Another Expose` on the Corrupt Wind Industry, and Their Government Enablers!

‘Follow the Money’: Hard-Hitting Danish Drama Documents Wind Industry Corruption, Australian Sequel Promised

follow the money

STT has just gorged on two episodes of what is presented as well crafted drama, but which to STT followers will play out like a hard-hitting documentary.

Australia’s SBS started screening ‘Follow the Money’ a couple of weeks ago, the plot-line for Episode 1 is described as follows:

Mads, a police detective, is called out to investigate a body washed ashore near a wind farm. At first, it merely looks like an industrial accident, but the case implicates the upper echelons of Energreen – one of Denmark’s most successful and leading energy companies. The CEO is charismatic Sander, and a young lawyer, Claudia, is working hard to advance in the company. Nicky, a former car thief and mechanic, has put his life of crime behind him for his girlfriend’s sake, but his new colleague Bimse tempts Nicky with a chance to make a quick buck.

From the creators of Borgen, Follow the Money is as slick as any of the recent crop of Nordic Noir crime dramas.  While the wind-cult Weekly,The Guardian gave it a critical pasting when the BBC aired it in Britain back in March (probably something to do with it being just a tad inconsistent with green-left groupthink) –  STT gives it five stars.

Indeed, Follow the Money comes with an STT consumer warning: “this TV series is more addictive than crack cocaine”.

For our Australian followers, Follow the Money screens on Thursday nights at 9:30pm.  For our many international followers, the series is available at SBS On Demand, which will also allow our local followers to catch up on the first two episodes: for episode one click here and episode two here. You can view it on a PC, Smart TV or iPad etc.

The site adds a new episode after it goes to air, so return to SBS On Demand to Follow the Money. For a taste, here’s the trailer:

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Without giving too much away, the company at the centre of the story, Energreen, is filled with cocksure and arrogant types, of the kind that you might find swanning around with wind power outfits like, Infigen andPacific Hydro.

follow the money peter

Keep an eye out for one character who STT is certain was modelled on Vesta’s Australian pinup boy, Ken McAlpine (the physical resemblance to Ken is good, but the character’s similarly channelled arrogance and narcissism is uncanny).

The lone wolf detective, Mads finds roadblocks being thrown up at every turn by his superior officers, which smack of wind industry corruption and interference.

Of course Denmark, the birthplace of Vestas, is no stranger to wind industry sleaze, corruption and fraud.

Vestas and its slick financial dealings have, no doubt, provided Follow the Money’s scriptwriters with plenty of material to work with.

The plot-line reads a whole lot like the trouble that Vesta’s Chief Financial Officer, Henrik Nørremark and a band of its executives found themselves in back in 2013, having engaged in a run of fraudulent transactions that cost the company around 140 million kroner.

Just like Follow the Money, the boys from Vestas found themselves under police scrutiny; and, thereafter, the company did everything it could to quarantine itself from a PR nightmare – cutting the former corporate heroes loose and leaving them for dead (see our post here).

Now, turning closer to home let’s take a sneak peek at Australia’s own Follow the Money documentary sequel.

The Pilot for the Series kicks off in Australia’s Federal Parliament during Senate Estimates held on 5 May 2016 (the last session of play before Parliament was dissolved ready for an election in July).

Chris Back

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WA Liberal Senator, Chris Back starts off with a little probing of the Clean Energy Regulator, Chloe Munro (keep a lookout for her doppelgänger in the Danish version of Follow the Money) on the topic of around $100 million worth of Renewable Energy Certificates pocketed by Babcock and Brown (aka Infigen or Energreen), which were paid out based on a signature that the CER has, despite some effort, been unable to verify. Here’s the Script for ‘Follow the Money, Downunder’, Scene 1 (taken from Hansard):

Senator BACK: Thanks Ms Munro and thank you for the information before lunch, it was very interesting. Again, I appreciate you correcting the answer—217, I think it was. At the end of stage 1 of your explanation you mentioned that on July 7 2004 Babcock and Brown lodged a new application for registry to accredit a power station showing Lake Bonney Wind Farm Pty Ltd as the applicant.

