So, Do We Have To Put Up With What Is Happening In The Gulf – NO

For updates on the Oil Spew please go to too:

http://www.leanweb.org/

or

http://saveourgulf.org/

:}

For today however and unless there are dramatic developments we go back to our focus on energy usage and the environment:

http://www.themarknews.com/articles/1494-kicking-the-fossil-fuel-habit

Kicking the Fossil Fuel Habit

[Article Image]

If we don’t choose to wean ourselves off oil, coal, and gas, nature will force us to quit cold turkey.

First published May 17 2010

We’ll eventually kick our fossil fuel habit. We have no choice. If peak oil doesn’t dictate the terms and timing, then climate change will force our hand. And recent events in the Gulf of Mexico reveal more immediate dangers.

Yet our response to these threats remains tepid, insufficient by any measure. Serious action is aggressively opposed by those who hold out an irrational hope that business-as-usual might continue. We seem content to let nature decide the terms and conditions on which we kick the habit. Why?

I believe there is an assumption, often implicit, that underpins the North American energy debate: clean, renewable energy is just not up to the job. For the lights to stay on, and factories to hum, we need coal and oil. This assumption is why Stephen Harper talks up the tar sands as Canada’s contribution to North American energy security. This assumption is why Canada plays possum on climate change.

But this assumption is flat-out wrong.

Clean energy – mainly solar, geothermal, hydro, wind, and unconventional biofuels – is perfectly capable of powering our economy. It can be made reliable, large-scale, and cost-effective. But that’s true only if we commit to build clean energy infrastructure on a scale comparable to the fossil-fuel apparatus built over the past century. That scale is enormous.

The U.S. Energy Information Agency estimates we need to invest more than $45 trillion in our energy infrastructure over the next 40 years to meet future demand. That’s the kind of money we invest in fossil fuels. It’s only fair then to ask how clean energy might perform with similar levels of capital. What do you get for a trillion dollars?

That’s just the question I’ll ask in a series of 10 articles on The Mark about clean energy over the coming weeks. The answers may surprise you. Some clean technologies scale up, bringing costs down. Others hit supply constraints and can’t substantially displace fossil fuels. But make no mistake – clean energy performs if given a fair shake.

At that scale of investment, giant solar plants produce energy well after the sun goes down, at a lower cost than melting tar. Unconventional bio-fuels grown in the desert replace half the world’s oil supply. By drilling for heat instead of oil, we use enhanced geothermal energy to replace North America’s entire coal infrastructure. Our aging grid is replaced by a new continent-wide energy internet, which connects multiple, distributed energy sources.

We’re kidding ourselves if we think we can escape peak oil or move the needle on carbon emissions for anything less than trillions. Spending that much may sound absurd. But what’s the cost of the war in Iraq? According to economist Joseph Stiglitz, it’s about $3 trillion. The liquidity injected to save North American banks was more than three times that much.

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St. John’s Hospital Is Building Green – But how green is that?

http://www.illinoistimes.com/Springfield/article-7175-getting-bigger-going-green.html

Thursday, April 8,2010

Getting bigger, going green

St. John’s expansion will be environmentally friendly

By Patrick Yeagle

As St. John’s Hospital is preparing to renovate its downtown campus, the 135-year-old Springfield institution is paying special attention to minimizing the project’s environmental footprint and maximizing local economic benefits.

On March 31, hospital officials announced a $162 million proposal to demolish certain old structures on the hospital’s campus and replace them with more modern surgery, pharmacy and patient areas.

Dave Olejniczak, chief operating officer at St. John’s, says the project will incorporate several cost-saving, environmentally friendly designs, such as paints, stains and adhesives with low toxin levels, energy-efficient light fixtures and natural lighting whenever possible.

“A little bit of it is an investment up front, but the majority of it is going to be a cost savings down the road, in particular when we focus on the glass elements around the facility itself,” he says. “With having the natural light, it’s going to reduce the amount of artificial light we have to generate.”

Recycling is a big part of the design as well. From the carpet made of recycled fibers to the reuse of scrap materials such as steel and wood, Olejniczak says the project will uphold the hospital’s “stewardship values.”

