Category Archives: green economy

Wind Farm Gets Blown Away – It is a classic shame

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It is true. Not in my backyard is a syndrome that can be defused but you have to start early and you have to speak often and sincerely. Utility Executives just do not have the right touch and even when they care they hire bright shiny faces that lack any sense of truthfulness.

http://www.midwestenergynews.com/2013/02/26/new-england-offshore-wind-planning-offers-lessons-for-great-lakes/

New England offshore wind planning offers lessons for Great Lakes

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When Scandia, a Norwegian wind company, announced its plans to install 200 turbines in Lake Michigan four miles from the tourist town of Ludington, Michigan, in 2009, they likely didn’t anticipate the controversy that would erupt.

After all, the project would be delivering domestically produced renewable energy to replace planet-warming fossil fuels. It would create local jobs installing and operating the turbines. A nearby pumped-hydro facility for storing backup energy sat in the nearby dunes, complete with substations and high-voltage lines they could use to move electricity from their offshore turbines to the grid.

“The developer thought, We’ll build wind farms out in Lake Michigan, hook up in Ludington, and everyone will be delighted,” recalled Arn Boezaart, director of the Michigan Alternative and Renewable Energy Center at Grand Valley State University.

Instead, “they were basically run out of town,” Boezaart recalled.

Residents of this picturesque town were outraged about the prospects of scores of wind turbines ruining their view. Nobody had consulted them. And Michigan, like every other Great Lakes state, lacks even a rudimentary procedure for regulating offshore wind farms, without which there would be little opportunity for public hearings.

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Renewables Cheapest Downunder – Australia is in a good position to kick coal

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This is actually happening all around the world. During one day last year the Germans got all the power they used from renewables. All the old bullshit it turning into compost and will be forgotten.

http://grist.org/climate-energy/renewables-cheaper-than-coal-in-australia-a-preview-of-things-to-come/

Renewables cheaper than coal in Australia — a preview of things to come

By:

David Roberts

Energy, politics, and more

I’m morbidly fascinated by the way conventional wisdom lags behind evidence, like the notion that renewable energy is expensive and fossil fuels cheap. In fact, there is a tectonic shift underway. Renewable energy prices are declining as technology improves, economies of scale kick in, financing mechanisms mature, and public policy begins to take some (inadequate) account of the negative externalities of fossil fuels.

Meanwhile, the cost of coal-fired electricity is heading up. It’s getting harder to finance coal plants in the face of competition from clean(er) energy, activist opposition, and the inevitability of some kind of carbon policy. Construction costs are rising. Transportation costs are rising. It’s getting harder to reach the coal that’s left in the ground. Etc.

The two lines — falling renewable energy costs and rising coal costs — are going to cross. It’ll happen everywhere eventually. According to a Bloomberg New Energy Finance (BNEF) analysis, it’s already happened down under: “Renewable energy now cheaper than new fossil fuels in Australia.”

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Goodbye Secretary Chu – You did the best you could

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Given the backward nature of American culture you did the best you could do. Tough job that nobody really wants.

Energy Secretary Chu Resigns Leaving Oil Markets in Turmoil

Raymond J. Learsy

Author, ‘Oil and Finance: The Epic Corruption Continues’

In his letter of resignation from the post of Energy Secretary, Chu characterized his Department as a “Department of Science, a Department of Innovation, and a Department of Nuclear Security.” He then goes on to point out the myriad achievements and initiatives during his tenure ranging from BioEnergy Research Centers, Wind and Solar Energy initiatives, nuclear safety, appliance efficiency standards and on. Not an unimpressive list of scientific and clean energy programs. Embedded deeply in his letter is his conviction that rising temperatures present a present and growing danger to the planet and need be addressed. His tenure at Energy addressed this issue relentlessly, and even with the $500 million Solyndra debacle, built a foundation for research, creativity, and with funding guarantees to a plethora of clean energy projects supporting manufacturing plants throughout the country.
Were this his exclusive mandate his four year tenure might well be termed a success. But the Department also has other fish to fry. They relate no only to the environment, but profoundly to the economy and to our national security. Energy, be it oil, natural gas, coal are core commodities to the functioning of our economic viability, and here the Department of Energy under Chu’s tutelage has approached disaster.

As example, within a month of Chu’s ascendency the price of crude oil hovered around $35/barrel (and gasoline prices well under $2.00/gallon). Today’s price is over $95/bbl even though our oil consumption is down some 2.4% from what it was four years ago and production from the Bakken and EagleFord Formations in North Dakota and Texas has increased our domestic production dramatically keeping our domestic oil market amply supplied (oil inventories are at or near all time highs). In a situation such as this it is the Department of Energy’s obligation to ask some hard questions just as Energy Secretary Bill Richardson did during his tenure during the Clinton Administration when he personally lobbied OPEC members only to be chastised, to his great credit, by the OPEC spokesman, “In the forty year history of OPEC there has never been the case of the Secretary of Energy calling OPEC in the middle of an OPEC meeting… We are upset and disappointed at external pressure. We don’t like it.