What concerned me, and I am asking for your response, is that you said it is not clear who signed the declaration on behalf of the company on that form; the signature is illegible. That is of enormous concern to me. The CER would have issued certificates to that organisation since then, probably of values—of what?—of $100 million?

Ms C Munro: I could not estimate that on the run.

Senator BACK: My guestimate is somewhere between $70 million and $160 million, based on a document the signature on which was not able to be verified. What action can be taken?

Ms C Munro: Perhaps to set your mind at rest with respect to that: first of all we were retrieving records from our predecessor organisation, the Office of the Renewable Energy Regulator, so I cannot speak about the precise processes they would have followed at the time. But I think they would have been in a position to verify that the signature was the signature of somebody they had probably been dealing with, because usually there is an exchange of correspondence and so on before the actual accreditation. I think the fact that at this stage we cannot make out the signature does not mean to say that it was unknown to them.

To be honest, my own signature, on its own, is not always decipherable. What I think was missing was that the block where the person’s name was written separately had not been filled in. But taken with the other information that would have been there at the time, I do not think it suggests an impropriety in that regard.

Going to the question that you asked before, the point is that the legal person is the ‘entity’. This person is an authorised officer. Clearly, it is important to verify that the signature is from the authorised officer. But at this stage I do not think that we have any reason to believe there was a problem in that regard.

Senator BACK: Sure. Can I have an assurance then that as a result of the Renewable Energy Regulations regulation 3L coming into effect in December 2012 that an omission of that nature would not be repeated?

Ms C Munro: No. I think that generally we have tightened up a lot of our standing operating procedures. I think that in terms of verifying who signatories are and that the authorised officers are the appropriate people across all our schemes, we probably have some more consistent processes there.

Senator BACK: Thank you. I will just go back to question 222 from the previous estimates. I asked you about the membership of the Clean Energy Council. Are you able to give the committee an assurance—if not now, then take it on notice—that members of the board, when there has been a matter involving an organisation with which they have an association, have in fact excluded themselves from any decisions regarding that particular entity? I would imagine that, with good governance, the board minutes would indicate that a person has excluded themselves from the debate.

Ms C Munro: I cannot give you that assurance on behalf of the Clean Energy Council, although I absolutely agree with you that that is normal governance. What I can say for background is: the Clean Energy Council board is a representative body, as many industry associations are, and board members are drawn from amongst participants in the industry. The chair revolves fairly frequently. Until recently it was Michael Fraser, who was the predecessor of the current chief executive of AGL, for example.

But I think, more significantly, the co-regulation takes place between ourselves and the Clean Energy Council is on matters that relate to the small-scale scheme—things like accreditation of installers, listing of components like panels and so on. So, those matters I think, generally, would not be decided by the council; they would be decided at the executive level. The council members are more likely to be participants in the large-scale renewable energy targets, in which the Clean Energy Council does not have a regulatory role. That is a long way of saying: I cannot advise you on how the Clean Energy Council conducts its meetings, because we are not a member of it. I think it is unlikely that there are occasions in its deliberations for the kind of conflicts that you might be apprehensive about.
Hansard 5.5.16

Hmmm… a former wind industry exec turned government bureaucrat, brushing aside obvious conflicts of interests, deflecting enquiries about fictitious applicants for hundreds of $millions in REC Tax/Subsidy, paid to a wind power outfit that disintegrated in a $10 billion insolvency in 2009 and Phoenixed as Infigen, starts to sound very Danish Noir.

But the drama didn’t end there.

STT champion, John Madigan followed up on the story we covered back in September last year (see our posts here and here) about Pacific Hydro and Acciona presenting fabricated wind farm noise reports (claiming compliance at non-compliant wind farms – Waubra and Cape Bridgewater), allowing them to continue pocketing hundreds of $millions in RECs.