“Envitronmental stewardship, from a Fransiscan perspective, is ensuring that we’re using the resources that we’re currently given to the best of our ability, and to take what we have and reuse it or recycle it,” Olejniczak said.

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To which I said:

Editor

Illinois Times

1320 S. State Street

PO Box 5256

Springfield, IL  62705

Emailed: 4/12/10

editor@illinoistimes.com

Dear Editor:

I am writing to you regarding your brief article about St. John Hospital’s future building plans. It is laudable that they plan on making that building locally built and green. However I did not hear “state-of-the-art” speak included in that admittedly short article. First and foremost I hope the Hospital will perform a green tear down. We should be wasting as little as possible these days. Putting perfectly good materials in the landfill is no longer acceptable.

Second I hope they also perform a green rebuild so that everything in the new Hospital wing will be recycled. Finally I hope that the new wing will generate its own energy and be super efficient in its energy usage. If they use windows, please use windows that generate electricity. If they have a roof I hope that it has wind turbines on top and plenty of plants to absorb the water that lands there. I hope that they put in geothermal heating and cooling systems. This is after all about people’s health. If St. Johns becomes a beacon of how we can lead our lives without pollutants then they will be contributing to the over all health of our community.

As the article pointed out it is also about health care costs. Industry estimates are that if the medical community used energy efficiently they could cut our medical cost by 10 to 15%. That would be a huge benefit to us all.

Doug Nicodemus

948 E. Adams

Riverton, Il  62561

day) 6297031

email dougnic55@yahoo.com

:}

If you want to read more about healthcare you might look here:

http://mastersofpublichealth.org/top-50-public-health-blogs.html

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An Energy Audit Leads Directly To Wind Generation – People get the bug

It is true. Not everyone will get the bug. Where you stop after your energy audit could many times be with good thoughts. A liberal bastion such as Boulder, has to hire people to go door to door to install Compact Flourescent Lighbulbs.

http://online.wsj.com/article/SB20001424052748704320104575015920992845334.html

Even Boulder Finds It Isn’t Easy Going Green

By STEPHANIE SIMON

BOULDER, Colo.—This spring, city contractors will fan out across this well-to-do college town to unscrew light bulbs in thousands of homes and replace them with more energy-efficient models, at taxpayer expense.

City officials never dreamed they’d have to play nanny when they set out in 2006 to make Boulder a role model in the fight against global warming. The cause seemed like a natural fit in a place where residents tend to be politically liberal and passionate about the great outdoors.

Instead, as Congress considers how to encourage Americans to conserve more energy, Boulder stands as a cautionary tale about the limits of good intentions.

“What we’ve found is that for the vast majority of people, it’s exceedingly difficult to get them to do much of anything,” says Kevin Doran, a senior research fellow at the University of Colorado at Boulder.

President Barack Obama has set ambitious goals for cutting greenhouse-gas emissions, in part by improving energy efficiency. Last year’s stimulus bill set aside billions to weatherize buildings. The president has also called for a “cash for caulkers” rebate for Americans who weatherize their homes.

But Boulder has found that financial incentives and an intense publicity campaign aren’t enough to spur most homeowners to action, even in a city so environmentally conscious that the college football stadium won’t sell potato chips because the packaging isn’t recyclable.

Take George Karakehian. He considers himself quite green: He drives a hybrid, recycles, uses energy-efficient compact fluorescent bulbs. But he refuses to practice the most basic of conservation measures: Shutting the doors to his downtown art gallery when his heating or air conditioning is running.

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NONETHELESS

Many people get the bug to the point where they want to make their own which ain’t very hard to do. Ed Beagley Jr. makes his with a bicycle generator.

http://www.magnet4less.com/index.php?cPath=8&gclid=CMT6sKTjqaACFQTyDAod6i0xeg

Residential & Home Wind Turbines
WindMax is the Exclusive Distributor in the US for HYenergy wind turbines. HYEnergy Residential-Home Wind Turbines feature High performance, high efficiency, high reliability and superior workmanship. Patented, twisted high efficiency blades with extremely efficient aerodynamics design, brushless generator, electromagnetic overspeed control and aerodynamic blade speed limitation make the whole system maintenance free, fully automatic and providing higher energy output. HYenergy wind turbine patent was awarded in March of 2004. CE certification was awarded in July of 2005.