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A Vermont Super Efficient House – Using the Scandanavian Model

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Well I got a new computer and so I am back. The old computer is getting the data transferred from it so I can have it on the new system.  I do not have many tools at hand as a result. This  system has to have the data transferred to it soon so I will not post here again for awhile. But here is a sign of progress.

http://www.greenbuildingadvisor.com/homes/rossetto-vermont-house

Super Energy-Efficient Home in Vermont

Waitsfield, VT

Oct 10 2008 By Rob Wotzak

Modest House Built to Scandinavian Green Standards

This modest home may not seem out of the ordinary, but energy efficiency specialist Efficiency Vermont calls it extraordinary — “Best of the Best” and “the most energy efficient home in the state,” to be specific. With a HERS score of 95.3 out of 100, and four years of energy bills to document its performance, the building deserves the accolades. Builder Al Rossetto leaves nothing to chance: he has used the same construction details to lock in five-star Energy Star ratings for every home he has built since.

Is Vermont the new Scandinavia?
The shallow, frost-protected footing is possibly this home’s most unusual detail. Northern Vermont’s deep frost line and rocky soil make building conventional foundations a challenge. A shallow bed of gravel surrounded by a horizontal apron of rigid foam insulation — a system used in Scandinavia for decades — worked well here.

When paired with an insulated concrete form (ICF) foundation, this system ended up saving energy and materials. The walls and roof are all structural insulated panels (SIPs), which go up quickly and provide a tight shell. Energy efficient windows with triple glazing and multiple low-e layers (also standard equipment in Scandinavia) complete the package.

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Getting energy from a natural event – In this case a tornado

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I got my doubts about this. Recreating the circumstances of a tornado can not be easy to control and maintain. I have always dreamed about storing lightening in giant batteries in the ground.

http://cleantechnica.com/2012/12/18/using-tornadoes-for-good-not-evil-green-energy/

 

Using Tornadoes For Good, Not Evil — Green Energy

 

Never one to let a good heading get away from me, it’s time to turn the evil power of tornadoes into something good — namely, green energy. And thanks to The Thiel Foundation’s funding program Breakout Labs, a new grant has been awarded to harness the power of atmospheric vortexes.

Tornadoes!

“The power in a tornado is undisputed,” said Louis Michaud, Canadian engineer and designer of the Atmospheric Vortex Engine (AVE). ”My work has established the principles by which we can control and exploit that power to provide clean energy on an unprecedented scale.

“With the funding from Breakout Labs, we are building a prototype in partnership with Lambton College to demonstrate the feasibility and the safety of the atmospheric vortex engine.”

Michaud’s design sees warm or humid air introduced into a circular station wherein it takes the form of a rising vortex which drives multiple turbines.

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Green Energy For Illinois – These people can help

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No comment neccesary.

http://www.justenergy.com/?s_clid=7804bf19f3166eb04ed5c04eedc42a69&gclid=CJjW0qm1orQCFao7MgodOhAAdg

Learning Center

In many province and states across North America, you have the right to choose your natural gas and/or electricity supplier. Our Learning Center will help you make an informed decision by providing you with an overview of how energy markets work and your rights as a consumer.

Customer Care Center

At Just Energy, our customers are at the forefront of everything we do. Through our Customer Care Center, you will learn about the many convenient services available to Just Energy customers, our customer bill of rights and answers to some of our frequently asked questions.

Efficiency Center

Find ways to save money, energy and the environment through our Efficiency Centre. Take advantage of tips to cut your household, business and transportation costs. You can also save up to 30% on everyday items for your home and business through our SmartShop.

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How To Turn Illinois Into A Renewable State – I am not sure I agree

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But this guy is a good writer and the points are well thought out.

http://grist.org/climate-energy/how-to-make-illinois-into-a-clean-energy-leader/

David Roberts

Energy, politics, and more

How to make Illinois into a clean-energy leader

Illinois is a big deal where power is concerned: of U.S. states, it’s the sixth largest consumer of electricity and the fourth largest producer. It has more nuclear power plants than any other state and is unusually dense with underutilized transmission lines, which are at a premium these days. It has a thriving wind power industry (though it is a sad 18th in installed solar capacity), and a bustling, green-minded metropolis in Chicago, which boasts nearly 80,000 green jobs.

So it’s too bad the Illinois power system makes the Talmud look like The Da Vinci Code. I’ve been talking to people about it for a week and I feel like my brain got mugged in a back alley.

Nonetheless! States are where it’s at, in terms of clean-energy policy, and significant things are going on in Illinois. I shall attempt to make sense of them for you.

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Looking For Solar In Australia – Give AGL a call

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Call now 1300 076 188 (Mon – Fri 8am – 6pm and Sat 9am – 4pm EST).

Having said that please do all the things with AGL that you would do with any contractor. Check with local business groups like the Chamber of Commerce and the Better Business Bureau. Ask for references and you must comparison shop. Having said that here is a guest post from AGL on the past and present of Solar Power.

