s effort in the researches on outlying and underdeveloped communities, living over a very long period of time with their impoverished residents.

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The 2 types of economies are on a crash course:

http://www.businessweek.com/magazine/content/09_41/b4150055757494.htm

The Clash Over Clean Power

Utility chiefs are juggling the conflicting goals of green energy and low rates—and self-interest reigns

BUCKING POWERFUL INTERESTS

What makes the task even more difficult is a fundamental clash between the two goals that Rowe, Rogers, and other CEOs say they are passionate about: keeping power prices low to benefit customers and averting the potential catastrophe of climate change. The effort to curb emissions, after all, will significantly raise the price of coal-fired and other fossil-fuel-generated electricity and make alternatives more competitive.

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Some countries are already there:

The future of energy happening now in Germany

Friday, 16 October 2009 08:01

Germans are leading the way in the clean energy revolution.  From huge smart grid projects and massive wind and solar farms to smaller micro-generation projects at the home to new appliances Germany is taking energy efficiency very seriously.

Germany passed legislation more than 20 years ago that required utility companies to pay homeowners who generated renewable power.  Since 1990, carbon emissions there have been reduced by 23 percent as a result of forward-thinking policies and by embracing innovative technologies.

The country is now conducting tests that will determine if homes can produce all of their energy needs and sell excess back to the power grid.  Operating under the label E-Energy, the project will include tens of thousands of homes in six separate regions.  The €140 million project has attracted many of the world’s largest energy and technology firms who have agreed to help pay for the effort.  Germany believes that a similar nationwide program could conserve 10 terawatts of energy annually – an amount equal to the yearly consumption of 2.5 million homes.

The Germans are also working on offshore wind farms and massive solar power installations to be built in Africa.  Several energy companies are working on the solar project that will eventually feed clean energy into Europe’s power grid.  Schemes such as these can eventually provide up to a third of the country’s requirements, according to estimates.

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The point being, that the Nobel Committee picked people that reflect that…the “Growthers” just don’t get it and never will:

http://nobelprize.org/

Nobel Prize Winners For 2009

The Nobel Prize in Physiology or Medicine 2009

Elizabeth H. Blackburn

Carol W. Greider

Jack W. Szostak

The Nobel Prize in Chemistry 2009

Venkatraman Ramakrishnan

Thomas A. Steitz

Ada E. Yonath

The Nobel Peace Prize 2009

Barack Obama

The Nobel Prize in Physics 2009

Charles K. Kao

Willard S. Boyle

George E. Smith

The Nobel Prize in Literature 2009

Herta Müller

The Sveriges Riksbank Prize in Economic Sciences in Memory of Alfred Nobel 2009

Elinor Ostrom

Oliver E. Williamson

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I did not say it up front but Elinor is the first woman to get the Nobel Prize for Economics -Yaaaaaa

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This Just IN – A LEED Certified Builder in Florida..

Wow in the land of the badly built house there comes a bright spot. I mean really. Think about it. Every house in Florida should be hurricane impervious, and many parts of Florida should be off limits to human habitat. But they have a saving grace.

Arch Aluminum

FOR IMMEDIATE RELEASE

U.S. Green Building

Council Names Florida’s

First Private-Sector LEED

Homes Provider

BONITA SPRINGS, Fla. (Oct. 14) – E3 Building Sciences has

become the first private-sector LEED Homes Provider in

Florida.

A LEED Homes Provider is responsible for overseeing the

certification of a LEED for Homes project. They act as the

liaison between the U.S. Green Building Council (USGBC)

and the Green Raters gathering the LEED documentation,

which is necessary to verify the green attributes of both

single-family and multi-family residential dwellings. The

USGBC developed the family of LEED Green Building

Rating Systems, which are the leading national benchmarks

for measuring and certifying the sustainable attributes of

residential and commercial properties.

“We see our partnership with the USGBC as a LEED Homes

Provider to be a continuation of our commitment to bring

high performance buildings into the mainstream that are

economically, socially and ecologically sustainable,” said

Ben Millar,  Director of Business Development.

Since E3 Building Sciences was founded in 2002, it has

specialized in the design, engineering, and third-party

verification of more than 3,500 energy-efficient buildings

for the residential and commercial sectors within the

U.S. Southeast, Gulf States, and the Caribbean. It is

the leading certifier of Energy Star homes in the State

of Florida. Such efforts have resulted in projects with

better indoor air quality, a reduced impact on the

overall environment, greater durability and sustainability,

and significant energy and operating cost savings to

building owners.