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Wind Turbine Generators with Inverters


Wind Turbine Generators with Inverters
Wind Turbine system with inverter included. WindMax wind turbines have high performance, high efficiency, high reliability and superior workmanship, designed to work from low to high wind speeds.: High performance, high efficiency, high reliability and superior workmanship, designed to work from low to high wind speeds.We also are the leading manufacturer of top quality, excellent performing, and long lasting wind turbine blades.

:}

Hybrid Wind Turbines w/Solar Panels


Hybrid Wind Turbines w/Solar Panels
The advanced wind-solar hybrid system generates electricity using both solar panels modules and WindMax wind turbines at the same time at all conditions. The hybrid system features high efficiency, high reliability, and high sustainability. It is light weight, easy to install and has electromagnetic over-speed control which more reliable than traditional furling system.

:}

Just think one day everyone might have one

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Where An Energy Audit Can Lead – We started this meditation on caulk and CFL’s

[we are coming up on Herbie Hancock’s 70th birthday so..]

It’s Jam Band Friday – ( http://www.youtube.com/watch?v=XrgP1u5YWEg )

But the discussion leads directly to considering the use of you own generation devices. People have been trained over the years to “pay their energy bills as they go”. What if you paid your energy bill before you used it. Electricity is not a commodity and energy services are your birthright. OoopS there I go again getting all radical. But it is not radical to be thrifty. It is not radical to be kind to the Earth. It is not radical to teach your kids sustainable practices. The internal combustion Engine is primitive and must be gotten away from. The days when we could just burn large amounts of “stuff” and consume large amounts of “stuff” are over, whether we like it or not…anyway here’s some solar POWER…

http://www.andalaysolar.com/cm/Home.html

Introducing Andalay AC

The First Plug and Play Solar Power System

ANDALAY AC – GET THE WHITEPAPER! SEE THE INSTALLATION VIDEO!
Built in Reliability & Safety Solar systems must last decades in the harsh environment of your roof. But years of sun, wind and rain can corrode the different metals and eat through unprotected wiring found on ordinary solar systems. Both lead to a failed investment.

Andalay, the next generation in solar power systems, engineered away these flaws with its award-winning revolutionary design. Protected wiring, assembly in a quality-controlled factory environment, and superior framing, grounding and wiring deliver a system that is built to provide decades of reliable solar power performance. Learn More » Maximum Lifetime Performance With Enphase micro-inverters built right into each panel, Andalay delivers decades of powerful performance. Unlike ordinary solar panels where their power production varies from hour to hour, each Andalay panel consistently operates at its maximum power potential. Additionally, these revolutionary panels continue to operate at maximum power even if one panel goes down compared to ordinary panels where the malfunction of one panel from shading or other failures takes down all of the panels. As a result, these revolutionary panels can perform 5% to 25% higher than ordinary panels. Learn More » Beautiful Appearance on your Roof In addition to its unparallel reliability, Andalay’s award winning design showcases a sleek, beautiful, design that compliments your home. With 80% less parts and fewer penetrations to your roof, Andalay’s slimmer panels, invisible electrical cabling and hidden mounting system take up less room on your roof while showing off a revolutionary design. The end result is an attractive system that ends electricity bills and fights green house gas. Learn More »

:}

( http://www.youtube.com/watch?v=0hmVHhH96es )

http://www.amerescosolar.com/SolarSite/SolarSiteMain.aspx?tsid=googleppc&gclid=CMrFjcKgoqACFQMhDQodkylFag

Solar electric power, known as photovoltaic (PV) technology, makes use of the abundant energy from the sun. It can be used in a wide range of products, from small consumer items to large commercial solar electric systems.