The CER is well aware that both outfits have been relying upon ‘made-to-measure’ noise reports from Marshall Day, but have steadfastly refused the act or investigate.

Now, in classic Follow the Money style, it appears that the Australian Federal Police are hot on the trail of Chloe and her gang.

sen john madigan close

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Senator MADIGAN: Thank you, Chair. Last year, Ms Munro, I met with the Prime Minister and the Attorney-General to alert them to my concerns surrounding false wind farm noise reporting. As a result of that meeting I was led to believe that the Attorney-General had referred these allegations to the Australian Federal Police for formal investigation. Are you able to confirm whether the AFP has held any discussions with anyone from the office of the Clean Energy Regulator in relation to the CER-accredited Cape Bridgewater and/or Waubra wind farms?

Ms C Munro: Yes, Senator, I am able to confirm that. We were approached in February by the Australian Federal Police, who were making initial inquiries relating to the matters that you put.

They had a meeting with members of my staff in order to understand the way that our schemes worked and how those entities would be accredited.

Following that, and on our advice, they made an information request. I authorised the disclosure of information relating specifically to Cape Bridgewater, and that was done. We have not heard anything further from them, so I am not aware whether they proceeded to a formal investigation—this was their preliminary information gathering. We have had no further contact from them since then.

Senator MADIGAN: Thank you, Ms Munro.

Stay tuned for Episode Two: ‘Feds Skewer CER’

chloe munro

The Foul Stench in Falmouth: Wind Industry Corruption Runs Riot

Corruption and collusion. Tools of the Windweasel trade!

stopthesethings's avatarSTOP THESE THINGS

Definition of fraud

As it goes in Falmouth, the wind industry goes everywhere: lying, bullying, bribery and good old fashioned fraud is the order of the day.

Local boy, Frank Haggerty digs the dirt where the popular press fear to tread.

Falmouth wind turbines corruption blows out of control
Wind Action
Frank Haggerty
1 May 2016

The Falmouth “Land Court deal” is so corrupt the news media won’t even print a story. The news media and the government are entwined in a vicious circle of mutual manipulation over the poor placement of wind turbines taking health and property rights. Folks, this story happened April 28 and not one peep from the news media.

In Falmouth, corruption is the province of small men, not political giants. And sometimes the corruption is so ordinary that the corrupt don’t recognize it.

Falmouth today has a very important topic: Is corruption the price you pay…

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US Wind Power Output Collapse: What Happens When the Wind Don’t Blow

We’ll huff and puff, and blow the wind industry down!

stopthesethings's avatarSTOP THESE THINGS

Aeolus1

Rock-a-bye baby, on the treetop,
When the wind blows, the cradle will rock,
When the bough breaks, the cradle will fall,
And down will come baby, cradle and all.

When your power generation ‘system’ depends on the whim of the Wind Gods, results can differ from the operators’ professed claims.

In the US, the Gods haven’t blessed the wind industry with much fortune of late: despite a rapid increase in (massively subsidised) wind power capacity, wind power output has slumped (and babies nesting in treetops can sleep easy).

States subsidized for wind power saw decline in production
Andrew Follett
The Daily Caller
21 April 2016

States with lucrative subsidies for wind power such as California, Oregon and Washington saw huge decreases in the amount of wind power generated during 2015, according to a Thursday report by the Energy Information Administration.

The only major state to see large increases in its wind…

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Climate Change Probably Won’t Kill You, But Having No Power Certainly Will

Stop Government-induced “Climaphobia”…..

stopthesethings's avatarSTOP THESE THINGS

ice age earth As it was 700 million years ago: good job things warmed up a little.

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When we see the term ‘AGW’, we understand those that propound it to hold “global warming” as an irrefutable fact. It is, however, a theory with which there is only one problem: and that’s the evidence.