E3 Building Sciences is one of 36 LEED Homes Providers

nationwide. The Florida Solar Energy Center was

designated the first academic-sector LEED Homes

Provider in Florida.                                             

###   ###

 
 
E3 Building Sciences Contact:Ben Millar, Director of Business Development

E3 Building Sciences

3690 Via Del Rey

Bonita Springs, FL 34134-7592

Ben@E3BuildingSciences.com

Office: 239-949-2405

www.E3GreenBuilding.com

Media Contact:

Paul Nutcher

Green Apple Group

4775 N. Seminole Avenue, Ste. B

Winter Park, FL 32792

Cell: 407-579-8683

pnutcher@greenappleconsult.com

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Oh if you’re ever in China and you need a wind turbine…these people asked for a plug so here it is:

Best regards

Yours

Nina

Baotou Changan Magnetoelectric Machine Co., Ltd

Contact:

South Fuqiang Road NO.169,Rare Earth High–New District,Baotou,Inner Mongolia,P.R.China

Website: www.btycdj.com (This is Chinese web and our English web is establishing now)

E-mail: qingmuyue@gmail.com

Tel: 86-472-5329936

Fax: 86-472-5329927

MSN:qingmuyue@hotmail.com

Skype:caoyuannina

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T. Boone Pickens Talks But Soros Walks –

This one said this:

http://www.bloomberg.com/apps/news?pid=20601072&sid=abOXC_XubeyU

Soros to Invest $1 Billion in Clean Energy, Form Advisory Group

By Katherine Burton and Jim Efstathiou Jr.

Oct. 12 (Bloomberg) — Billionaire George Soros, looking to address the “political problem” of climate change, said he will invest $1 billion in clean-energy technology and donate $100 million to an environmental advisory group to aid policymakers.

Soros, the founder of hedge fund Soros Fund Management LLC, announced the investment in Copenhagen on Oct. 10 at a meeting on climate change sponsored by Project Syndicate. The group is an international association made up of 430 newspapers from 150 countries.

“I want to apply rather stringent criteria to the investments,” said Soros in an e-mailed message. “They should be profitable but should also actually make a contribution to solving the problem.”

Soros’s announcement comes two months before 190 nations will gather in the Danish capital for a final round of negotiations on a new climate treaty that includes provisions to finance clean- energy projects in developing nations. Talks last week in Bangkok were marked by a dispute between richer and poorer nations over whether to renew or abandon the Kyoto Protocol, the only existing global agreement to reduce carbon dioxide, which is blamed for global warming.

Soros, whose own wealth accounts for much of the approximately $24 billion his New York-based firm oversees, didn’t provide any details in his speech on the type or scope of investments he might make. Michael Vachon, his spokesman, wasn’t available to comment on his specific plans.

10-Year Initiative

Soros, 79, also will establish the Climate Policy Initiative, a San Francisco-based organization to which he will donate $10 million a year for 10 years.

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The other says he wants us to keep burning carbon based fuel..just his carbon based fuel:

http://www.pickensplan.com/theplan/

New jobs from renewable energy and conservation.

Any discussion of alternatives should begin with the 2007 Department of Energy study showing that building out our wind capacity in the Great Plains – from northern Texas to the Canadian border – would produce 138,000 new jobs in the first year, and more than 3.4 million new jobs over a ten-year period, while also producing as much as 20 percent of our needed electricity.

Building out solar energy in the Southwest from western Texas to California would add to the boom of new jobs and provide more of our growing electrical needs – doing so through economically viable, clean, renewable sources.

To move that electricity from where it is being produced to where it is needed will require an upgrade to our national electric grid. A 21st century transmission grid which will, as technology continues to develop, deliver power where it is needed, when it is needed, in the direction that it is needed, will be the modern equivalent of building the Interstate Highway System in the 1950’s.

Beyond that, tremendous improvements in electricity use can be made by creating incentives for owners of homes and commercial buildings to retrofit their spaces with proper insulation. Studies show that a significant upgrading of insulation would save the equivalent of one million barrels of oil per day in energy by cutting down on both air conditioning costs in warm weather and heating costs in winter.

A domestic fuel to free us from foreign oil.

The Honda Civic GX Natural Gas Vehicle is the cleanest internal-combustion vehicle in the world according to the EPA.

Conserving and harnessing renewable forms of electricity not only has incredible economic benefits, but is also a crucial piece of the oil dependence puzzle. We should continue to pursue the promise of electric or hydrogen powered vehicles, but America needs to address transportation fuel today. Fortunately, we are blessed with an abundance of clean, cheap, domestic natural gas.

Currently, domestic natural gas is primarily used to generate electricity. It has the advantage of being cheap and significantly cleaner than coal, but this is not the only use of our natural gas resources.

By aggressively moving to shift America’s car, light duty and heavy truck fleets from imported gasoline and diesel to domestic natural gas we can lower our need for foreign oil – helping President Obama reach his goal of zero oil imports from the Middle East within ten years.

Nearly 20% of every barrel of oil we import is used by 18-wheelers moving goods around and across the country by burning imported diesel. An over-the-road truck cannot be moved using current battery technology. Fleet vehicles like buses, taxis, express delivery trucks, and municipal and utility vehicles (any vehicle which returns to the “barn” each night where refueling is a simple matter) should be replaced by vehicles running on clean, cheap, domestic natural gas rather than imported gasoline or diesel fuel.

A plan that brings it all together.

Natural gas is not a permanent or complete solution to imported oil. It is a bridge fuel to slash our oil dependence while buying us time to develop new technologies that will ultimately replace fossil transportation fuels. Natural gas is the critical puzzle piece that will help us to keep more of the $350 to $450 billion we spend on imported oil every year at home, where it can power our economy and pay for our investments in wind energy, a smart grid and energy efficiency.