Few power-generation technologies have as little impact on the environment as solar power.
It quietly generates electricity from light and produces no air pollution or hazardous waste.
It doesn’t require liquid or gaseous fuels to be transported or combusted. And because its energy source—sunlight—is free and abundant, it can guarantee access to electric power.
Learn More

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( http://www.youtube.com/watch?v=jo5GcYeh7XA )

http://www.solarliving.org/display.asp?catid=49

SLI: On-site and Online Solar Training and Certification
Promoting Sustainable Living through Inspirational Environmental Education

About Us
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HomeAbout Us

About Us

Established in 1998 as a spin-off from Real Goods Trading Company, the Solar Living Institute in Hopland, CA, is a 501(c)(3) non-profit educational organization whose mission is to promote sustainable living through inspirational environmental education. The Institute provides practical, education by example and hands-on workshops on renewable energy, green building, sustainable living, permaculture, organic gardening and alternative, environmental, construction methods.

The Institute is headquartered at the Solar Living Center, a gorgeous 12-acre renewable energy and sustainable living demonstration site visited by nearly 200,000 people annually in the heart of Northern California’s wine country in Hopland, California. Since its inception nearly two million visitors have experienced the Solar Living Center.

The nonprofit Solar Living Institute depends upon your support to continue to offer you rich educational programs. Please support the Institute by joining our Membership Program, making a gift online, becoming an intern, or volunteering.

Newsletters 2010
Our Mission
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:}

( http://www.youtube.com/watch?v=c6WrK7m4ZPk&feature=related )

http://www.affordable-solar.com/residential.solar.home.htm

Residential Solar

Affordable Solar takes you through the process of powering your home with solar. One-stop and turn-key, we do it all for you.

Solar 101

Learn the Basics

System Sizer

Enter your information and find your system and cost.

GT Kits

Go here to buy pre-packaged kits.

Installer Network

View our map of residential solar installers.

How It Works


Learn more about how solar works in Solar 101.

Example Systems


Example systems that are currently up and running.

Residential Solar

There are many terms for Residential Solar Energy System such as Grid-Tie (tied into the energy grid), Residential Solar, and Home Solar, but they are all the same thing: a solar electric system that provides clean and renewable power from the sun.

:}

Happy Birthday

http://www.youtube.com/watch?v=ZMqvDV-lYVc&feature=related

:}

So What To Do Next – Subscribe to a magazine

Boogie down brothers it’s Jam Band Friday -( http://www.youtube.com/watch?v=p-cF40OWeak )

Now that you have spent the last couple of years getting to know your energy systems in your home and doing something about it. What is next? Solar Panels, Solar water heaters, a Wind turbine? Slow down little guppy. You could even start with a solar cooker. However I suggest you read and think a little first. I mean a meditation on food and a solar cooker could take you to places you have never been.

Jobs for Energy Auditors Gain Momentum Nationwide

Cover photo: Erik Pierson of Recurve, a San Francisco Bay Area home performance contractor, discusses an upcoming home energy audit with Regina Loureiro of San Jose. Photo by Lou Dematteis

Jobs for Energy Auditors Gain Momentum Nationwide

January/February 2010 Feature

by Patricia Leiser

It is anticipated that most, if not all, large U.S. cities will adopt programs to improve the energy efficiency of homes and commercial buildings.

Continue reading “Jobs for Energy Auditors Gain Momentum Nationwide”

:}

( http://www.youtube.com/watch?v=CBjTEy5PKhs )

The more you read and research the more you will know what your next move is. My question is when does the audit end, and more importantly did the audit prompted you into other behaviors. Are you riding your bike more?

http://homepower.com/home/

Making Sense
Making Sense: of Solar-Electric System Costs
What would it cost to power your home with solar energy? Use these simple guidelines to get your solar start today.
Tools of the Wind-Electric Trade
Tools of the Wind-Electric Trade
The tools you need for a successful wind-electric installation.
Intro to Hydropower
Intro to Hydropower: Part 2: Measuring Head & Flow
Part 2. How to measure the two most important variables used in determining your site’s hydroelectric potential.
Solar Water Heating Systems Buyer's Guide
Solar Water Heating Systems Buyer’s Guide
Pick the perfect solar hot water system for your climate and site.
Be Cool
Be Cool: Natural Systems to Beat the Heat
Beat the summer heat with these basic passive cooling strategies.
EV Snapshot
EV Snapshot: Chevy S10 Conversion
A step-by-step tour of Mark’s clean, electric conversion of a Chevy S10 pickup — guaranteed to make you rethink your next vehicle. With some effort and a little money, you can convert your gasoline engine car to run on electricity—for cleaner, greener local driving.
Efficiency Details
Efficiency Details: For a Clean Energy Change
Put these top ten tips to use and make your household more energy efficient and renewables-ready.
How to Install...
How to Install… A Pole-Mounted Solar-Electric Array: Part 1
How to install a pole-mounted solar-electric array— part one, sizing and setting the pole.