AGL solar energy

The ever-growing improvements in solar power technology

 

Solar power technology has come a long way since its first arrival in the 1950s, when solar panels were over three times the size they are now, yet converted just 4.5% of solar energy into electricity. Sixty years ago solar panels needed to be far larger to be as powerful and were unthinkably expensive. For example, a 230 Watt solar panel in 1953 measured 213 inches by 130 inches and cost a whopping $1785 per Watt. Today, a solar panel with an identical wattage measures 64 inches by 39 inches and costs just $1.30 per Watt. As research and development in solar power technology increases, efficiency, cost and size can only further improve in the future.

In 1953 the first modern solar cell, using a silicone semiconductor to convert light into electricity, was unveiled in the USA. It was revolutionary and gave rise to the belief that we will eventually be able to harness the sun’s incredible energy. Fast-forward nearly sixty years and the technology has vastly improved and is now at the stage at which solar power production and consumption is growing year on year, at half the cost of just five years ago. Why has it taken so long? Largely because the need for it wasn’t there. Fossil fuels were cheap and plentiful and so the impetus (and therefore also the finances) didn’t exist for large-scale research and development into taking solar mainstream. Funding depended on which government was in power in different countries and thus solar power R&D was very stop-start.

Triggered by the impending energy crisis, the past 20 years saw huge improvements in technology and manufacturing methods, driving costs down and expanding the market, and each time the market for solar energy increases, costs are further reduced. Solar energy still accounts for a small percentage of the world’s energy consumption (currently just 1%) but that is tipped to change imminently. Recent advances in technology are leading the way for huge growth in the solar energy market. In 2008, spherical solar cells were developed in Japan, a technology which is up to five times cheaper, uses far less material, consumes half the energy to reproduce and has flexible applications. Residential solar panels are proving increasingly popular, with companies such as AGL Solar Energy installing them on rooftops in thousands of homes in Australia.  

In 15 years, commercial buildings will be built to make the most of solar power – indeed, the technology is already almost there to do so. Buildings will be constructed from glass coated with a network of tiny Organic Photovoltaic Cells which are so fine that light isn’t obstructed. This way, entire buildings can become energy producers. Similar technology is also being utilised to develop paint-on solar cells so that you can paint the outside of your house with solar energy-producing cells. The next 20 years will see the cost of solar come down and technologies improve. Look out for new technologies such as super-fine solar films made from cheaper CIGS (copper, indium, gallium, selenide) rather than silicone, and glass or plastic plates coated with dye which will help to focus photons onto solar panels. One thing’s for sure – the solar energy revolution has only just begun. The future is bright!

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Solar in the Middleast – When the oil producers get it and the price drops the change will come

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But will the change come in time. I still got my doubts about that.

http://customwire.ap.org/dynamic/stories/C/CLIMATE_TALKS_SOLAR_DREAMS?SITE=NDBIS&SECTION=HOME&TEMPLATE=DEFAULT&CTIME=2012-12-06-02-01-22

Middle East beginning to embrace solar energy

By MICHAEL CASEY
AP Environment Writer

ABU DHABI, United Arab Emirates (AP) — Covering nearly 300 football fields in a remote patch of desert, the Shams 1 solar project carries off plenty of symbolic significance for the United Arab Emirates.

It will be the first, large-scale solar project in the oil-rich country when it is completed at the end of the year, and the largest of its kind in the Middle East. At full capacity, the 100-megawatt, concentrated solar project will be able to power 20,000 homes. For those behind the project, it’s the surest sign yet that solar is coming to the region in a big way.

“We truly believe solar will be a major contributor to meeting our own requirements,” said Sultan Ahmed al-Jaber, the UAE’s Special Envoy for Energy and Climate Change and the chief executive officer of government-funded Masdar, which is the majority investor in the project.

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Germans Wonder About America – Will they ever get serious

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Unfortunately I believe the answer is NO. Americans will never get serious about renewable energy until it is so far behind the rest of the world that it becomes embarrassed. By then it will be too late for us to take advantage of creating our own industries.

http://www.truthdig.com/report/item/how_germany_is_getting_to_100_percent_renewable_energy_20121115/

How Germany Is Getting to 100 Percent Renewable Energy

Posted on Nov 15, 2012

By Thomas Hedges, Center for Study of Responsive Law

There is no debate on climate change in Germany. The temperature for the past 10 months has been 3 degrees above average and we’re again on course for the warmest year on record. There’s no dispute among Germans as to whether this change is man-made, or that we contribute to it and need to stop accelerating the process.

Since 2000, Germany has converted 25 percent of its power grid to renewable energy sources such as solar, wind and biomass. The architects of the clean energy movement Energiewende, which translates to “energy transformation,” estimate that from 80 percent to 100 percent of Germany’s electricity will come from renewable sources by 2050.

Germans are baffled that the United States has not taken the same path. Not only is the U.S. the wealthiest nation in the world, but it’s also credited with jump-starting Germany’s green movement 40 years ago.

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