It is this connection that makes The Pickens Plan not just a collection of good ideas, but a plan. By investing in renewable energy and conservation, we can create millions of new jobs. Developing new alternative energies while utilizing natural gas for transportation and energy generation; securing our economy by reducing our dependence on foreign oil, and keeping more money at home to pay for the whole thing

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I know which one I’d pick…How bought you?

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Will We Live In A World Of Slime – The future of energy could be all over us

IT’S JAM BAND FRIDAY oh my caps lock got stuck

( http://www.youtube.com/watch?v=1bmB9d-p2Cc&videos=K6XITxCvJe8&playnext_from=TL&playnext=1)

If you scan DIGG it sure seems that way:

http://www.mnn.com/transportation/shipping/stories/ships-to-be-made-with-a-slimy-hull-inspired-by-whale-skin

Ships to be made with a slimy hull inspired by whale skin

Ships that exude slime from their hulls could cut fuel consumption by 20 percent and make it difficult for barnacles to attach.

WHALE SKIN: Pilot whales also ooze a gelatinous mix of enzymes from their skin, which deters barnacles and other sea parasites from attaching. (Photo: Scubaben/Flickr)

The biological world continues to inspire some of the most efficient, yet bizarre, technological innovations. Now scientists are designing ships with hulls that ooze a slippery, gelatinous slime which continually sloughs off, in an attempt to mimic the skin of pilot whales.

Related Links

Long-finned pilot whales are known for their smooth, blemish-free skin. For whales, that means being free of barnacles and other marine life forms which can taint and irritate them. But how do they do it?

It turns out that the fresh-faced fins manage to stay so smooth due to a criss-cross of nanoscale canals in their skin which are too small for any barnacle larvae to attach to the skin. In addition, the canals are filled with a gel of enzymes that destroy proteins on the surface of bacteria and algae.

That gave researcher Rahul Ganguli of Teledyne Scientific an idea, reports New Scientist. He is now working on a design for ships that similarly self-clean themselves by sweating a sticky, biosafe chemical that becomes more viscous on contact with seawater. The slimy goo, secreted by pores, would fill gaps in a specially designed metal mesh on the outer layer of the hull. As it eventually sheds, it will take with it any barnacle that managed to gain a foothold.

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( http://www.youtube.com/watch?v=N1pkLRRZGTE&videos=K6XITxCvJe8&playnext=2&playnext_from=TL )

From the water to the air.

http://www.asylum.co.uk/2009/10/08/skyscraper-to-grow-bio-fuel-algae-on-its-outer-walls/

Skyscraper to grow bio-fuel algae on its outer walls?

Oct 8th 2009
By Ian Fortey

 


A new high-rise building in Boston USA may be the future home of a bunch of green slime. Plans to turn the building into a vertical urban farm are moving ahead with the intended crop to be biofuel algae. Potatoes would be cooler, but hey, whatever works.

The project is going to be called Eco-Pod and confirms that we finally live in the future, where a bunch of detachable pods grow algae and act as incubators for scientists to study the production of biofuel. They also plan to include parks and gardens, because people like wandering through slime fields, especially if they’re modular.
Slightly crazier than the concept itself is some of the infrastructure. Since the pods will be able to move and be reshaped, the whole structure will come complete with a robot arm, powered by the biofuel, that can rearrange the pods as necessary. We can all agree a giant, robot arm that moves around slime pods is just what Boston tourism needs.

( http://www.youtube.com/watch?v=QNOx8y75qEY&feature=PlayList&p=9E8F072891B1D0FD&index=2 )

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This has got to be a teenager’s delight. But if it locks up carbon and provides energy well….what the heck.

( http://www.youtube.com/watch?v=sYh2s7rmIO8&feature=related )

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Dow Plans To Launch Solar Power Shingles – Your roof becomes a generator

From an environmental perspective  CIGS is a little worrisome and it ain’t exactly “solar paint” like they have been promising, but it could open the market for a whole new range of products.

http://www.dailytech.com/Dow+Puts+Traditional+Panels+to+Shame+With+New+Solar+Shingle/article16424.htm

Dow Puts Traditional Panels to Shame With New Solar Shingle
Jason Mick (Blog)October 6, 2009 12:12 AM

 


Dow’s solar shingles are poised to put the solar panel market out of business. The unobtrusive designs produce power more cheaply than traditional panels, are produced domestically, and require no specialized skills to install, other than standard roofing experience.  (Source: Beanieville Blog)


The new cells uses CIGS thin films, encased in plastic. The resulting design has lower efficiencies that traditional panels, but is cheaper to produce, lowering the cost per watt by 10 to 15 percent over traditional panels.  (Source: University of Strathclyde)Product should shake up the power industry open up new era for solar

Inventors and designers have long envisioned a roof or window that produced solar power affordably.  However, until now no company had mass produced such a device.  Instead, the consumer market was dominated by rooftop panels which require a fair amount of maintenance, are relatively fragile, and are rather expensive.
That’s all about to change, however.  Dow Chemical Co., one of America’s most successful chemical firms, is launching the first mass-produced consumer solar shingle next year and will be planning a wide-scale rollout by 2011.  The firm foresees a booming $5B USD market for the shingles.