:}

( http://www.youtube.com/watch?v=w22v6wkTeSM )

And for the policy wonks

http://www.iaee.org/en/publications/journal.aspx

The Quarterly Journal of the IAEE’s Energy Economics Education Foundation
Volume 31, Special Issue
Download Entire Issue Now
Papers

ADAM’s Modeling Comparison Project – Intentions and Prospects
Ottmar Edenhofer , Brigitte Knopf, Marian Leimbach and Nico Bauer
View AbstractDownload Now

The Economics of Low Stabilization: Model Comparison of Mitigation Strategies and Costs
Ottmar Edenhofer , Brigitte Knopf, Terry Barker, Lavinia Baumstark, Elie Bellevrat, Bertrand Chateau, Patrick Criqui, Morna Isaac, Alban Kitous, Socrates Kypreos, Marian Leimbach, Kai Lessmann, Bertrand Magne, Serban Scrieciu, Hal Turton, Detlef P. van Vuuren
View AbstractDownload Now
Transformation Patterns of the Worldwide Energy System – Scenarios for the Century with the POLES Model
Alban Kitous, Patrick Criqui, Elie Bellevrat and Bertrand Chateau
View AbstractDownload Now


Technology Options for Low Stabilization Pathways with MERGE
Bertrand Magne, Socrates Kypreos, and Hal Turton
View AbstractDownload Now

:}

( http://www.youtube.com/watch?v=fb0AHX6z0qQ )

And then for the strong at heart.

http://advancedhomeenergy.com/home

AHE Featured on the Cover of the Sept/Oct 2009 edition of Home Energy Magazine!AHE Featured on the Cover of the Sept/Oct 2009 Edition of Home Energy Magazine!

Energy Efficient Home Solutions

Advanced Home Energy (AHE) is the leading Home Performance contractor in the San Francisco East Bay. AHE provides expert guidance and services to home owners who want an energy efficient home and want to reduce their personal environmental impact.

Home Performance

Home performance is an energy efficiency strategy in which contractors address homes as whole systems, rather than in discrete components. Home performance contractors integrate expertise in all areas affecting home energy use; insulation, windows, heating and cooling, water heating, etc.. By integrating treatment of all factors in a home’s energy use, AHE services are solution-oriented, cost-effective, and easier for consumers to use than traditional efficiency methods.

Home Energy Audit

We provide a home energy audit to diagnose all the components of of a building. We then identify the areas for greatest potential and create a work package that is tailored to the unique issues of the home. By using our services home owners reduce their monthly utility bills, reduce their carbon footprint, and make their home more comfortable throughout the year

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( http://www.youtube.com/watch?v=nLq-2eo9Z6c )

Once you read this you will be ready to go gogogogo

http://www.electricenergyonline.com/

Current Issue
January/February 2010 Issue 1 • Volume14
Cover Story
  • Community Wind – the development of locally owned, utility-scale wind farms – is one of the fastest-growing segments in the U.S. wind industry. Community Wind projects are developed and owned, in part, by members of the communities in which they’re developed. A typical project ranges between 5MW and 80MW, although they can range both higher and lower. Most importantly, this approach to development leads to a genuine sense of community involvement and acceptance. [More]

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Nothing wrong with reading and being smart.

http://www.youtube.com/watch?v=twgL6KGQCOw

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Back To The Residential Market – The Environment is important and so is the Community

Community Energy Systems’ is about where they meet. That is in the home. So it is Jam Band Friday and we need to get back to it.