Even the most hysterical have been forced to accept the fact that global surface temperatures have not budged for 18 years, despite human generated CO2 emissions increasing at a rollicking rate: generally referred to as “the pause”. One recent piece STT read on the topic takes us back to our childhood with warnings about, wait for it, another looming ice age:

http://www.theaustralian.com.au/national-affairs/climate/chances-of-little-ice-age-on-rise/story-e6frg6xf-1227415254811

And it’s the lack of evidence for global warming that appears to have shifted the terminology to “climate change”: a tautology if ever there was one.

Of course, the climate “changes” – change is endogenous…

View original post 3,910 more words

Common Sense Prevails: Poland to Ban Wind Power

Poland Gets Wise, to the “Futility of Wind”!

stopthesethings's avatarSTOP THESE THINGS

polish wind farm

Over-run by these things, faced with thousand of furious neighbours demanding an end to the onslaught, and spiralling power costs, Poland has mounted an enormous about face: where wind power was the flavour of the month for a year or two, it’s about to be targeted with an outright ban.

WARNING: in following this piece you’ll need to turn your volume down – the howling from the wind industry’s parasites and the eco-fascist cheer squad, Greenpeace soon becomes deafening.

Poland’s New Right-Wing Rulers Want To Effectively Ban Wind Power
Fastcoexist
Charlie Sorrel
21 April 2016

Last year, Poland was the second-biggest installer of wind power in Europe—but a new proposal could halt this progress.

Poland, the eighth-biggest consumer of coal in the world, may outlaw wind power. New draft legislation from the right-wing government doesn’t ban wind turbines outright, but as you’ll see, its terms make building new turbines…

View original post 869 more words

In the Meme Time

The Wind Scourge…..We have to fight back!

lsarc's avatarlsarc

  Plants Love CO2
 
Why Scientist Disagree about Global Warming

The nastiness of wind power reality comes as such a visceral shock that many lack the moral courage to reject the “green” meme entirely.

Ontario’s anti-democratic Green Energy Act set off a wave of resistance which has unfortunately been hampered by divergent perceptions.

Fundamentally wind warriors fall into one of two camps: those who act as though there has just been some silly siting mistake and those who at least glimpse a bigger picture, don’t like what they see, but do not look away.  

It is daunting to face the fact that the politicians we expected to represent our interests are undermining our individual rights and security!

Ontario is however not alone in having an army of kleptocrats who, under the save-the-planet meme, are stealing our very birthright. Yet such is the case and there are political historians as well as scientists who…

View original post 703 more words

Wind Energy…..VERY Little Bang, for your Buck!

The Colossal Cost of Intermittent & Unreliable Wind Power

yacht

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There are 3 electricity essentials – that the power source and its delivery to homes and businesses be: 1) reliable; 2) secure; and 3) affordable. Which means that wind power – a wholly weather dependent power source, that can’t be stored and costs 3-4 times the cost of conventional power – scores NIL on all three counts.

Here is a brilliant analysis of just why wind power cannot be (and will never amount to) a meaningful power generation source.

Renewable Energy: The Question Of Capacity
Principia Scientific
Ed Hoskins
5 April 2016

Introduction
This article is concerned with the two main forms of weather dependent Renewable Energy, Wind Power (Onshore and Offshore) and Photovoltaic solar power.  In the UK this amounts to ~75% of all installed Renewable Energy.  The other renewable energy  inputs are traditional Hydro power ~8% and the remainder are other sources such as biomass, waste and landfill gas amounting to ~17%.

Capacity1

The capacity percentage of any power generating installation is calculated as the actual electrical output achieved divided by the nominal Nameplate output.  This article uses both stated estimates from the USA  EIA and real measures of capacity in Europe as of 2014. It thus provides reasonably correct comparisons of the efficacy of Renewable installations.

When announcements are made about Renewable Energy developments they are presented as the full Name Plate capacity usually in Megawatts and also often disingenuously as the number of homes that could be supplied at the full level of electrical output.  So such announcements are always on the optimistic side, because they only state the maximum operating electrical output that can be achieved from the installation rather than the amount of useable energy that is actually produced.