The new shingles use a thin film of copper indium gallium diselenide (CIGS) to capture solar energy.  As a result, the cells which are encased in molded plastic are relatively flexible, unlike their photovoltaic cousins.  And while these elements (such as indium) are quite expensive in bulk, they’re used extremely sparingly, keeping costs low.

The shingles one weakness is that they manage just over 10 percent efficiencies, less than traditional panels.  Despite this smaller generation capacity, they produce power at a 10 to 15 percent lower cost on a per watt basis due to production and installation cost savings.

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Or in this Reuter’s piece

Dow sees huge market in solar shingles

Mon Oct 5, 2009 8:57pm EDT

 

By Matt Daily

 

(see above poster’s note)

Dow Solar Solutions said it expects “an enthusiastic response” from roofing contractors for the new shingles, since they require no specialized skills or knowledge of solar systems to install.

The new product is the latest advance in “Building Integrated Photovoltaic” (BIPV) systems, in which power-generating systems are built directly into the traditional materials used to construct buildings.

BIPV systems are currently limited mostly to roofing tiles, which operate at lower efficiencies than solar panels and have so far been too expensive to gain wide acceptance.

Dow’s shingle will be about 30 to 40 percent cheaper than current BIPV systems.

The Dow shingles can be installed in about 10 hours, compared with 22 to 30 hours for traditional solar panels, reducing the installation costs that make up more than 50 percent of total system prices.

The product will be rolled out in North America through partnerships with home builders such as Lennar Corp and Pulte Homes Inc before marketing is expanded, Palmieri said.

Dow received $20 million in funding from the U.S. Department of Energy to help develop its BIPV products.

The company also produces fluids used in concentrated solar systems, in which sunlight is used to generate heat that produces steam to power a turbine.

In addition, it supplies materials used to help manufacture photovoltaic panels and increase their efficiency.

Dow shares were up 4.4 percent at $24.67 on the New York Stock Exchange in afternoon trading.

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But this guy doesn’t like the NEW Windows 7, iPhones, nor HYBRID cars…let alone SOLAR shingles. Because people won’t understand them or they have functions customers don’t want. Want to bet he is heavily invested in oil and coal stocks?

http://247wallst.com/2009/10/06/the-solar-shingle-and-the-false-promise-of-new-technology/

Technology is now clearly so good in many industries that it has surpassed the needs of many customers. Smart phones do scores of functions that most owners do not want. Many of these consumers opt for a simpler and less expensive phone. An Apple (NASDAQ:AAPL) iPhone may carry a great deal of status with it, but for people who only want to make phone calls it is a luxury that they will not pay for.

Dow Chemical (NASDAQ:DOW) has a new piece of technology that it forecasts will have sales of $5 billion in 2015 and $10 billion in 2020. The $10 billion is only a little less than Dow’s quarterly sales today. The product that will drive all of this revenue is a rooftop shingle that converts sunlight into electricity. Reuters says that “The shingle will use thin-film cells of copper indium gallium diselenide, a photovoltaic material that typically is more efficient at turning sunlight into electricity than traditional polysilicon cells.” The shingle probably works well, but Dow should be more careful about what it has to say about future sales. Most shingles that are used today work well. Once they are hammered on a roof, they can last for decades without being replaced. They do not have to be linked to any other structure in the home. The cost of a single shingle is easy to calculate because it does not come with a set of instructions that says “batteries required” or “do not use this in temperatures above 75 degrees or below 30 degrees”

A solar shingle is a part of a complex and expensive system which involves rewiring the way that a home gets its electricity, stores it, and uses it over the course of a day. A shingle that converts sunlight into electrical energy requires engineering and storage that doubtlessly costs thousands of dollars and has to be installed by a specialist. The homeowner has to decide how long it will take him to get that investment back compared to the cost of simply getting electricity from the local utility. There is also the issue of what happens if twenty days per month are overcast. The solar shingle is not a shingle; it is a part of a complex and expensive system that most homeowners can neither understand nor evaluate financially.

The solar shingle is a revolutionary idea and it could change the way people get energy to run their homes. But, Dow may find out that it sells almost none of the news shingles. They may break when it gets icy or blow off in a storm the way normal shingles which are not tied to a home’s electricity system do. Consumers, at least a great many of them, will think these solar shingles might pose some kind of fire or health hazard. They could be right.

Dow Chemical should avoid saying it will sell $10 billion of anything that the public has not seen, even if it is just chemicals

Douglas A. McIntyre

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Home Of Oil, Also The Home Of Wind – 736 Megs. come on line

It’s Jam Band Friday – hurray

( http://www.youtube.com/watch?v=x4KmbUCwkyE )

http://www.google.com/hostednews/ap/article/ALeqM5ioaMTqBpfb3mR-M1Vew-FC32oyqQD9B2FK880

Massive Texas wind farm operating

DALLAS — The world’s largest wind farm officially got up and running Thursday, with all 627 towering wind turbines churning out electricity across 100,000 acres of West Texas farmland.