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

This may be one of the best residential sites I have ever found and it is in Britain. Go figure. I mean if you scroll down and look at all the stuff it is pretty amazing.

http://energysavingnow.com/

I am going to focus on what is called Distributed Generation today that really emphasizes getting solar and wind out into the community.

( http://www.youtube.com/watch?v=cXE8u_HRpls )

The idea is simple lease everyone’s roofs and put generation on them.

http://www.energysavingnow.com/paper/dgindia/

DISTRIBUTED GENERATION AND ITS SOCIAL IMPACT
By Manu Avinash .G , S4, EEE, CET and
Krishna kumar .G , S4, EEE, CET

ABSTRACT- distributed generation, defined as generation located at or near the load centres, is being recognised as an environment friendly, reliable, and secure source of power which not only has minimal negative social impacts but also serves to promote social welfare. This paper aims to bring out the salient features of distributed generation from an economic and social perspective. The paper to identify the distributed resources available in India and proposes methods to tap them. It also studies the social consequences of wide spread deployment of distributed systems and their accommodation into the new liberalised energy market of India.

I. INTRODUCTION
Most of the electricity produced today is generated in large generating stations, which is then transmitted at high voltage to the load centres and transmitted to consumers at reduced voltage through local distribution systems. In contrast with large generating stations, distributed generation (DG) produce power on a customer’s site or at a local distribution network. DG technologies include

  • Engines,
  • Small hydro and gas turbines
  • Fuel cells
  • Photo voltaic systems etc


Although they represent a small share of the electricity market they play a key role for applications in which reliability is crucial, as a source of emergency capacity, and as an alternative to expansion of a local network, in developed economies where uninterrupted power supply is essential. In developing countries like India, where the generation is inadequate to meet the demand, reliability and energy security are of lesser importance. Developing country can tap the potential of DG to extend their present generation capacity in an environment friendly and cost friendly manner.

The paper is divided into two parts first part examines the various DG technologies and their merits and demerits and the second part studies the social impact of large scale deployment of small, mini and micro projects in India.

II. WHAT IS DISTRIBUTED GENERATION?
Distributed generation, is defined as generation located at or near the load centres [1]. They generate electricity through various small-scale power generation technologies. Distributed energy resources (DE) refers to a variety of small, modular power-generating technologies that can be combined with energy management and storage systems and used to improve the operation of the electricity delivery system, whether or not those technologies are connected to an electricity grid. . Projects are generally developed by either the user to avoid the purchase of power from the grid or an energy service provider who then retails the power to the site.

III. DISTRIBUTED GENERATION TECHNOLOGIES
Commercial energy technologies include:

  • IC engines
  • Gas turbines
  • Micro turbines
  • Energy storage technologies


Renewable energy technologies include:

  • Fuel cells
  • Solar photovoltaic
  • Wind & Wave Energy
  • Hydro electric energy


Some of them are discussed below:

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

:}

Don’t take their word for it. Pretty much everybody now agrees that it has its place in the world.

http://www.dg.history.vt.edu/ch1/benefits.html

What are the Potential Benefits of DG Systems?

Consumer advocates who favor DG point out that distributed resources can improve the efficiency of providing electric power.  They often highlight that transmission of electricity from a power plant to a typical user wastes roughly 4.2 to 8.9 percent of the electricity as a consequence of aging transmission equipment, inconsistent enforcement of reliability guidelines, and growing congestion. At the same time, customers often suffer from poor power quality—variations in voltage or electrical flow—that results from a variety of factors, including poor switching operations in the network, voltage dips, interruptions, transients, and network disturbances from loads.  Overall, DG proponents highlight the inefficiency of the existing large-scale electrical transmission and distribution network.  Moreover, because customers’ electricity bills include the cost of this vast transmission grid, the use of on-site power equipment can conceivably provide consumers with affordable power at a higher level of quality.  In addition, residents and businesses that generate power locally have the potential to sell surplus power to the grid, which can yield significant income during times of peak demand.