In addition because Renewable Energy output is crucially dependent on the vagaries of the weather (for wind) and the weather in combination with the season and the time of day (for solar), the actual electrical output achieved by Renewables is inevitably substantially less that the Name Plate capacity of the installation.   Peak electricity demand usually occurs on winter evenings when Solar power is non-existent and weather patterns can reduce wind speeds to virtually nil across the country.  There can be no coordination between the timing to the wind energy production and a Nation’s demand for electricity.

Traditional methods of electricity generation using fossil fuels are not subject to these vagaries and can produce electricity whenever needed to match customer demand.

Crucially traditional forms of electricity generation are

  • non-intermittent
  • dispatchable

to meet demand when needed.

Reporting on Renewable Energy actually generated after installation is commonly presented as annual Gigawatt Hours (GWhrs), thus noting the amount of electrical power actually supplied to the grid by the installation over the previous year.

Annual Gigawatt hours are easily converted to the equivalent output in Gigawatts by dividing by the number of hours in the year (365*24)=8760.  This output value  can be compared with the original Nameplate capacity to calculate the capacity percentage of any generating installation for comparative purposes.  Thus the absolute efficacy of a Renewable Energy installation can be judged as the percentage ratio of actual electricity production divided by the stated Nameplate Capacity.

Importantly however this percentage factor does not account for the usefulness of the electrical power that is produced at any particular time to match electrical demand, because of the inevitable intermittency and non-dispatchability of Renewable Energy power sources.  It is therefore a generous measure when used here for comparative purposes of efficacy, capital and running costs, when comparing renewable and traditional forms off electricity generation.

The Renewable Energy industry could not exist without the Government mandated subsidies and preferential tariffs.  Without Government subsidies and consumption mandates the Renewable Energy industry is not a viable business.

Without its Government mandate, Government subsidies and Government interference weather dependent Renewable Energy would never be a chosen part of the generating mix, especially when viewed from the needs for the engineering viability of a nation’s electrical supply grid.

In summary weather based Renewable Energy is both very expensive and unreliable.

These substantial extra costs and the potential for supply failure, although mandated by Government, are in fact serious cost burdens on Electricity consumers, both domestic and industrial.  As the part played by Renewables grows in the Electrical grid so those cost burdens will increase.

Sources Of Renewable Capacity Measures

The following data sources are used here:

US government Energy Information Administration

www.eia.gov – see table 1

Table 1 above gives the following values for USA installations:

  • Natural Gas Advanced Combined Cycle     87%
  • Onshore Wind                                                     36%
  • Offshore Wind                                                     38%
  • Solar PV on grid                                                  25%
  • Advanced Coal                                                    85%
  • Advanced Nuclear                                              90%

Capacity2

EurObservER

EurObservER-Wind-Energy-Barometer-2015-EN-2.pdf

EurObservER-Photovoltaic-Barometer-2015-EN.pdf

These publications give an up to date indication of the current scale of Renewable installations in Europe country by country and overall for Europe.  The following capacity percentage for solar and wind power are reported in Europe.

Capacity3

So it can be seen that Renewable Energy performance throughout Europe is very substantially less that the published levels of achievement stated by the US  EIA.

Capacity4

When the effectiveness of Wind power and Solar are combined the comparison in effectiveness is clear.

Germany with a commitment to ~37% of all European Renewable installations by 2014 had the least performant Renewable industry in Europe, (an overall capacity 13.2%).  This is mainly because of the huge commitment in Germany to Solar power, 42% of all European installations.  This has to be driven by a misconception simply because Germany is a cloudy Northern European country.  Spain, the UK and Denmark have much better performance rates, but they have  much lower commitments to Solar power and in the case of the UK a higher commitment to Offshore wind power.