The Roscoe Wind Complex, which began construction in 2007 and sprawls across four counties near Roscoe, is generating its full capacity of 781.5 megawatts, enough to power 230,000 homes, the German company E.ON Climate and Renewables North America said.

“This is truly sign milestone for us,” said Patrick Woodson, the company’s chief development officer. “In three years to be able to take this project from cotton fields to the biggest wind farm in the world is something we’re very proud of.”

The complex is about 220 miles west of Dallas and 300 miles south of the land where billionaire oilman T. Boone Pickens had planned an even larger wind farm before he scrapped the idea in July.

Texas leads the nation in wind power production, and this wind farm tops the capacity record of 735.5 megawatts set by another West Texas farm southwest of Abilene.

Renewable energy makes up a small fraction of the electricity grid, but the wind and solar sectors were among the fastest growing in the U.S. before the recession. Wind power in Texas has grown again this year but has slowed from the 2008 rate.

“We are expecting ’09 to be a somewhat smaller year overall, but still a fairly solid year,” said Kathy Belyeu of the American Wind Energy Association.

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( http://www.youtube.com/watch?v=rfU6kbgR1SY&NR=1  )

You can tell that wind is here to stay.

http://www.bloomberg.com/apps/news?pid=20601081&sid=aTWyaCoFJz5s

FPL to Buy 3 Wind Power Farms From Babcock & Brown (Update2) 

By Katarzyna Klimasinska

Oct. 1 (Bloomberg) — FPL Group Inc., the biggest U.S. producer of wind and solar power, agreed to buy three wind farms from Babcock & Brown for $352 million.

The turbines, located in Texas, Wisconsin and South Dakota, have combined capacity of 184.5 megawatts, FPL’s NextEra Energy Resources LLC subsidiary said today in a statement. More than 80 percent of the output is sold under long-term contracts.

Juno Beach, Florida-based FPL will need approvals from the Federal Energy Regulatory Commission and the U.S. Justice Department to complete the transaction, which is scheduled to close by the end of this year. The wind farms will add to FPL’s 2010 earnings, according to the statement.

NextEra said the purchase includes a 79.5-megawatt wind farm in Carson County, Texas, northeast of Amarillo; a 54- megawatt development in Dodge County, Wisconsin, northwest of Milwaukee; and a 51-megawatt farm in Jerauld County, South Dakota, south of Wessington Springs.

FPL fell $1.48, or 2.7 percent, to $53.75 in New York Stock Exchange composite trading. The stock had climbed 9.7 percent this year before today:}

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( http://www.youtube.com/watch?v=zxGpmp6URuk&feature=related )

I love that quote:

There is plenty of wind out there and plenty of energy to be tapped. It’s just like an oil field that doesn’t run out. Tom Gray, AWEA

Oh sorry I was busy boogying

http://www.seco.cpa.state.tx.us/re_wind.htm

For the past two years, Texas has been the top wind producer in the United States, with over 3,953 wind-generated megawatts (MW) installed. Texas is also the first state to achieve the milestone of one Gigawatt of wind installations in a single year (2007). The demand for additional wind power has grown so rapidly that the Texas electric transmission grid has a critical need for expansion. In July 2007, the Texas Public Utility Commission announced its approval for additional transmission lines that could deliver as much as 25,000 megawatts of wind energy from remote areas in the state to urban centers by 2012, depending on how many wind farms are built. New transmission infrastructure will allow all Texans to access the the state’s vast wind resources.

DOE’s Energy Information Administration (EIA) reports that wind power is the fastest growing renewable energy technology, growing by 45% in 2006 due to strong demand, investment of private capital, and the support of federal and state governments. Electric utilities have shown an increased interest in wind project ownership, and wind industry sales to power marketers have become more common. Wind power has consistently remained at or below the average price of conventional electricity such as coal, nuclear, and natural gas.

AWEA has determined that two-thirds of the predicted growth of wind energy generation in the U.S. will occur in Texas, as three of the five largest wind farms in the nation are located in Texas. Texas already holds the record for the world’s largest wind farm, Horse Hollow Wind Energy Center, which was completed by FPL Energy, Inc. in late 2006. It also is the site for the nation’s second-largest wind farm, the 504.8-megawatt Sweetwater wind project, the fourth phase of which attained commercial operation in May, 2007.

The Horse Hollow Wind Energy Center in Texas remains the largest wind farm in the world with a total capacity of 735 megawatts (MW) spread across approximately 47,000 acres in Taylor and Nolan counties near Abilene in west central Texas.

The wind plant consists of 291 1.5-MW wind turbines from General Electric and 130 2.3-MW wind turbines from Siemens.

One MW is enough electricity to serve 250 to 300 homes on average each day

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( http://www.youtube.com/watch?v=359QibQrD1Q&feature=related )

I  love it when a plan comes together.

http://www.infinitepower.org/projects.htm

Texas Renewable Energy Projects

This page presents information on notable renewable energy projects around the state, representing the major renewable energy technologies.