Industrial managers and contractors have also begun to emphasize the advantages of generating power on site.  Cogeneration technologies permit businesses to reuse thermal energy that would normally be wasted.  They have therefore become prized in industries that use large quantities of heat, such as the iron and steel, chemical processing, refining, pulp and paper manufacturing, and food processing industries.  Similar generation hardware can also deploy recycled heat to provide hot water for use in aquaculture, greenhouse heating, desalination of seawater, increased crop growth and frost protection, and air preheating.

Beyond efficiency, DG technologies may provide benefits in the form of more reliable power for industries that require uninterrupted service.  The Electric Power Research Institute reported that power outages and quality disturbances cost American businesses $119 billion per year.  In 2001, the International Energy Agency (2002) estimated that the average cost of a one-hour power outage was $6,480,000 for brokerage operations and $2,580,000 for credit card operations.  The figures grow more impressively for the semiconductor industry, where a two hour power outage can cost close to $48,000,000.  Given these numbers, it remains no mystery why several firms have already installed DG facilities to ensure consistent power supplies

:}

As EF Schumacher said – http://en.wikipedia.org/wiki/Small_Is_Beautiful – Small IS Beautiful.

( http://www.youtube.com/watch?v=gmzN3KayWU8 )

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Renewable Energy To Replace Coal And Oil – If they keep going like this they will

They are starting to build steam – oh what a mixed metaphor. But first I must say…

:}

Community Energy Systems is a nonprofit 501c3 organization chartered in Illinois in Sangamon County. As such we are dependent on public donations for our continued existence. We also use Adsense as a fundraiser. Please click on the ads that you see on this page, on our main page and on our Bulletin Board (Refrigerator Magnets) and you will be raising money for CES. We say a heartfelt THANK YOU to all who do.

:}

 

http://www.mercurynews.com/top-stories/ci_14050919

World’s largest solar project prompts environmental debate

 

Updated: 12/23/2009 07:24:46 AM P

Panoche Valley is known mostly for cattle and barbed wire, a treeless landscape in eastern San Benito County that turns green every spring but for much of the year looks like rural Nevada.

A posse of lawmen gunned down the famous Gold Rush bandit Joaquin Murrieta, an inspiration for the fictional character Zorro, near here in 1853. Nothing that exciting has happened since.

But now the remote valley 25 miles south of Hollister is finding itself at the center of a new showdown. A Silicon Valley company is proposing to build here what would be the world’s largest solar farm — 1.2 million solar panels spread across an area roughly the size of 3,500 football fields.

“This is renewable energy. It doesn’t

 

cause pollution, it doesn’t use coal or foreign oil, and it emits no greenhouse gases,” said Mike Peterson, CEO of Solargen Energy, the Cupertino company behind the $1.8 billion project.But critics — including some environmentalists — say green energy isn’t always green. In a refrain being heard increasingly across California, they contend the plan to cover this ranch land with a huge solar project would harm a unique landscape and its wildlife.

From the Bay Area to the Mojave Desert, green energy supporters are frustrated that a state that wants to lead the green revolution is facing roadblocks.

Peterson, a former vice president of Goldman Sachs, looked across the Panoche Valley last week and noted its attributes.

t sits 20 miles from the nearest town. It has 90 percent of the solar intensity of the Mojave Desert. Five willing sellers, mostly longtime ranching families, have signed options to sell his company 18,000 acres. And huge transmission lines run through the site, negating the need to build the kind of costly and controversial new power lines that have stalled similar projects.”From our standpoint, this is a perfect place,” he said. “If not here, where?”

Opposition mounts

The project would produce 420 megawatts of electricity, roughly the same as a medium-sized natural gas power plant, and enough to power 315,000 homes.

:}

Wind made huge strides too.

http://www.evwind.es/noticias.php?id_not=3012

Wind Energy Industry Highlights of 2009

23 de diciembre de 2009

Reflecting on a year that opened with high expectations for renewable energy from the new Obama Administration and was buffeted by economic storms, AWEA identified the wind industry’s top accomplishments in 2009.