The following is a list of Texas State Energy Conservation Office (SECO) renewable energy projects:


Wind Power Projects
Delaware Mountain Wind Farm   A photo of wind turbines on a mesa in West Texas.
Owner:   American National Wind Power
Size:     30 MW
Location:    Culberson County, Texas
Installed: 1999
American National Wind Power is a subsidiary of National Wind Power. This wind farm is National Wind Power’s (NWP) first project in Texas and is located in Culberson County, northeast of the town of Van Horn in West Texas. The ranch on which it is built is used for raising cattle and deer and is also the site of the West Texas Wind Farm Power Project, described below.  Given the right legislative environment, NWP plan  to develop it to a full potential of 250MW. The power produced by the Delaware Mountain Wind Farm is purchased by the Lower Colorado River Authority (Austin, Texas) and Reliant Energy HL&P (Houston, Texas) for distribution to their customers.
Texas Wind Power Project

A photo of the LCRA's wind turbines in Delaware County, near Guadalupe peak.

Owner:   General Land Office & Lower Colorado River Authority
Size:     35 MW
Location:    Culberson County, Texas
Installed: 1995
The Lower Colorado River Authority (LCRA) teamed with the General Land Office GLO) and private industry to develop this commercial wind power plant, the first in Texas.  The Texas Wind Power Project, located in Culberson County in West Texas, has 112 Kenetech 33M-VS wind turbines capable of generating 35 megawatts of electricity — enough to power 12,000 to 15,000 homes.  Since the ribbon-cutting for the Texas Wind Power Project in 1995, the Texas’ Permanent School Fund earned more than $750.000 from it. The project is expected to earn more than $3 million for the PSF and create $300 million in increased economic activity over the 25-year lease period.  For additional information see this GLO web page.

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God bless Texas and Ry Cooder

( http://www.youtube.com/watch?v=LXx0qrasdTE&feature=related )

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R 60 In The Attic – When I first started talking about this everyone thought I was crazy

I will be the first one to admit, our attic is finished. I had no control over that. The build out and remodel all took place 50 years ago. Does it make it better that we have a metal roof? When I first started saying PACK YOUR ATTIC with all the insulation you can get your hands on. Everyone said, “How can you say that. There is no payback. There is no room. What if you change your mind” That was of course in an R10 or an R13 world. Then everything changed. Guess what it will change again.

That is because we have all been raised in a “pay as you go” energy system. Have been for generations. But if you think of a world where you pay your energy costs “UP FRONT”. Then you quit worrying about Paybacks and “is it worth it”? You start thinking in terms of how much do I need.

Again for the entire class: You can never lose money by CONSERVING energy.

http://en.wikipedia.org/wiki/Superinsulation

Superinsulation is an approach to building design, construction, and retrofitting. A superinsulated house is intended to be heated predominantly by intrinsic heat sources (waste heat generated by appliances and the body heat of the occupants) with very small amounts of backup heat. This has been demonstrated to work in very cold climates but requires close attention to construction details in addition to the insulation.

Superinsulation is one of the ancestors of the passive house approach. A related approach to efficient building design is zero energy building.

There is no set definition of superinsulation, but superinsulated buildings typically include:

  • Very thick insulation (typically R40 walls and R60 roof)
  • Detailed insulation where walls meet roofs, foundations, and other walls
  • Airtight construction, especially around doors and windows
  • a heat recovery ventilator to provide fresh air
  • No large windows facing any particular direction
  • No conventional heating system, just a small backup heater

Nisson & Dutt (1985) suggest that a house might be described as “superinsulated” if the cost of space heating is lower than the cost of water heating.

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That last is important because what if you are using free solar. Then your costs are both zero. So one of them has to be a negative number…haha

http://www.builditsolar.com/Projects/SolarHomes/constructionps.htm

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On a more serious note, everyone agrees that the standard currently is good for NEW Construction…I say it is good enough for old as well:

http://www.residentialarchitect.com/industry-news.asp?sectionID=275&articleID=886806

massachusetts pilot project explores super insulation for old houses

new construction could also benefit from techniques.
Publication date: February 24, 2009

By Nigel F. Maynard

Alex Cheimets and Cynthia Page live in a duplex that used to consume about 1,400 gallons of heating oil a year. But now their building is one of the most energy-efficient in its Arlington, Mass., neighborhood, thanks to a pilot project that retrofitted the structure with almost $100,000 worth of insulation and other products to increase energy efficiency and lower utility costs.

The so-called Massachusetts Super Insulation Project seeks to determine the benefits and cost-effectiveness of retrofitting old energy-wasting houses with insulation upgrades in key areas. Though the cost for the upgrades in the home were substantial, some of the techniques used—among them proper air-sealing and adequate moisture barriers—are easily applied to new construction at a relatively low cost.

Massachusetts officials are keenly interested in the results of the project, because it dovetails nicely with the state’s efforts to become more energy-efficient. “Our governor, the state House and Senate, and the executive branch are aware that the nation’s energy strategy is not acceptable, and a big part of it is the existing housing stock,” says Philip Giudice, commissioner of the Massachusetts Department of Energy Resources (DER).

“Nationally, buildings account for 40 percent of all energy consumption, and one-third of all greenhouse gas emissions,” says Energy and Environmental Affairs Secretary Ian Bowles, who chairs Massachusetts Gov. Deval Patrick’s Zero Net Energy Buildings Task Force. “This superinsulation project in Arlington promises to be a model for the type of innovation in the building industry that the Patrick Administration hopes will soon be widespread across Massachusetts.”

Read more articles related to:

More articles from the headlines section

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The Russian Dam Explosion – What is it about the Russians and the Power Business

I had intended to write about the Illinois State Fair today which is always a hoot. But this happened while I was on vacation and I just have to say something. Are the Russians stupid or criminal? I can’t make up my mind. First there was the greatest nuclear accident to date at Chernobyl which has its own Wikipedia page:

http://en.wikipedia.org/wiki/Chernobyl_disaster

But now they give us the worst dam accident in modern times. Understand I am not talking about burst dams here. In the power business their are things that are dangerous like badly constructed coal fired plants and coal mines, then there are things that are considered safe like Hydro power. So the Russkies took a perfectly safe industry and killed (what?) 50 to 80 people off at one time. Was this a dam operated by by by Homer Simpson or something.

http://www.topix.com/world/2009/08/10-die-dozens-missing-in-russian-dam-explosion

Monday Aug 17

10 die, dozens missing in Russian dam explosion

An accident during repair work at Russia’s largest hydroelectric plant on Monday killed at least 10 workers, while as many as 65 others were missing after an engine room was suddenly flooded, officials said.

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But then they can’t even get the number of dead right.

http://news.bbc.co.uk/2/hi/europe/8207816.stm

Death toll rises in Russian dam explosion

Russian officials now say up to 76 people are feared to have died in the explosion at the country’s biggest hydro-electric power station on Monday.

64 people are still missing after the blast destroyed the power station’s main turbine hall.

The owners of the Sayano-Shushenskaya power plant in Siberia say it is unlikely any survivors will be found.

Neil Bowdler reports.

READ MORE: Deadly Russia power plant blast

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What the hell man?

Why Making Drugs Illegal Is Stupid – Oh I still have to do my mom and burning things as stupid too

That was a very public “note to self”, but after being on vacation I had to go back and look at my list of STUPID things before I realized that I wasn’t nearly done yet. I may revise this post some (which I hardly ever do) because I have a lot happening this week, the State Fair, A movie and planning the Poker Scoot just to name a few.

I am in general opposed to limiting anyone’s access to naturally occurring  substances. If it grows in nature and you want to try it fine. So that means that marijuana, mushrooms, cactus, poppies and bread mold (LSD) that you make or grow or find in the wild is OK to use. If however you poison yourself well that sucks and you die. Anybody who tells you any different is a Doctor who wants to control its use so he can make money on it, or a pharmaceutical company who wants to make money off it, or a religious nut or a social worker who wants to control your social life or finally a fascist (small f) who wants to control everything. I believe that there should be market places for the stuff and it should be taxed. I know the capitalists have a heart attack because  “their” workers could be high. To bad so sad big wah wah.

I am also in favor of the liberalizing of the “made drugs” category as well. Altering your reality is your own choice and when government intervenes it simply creates a black market, swells jail populations and serves no useful purpose. If the money that was spent on criminalization was spent on education and prevention we wouldn’t have the problems we have now. In fact a certain percentage of any human population is going to be addictive and useless.

http://en.wikipedia.org/wiki/Illegal_drug_trade

History

 

 

1921 photograph of Chinese Maritime Officers with 300 lb (140 kg) of smuggled morphine shipped in cylinders of sodium sulfate from Japan.

The trade of drugs has existed for as long as the drugs themselves have existed. However, the trade of drugs was fully legal until the introduction of drug prohibition. The history of the illegal drug trade is thus closely tied to the history of drug prohibition.

In the First Opium War, the United Kingdom forced China to allow British merchants to trade in opium with the general population of China. Although illegal by imperial decree, smoking opium had become common in the 1800s due to increasing importation via British merchants. Trading in opium was (as it is today in the heroin trade) extremely lucrative. As a result of the trade an estimated two million Chinese people became addicted to the drug. The British Crown (via the treaties of Nanking and Tianjin) took vast sums of money from the Chinese government in what they referred to as ‘reparations’ for the wars.

In the United States, a 1791 tax led to the Whiskey Rebellion in 1794.

[edit] Foreign intervention

Some governments that criminalize drug trade have a policy of interfering heavily with foreign states. In 1989, the United States intervened in Panama with the goal of disrupting the drug trade coming from Panama. The Indian government has several covert operations in the Middle East and Indian subcontinent to keep a track of various drug dealers. Opium production in Afghanistan is a current impediment in the development of a licit economy for that country.

[edit] Violent resolutions

In the late 1990s in the United States, the FBI estimates that 5% of murders were drug-related.[1] In addition, drug smuggling can lead to harsh penalties, including the death penalty, in certain countries (for example, Singapore).