Wind Energy Industry Highlights of 2009

“Wind power is a symbol of hope in our economy and supports thousands of jobs, but U.S. wind turbine manufacturing is lagging at the very time that the global clean energy race is heating up,” said AWEA CEO Denise Bode. “One of the most urgent measures that our government can enact is a national Renewable Electricity Standard, which will unleash in the U.S. a wave of manufacturing investment that will otherwise go overseas. Many companies are eager to enter or ramp up their activities in this sector, as this year’s highlights show, but all need to see a long-term commitment with hard targets to renewable energy in order to be able to invest.”

The top accomplishments and developments include:

* American Recovery and Reinvestment Act (ARRA) of 2009 Funds a Lifeline: The ARRA included several provisions to spur development of wind and other renewable energy industries along with the Treasury Grant Program, which by year end had supplied over $1.5 billion in crucial capital. Since the early July announcement to implement the stimulus bill, at least 37 different wind projects, using large and small turbines, have been recipients of the grant program, powering the equivalent of 800,000 homes and providing a lifeline for the industry and sustaining wind power as a bright spot in the economy.

* … But Manufacturing Still Lags: Wind turbine manufacturing, however, has fallen behind 2008 levels in both announcements and in production activity. While this is bad news, the good news is that a solution is readily available: A strong national Renewable Electricity Standard (RES) will create the market certainty that manufacturers need in order to invest, enabling the U.S. to become a wind turbine manufacturing powerhouse creating hundreds of thousands of jobs.

* Strong Support for a National Renewable Electricity Standard (RES): An RES is included in the House version of climate legislation passed this spring and in pending Senate energy legislation. The wind industry, backed by popular support, continues to advocate for swift passage of a strong RES. A poll released by AWEA in May showed that over 75% of Americans, including 71% of independents and 62% of Republicans, support an RES requiring that 25% of the nation’s electricity be generated from renewable energy by 2025.

* COP15: AWEA sent a delegation to the 15th United Nations Climate Change Conference of the Parties (COP15) in Copenhagen this month. AWEA’s participation at the conference is another indication of America’s reengagement in the international climate change process and of the key role that wind power plays today in the transition to a clean energy economy.

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There is much more to the article please read it

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THAT’S Amazing

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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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I March In The Labor Day Parade With IBEW 193 – Labor Unions are 300 years old

Which makes commercial oil production look like a baby at 150 (please see last weeks Posts).

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

As always it was very very cool, everyone gathered:

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And Everyone marched:

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Some places were crowded:

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Some places weren’t. But it always amazes what things you never notice unless you are actually in the street. Somehow on the sidewalk they just do not stand out.

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Then it was over, but we will be back next year:

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The Big State Agencies Love The Illinois State Fair As Much As I Do

*+ On a personal note..CES is a nonprofit organization and when you click on our google ads you make a donation to us. The more you click the more we get. Thanks for being so nice+*

Illinois State Fair

They show up with a vengeance. In all fairness (HAHA) I think some of them are mandated to show up. Again I was disappointed that I did not make it to the Illinois Building for Seniors day because IDENR puts on a great energy conservation display. I also did not make it to the Conservation area so I can not run a picture of the Oil Well like I do each year, nor did I get a chance to buy a TShirt from DENR if their stand was open this year. That said…The Governor had 2 tents and they covered the gambit:

http://bestofneworleans.com/gyrobase/index

First there was the U of I’s Sustainable Technology Center. They claim to have served Illinois since 1985. I got my doubts about that but….

fairs1.jpg

at:

www.istc.illinois.edu

Then there was the

fairs.jpg

Illinois Community College Sustainability Network:

http://ilccsn.ectolearning.com/ecto2/partners/ilccsn/htmsite/pages/home.shtml

established in 2007 to take advantage of the Stimulus Package of 2009…

Eguimqunon was there too:

fairs5.jpg

Sorry I meant Emiquon..I never can say that name..

http://www.nature.org/wherewework/northamerica/states/illinois/preserves/art1112.html

Plus the GREEN House:

fairs6.jpg

MEET THE GREENS: Now almost all these exhibits were for kids:

fair7.jpg

Then again aren’t we all KIDS at Heart?

http://www.meetthegreens.org/

Did I mention the Butter Cow:

sfair21.jpg

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Or the Mehan’s 75 years at the Fair?

sfair71.jpg

I know I did..

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