Many have argued that the arbitrariness of drug prohibition laws from the medical point of view, especially the theory of harm reduction, worsens the problems around these substances.[citation needed]

[edit] Minors and the illegal drug trade

The U.S. government’s most recent 2005 National Survey on Drug Use and Health (NSDUH) reported that nationwide over 800,000 adolescents ages 12–17 sold illegal drugs during the twelve months preceding the survey; such adolescents also admitted to know or be linked to other drug dealers across the nation.[2][not in citation given] The 2005 Youth Risk Behavior Survey by the U.S. Centers for Disease Control and Prevention (CDC) reported that nationwide 25.4% of students had been offered, sold, or given an illegal drug by someone on school property. The prevalence of having been offered, sold, or given an illegal drug on school property ranged from 15.5% to 38.7% across state CDC surveys (median: 26.1%) and from 20.3% to 40.0% across local surveys (median: 29.4%).[3]

Despite over $7 billion spent annually towards arresting[4] and prosecuting nearly 800,000 people across the country for marijuana offenses in 2005 (FBI Uniform Crime Reports), the federally-funded Monitoring the Future Survey reports about 85% of high school seniors find marijuana “easy to obtain.” That figure has remained virtually unchanged since 1975, never dropping below 82.7% in three decades of national surveys.[5]

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Course then you might ban physically enhancing drugs in sports or something crazy like that…Then people might be tested for drugs at  work…oh we already do that.

http://www.ask.com/questions-about/Illegal-Drugs

Answers to Common Questions

Why are some drugs illegal?

 In Khazakstan the only illegal drugs are Cocaine Heroin Snail Slime and Fat mans armpits It is a known fact from our government scienctist Dr Yamack that if you lick a Fat mans armpit you will die from constipation’s.Not Nice!

 

http://answers.yahoo.com/question/index?qid=2009022506…   See entire page »

What are illegal drugs?

Marijuana, Cocaine, Heroine, Acid, Prescriptions that are not prescribed to YOU. There are MANY types of illegal drugs, but the first 5 i listed are probably the most popular. Prescription drugs have become increasingly popular over the las…

 

http://answers.yahoo.com/question/index?qid=2009060216…   See entire page »

Why do people use illegal drugs?

 because the legal ones just arent as good desire is greater than fear!

 

http://wiki.answers.com/Q/Why_do_people_do_drugs_if_it…   See entire page »

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Windows Are Just Plain Stupid – If you want to see outdoors go outside

(it is jam band friday – http://www.youtube.com/watch?v=fFzZXvivo4c )

I know, I know…during the winter you can gather all that heat and store in something like a Trombe Wall but then you get into all this summer winter trade offs. You end up having to “shut off” the windows in the summer. There is a natural lighting argument and I am sure that in a work environment there is a health factor in there too. For homes however you can supply the light with light tunnels and avoid the solar load. Again health wise, if you want to feel one with nature – Go for a walk.

( http://www.youtube.com/watch?v=_2c-iMqlA_w&feature=related )
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http://www.celsias.com/article/report-energy-efficiency-could-save-us-whopping-12/

http://digg.com/science

Energy Efficiency Could Save U.S. a Whopping $1.2 Trillion

A new report finds that the low-hanging fruit of energy efficiency is the “single most promising resource” in pursuing energy affordability and security.

In addition to the tremendous savings potential for consumers and businesses, the report   (pdf), by the global consulting firm Mckinsey and Company  , finds that elevating energy efficiency to a national priority could also spur the creation of 600,000-900,000 long-term green jobs and reduce our overall energy consumption by 23 percent.

cfl

What are the implications of the above findings? Energy efficiency is an enormous (and enormously cheap) energy resource for the U.S., “but only if the nation can craft a comprehensive and innovative approach to unlock it.”

One of those barriers is seed money; the $1.2 trillion wouldn’t come for free. The investment, according to the report’s authors, would be about $522 billion over the next ten years, not including program implementation. But an investment of that scale could slash energy consumption in 2020 by 9.1 quadrillion BTUs, or 23% of projected demand, potentially avoiding up to 1.1 gigatons of greenhouse gas emissions annually.

Mckinsey and Company found that substantial gains in efficiency could be made by:

1. Recognizing true potential of energy efficiency and prioritizing;
2. Encouraging old as well as new approaches to efficiency at both national and regional levels;
3. Identifying ways to provide the upfront funding for energy efficiency plans and programs;
4. Building collaborative processes with utilities, regulators, government agencies, manufacturers and consumers, and;
5. Fostering innovation in the development and deployment of energy efficiency technologies to sustain ongoing productivity.

Overcoming Significant and Persistent Barriers

To unlock the potential outlined in the report, “significant and persistent barriers” need to be addressed to spur demand for energy efficiency and adopt wide-ranging energy management systems and practices. Sounds easy enough, right? Not so fast, say the report’s authors.

First off, the easiest gains in energy efficiency have already been made and much of the low-hanging fruit has already been picked. Since 1980, energy consumption per unit of floor space has decreased 11% in the residential sector, 21% in the commercial sector and 41% in the industrial sector. But while significant advancements have been made, the report strongly suggests we are not done — largely because of the persistent social, structural and institutional barriers.

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http://www.youtube.com/watch?v=S5ms95iEQ8Q&feature=related

I will be on vacation for next week and I may or may not post.

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