The impact of measured Renewable Energy capacity achievements can be seen in the EorObser’ER from data across Europe in 2014.

Capacity5

For more detailed analysis see:

European Renewable Energy performance and costs: 2014

The Renewable Energy Foundation time series data from the UK 

The Renewable Energy Foundation in the UK has provided comprehensive data on the progress of Renewable Installations in the UK since 2002.  This included Gigawatt Hour estimations of electrical output.  In addition it also provides a drill down database of all Renewable installations in the UK.

http://www.ref.org.uk/generators/group/index.php?group=yr

The UK progress in the development of Renewable installations since 2002 is shown below.

Capacity6

The capacity progress over time can be seen below.  It seems that 2015 was a particularly unproductive year for Renewables, especially Windpower.  For further comparative purposes the average percentage capacities achieved since 2002 are taken rather than the recent results.

Capacity7

The comparative outcome from these three sources of capacity information is set out below.

Capacity8

The USA data from EIA has more generous expectations of Renewable capacity than can be measured and reported both for Europe overall and for the UK.  Unfortunately  the EurObser’ER data does not distinguish currently between the values of electrical outputs from Onshore and Offshore Wind installations.  The overall capacity figure at 21.8% should have defined a higher efficacy for Offshore wind power.  The order of the differential can be seen in the UK data where there is a very substantial commitment to Offshore wind power.

There is an “urban legend” that Offshore wind power has a capacity value of ~45%.  This is entirely contradicted not only by the USA estimated data but also by the lower values measured from overall European data and the direct time series measurements from the UK.  The capacity values shown for the UK are the average values since Renewable installations started in 2002 rather than the current values from 2015.  In 2015 at 16.4% overall, this was a particularly non-performant year for weather based Renewables in the UK.

Comparative Renewable Costings And Effectiveness

The US EIA also publish comprehensive comparative costing data for different electrical generation technologies in the USA. The US EIA also provides percentage capacity estimates for the various generation technologies above.

http://www.eia.gov/forecasts/aeo/electricity_generation.cfm (see table 1)

In summary this table assembled in 2013 can be condensed into the following graphic for comparative cost purposes showing the capital and running cost implications measured as $/MWhr.

Capacity9

However these costs contain estimate fuel costs as from 2013, since that time the prices of both natural gas and coal have dropped substantially and those prices are now expected to remain relatively low for the foreseeable future.   The US EIA also publishes indicative costs of different electrical generation technologies as Base Overnight Costs in 2014 at:

http://www.eia.gov/forecasts/aeo/assumptions/pdf/table_8.2.pdf

This makes a realistic estimate of Gas Fired generation costs at approximately ~$1000,000,000/GW.  This value can be used for comparative valuations of the other generation technologies.  In addition it is important to note that the time taken to install a gas fired installation is only about 2 years from inception to production.

Capacity10

The capital costs are substantially higher ~7 times higher for  solar power more than 10 times higher for offshore wind power and even ~3.5 times higher for Onshore wind.  Gas Fired power running costs even accounting for fuel costs are about equivalent to Offshore power installations.  Solar and Onshore wind power installation cost about  60% of Gas fired electrical production even including current fuel costs.

Renewable comparative cost effectiveness

Using the following assumptions:

  • the US EIA levelled cost data is adjusted for current gas and coal prices
  • the assumption that the capital cost of a 1GW gas fired plant running with 90% capacity is about €1 billion, €1,000,000,000
  • that the US$ and the Euro provide roughly equivalent value in their respective continents.

Those estimated capital expenditures throughout Europe are as follows:

Capacity11

Conclusions

The combination of the capacity along with factors and the US  EIA costing comparisons, along with  the EurObseER data in the following table summarises the situation of Renewables in Europe.

Capacity12

Accordingly it can be seen that Solar energy can cost about 63 times as much as Gas Fired generation for the amount of power it is capable of generating.  Offshore Windpower is about 45 times as much.  Whereas Onshore Windpower is more effective at only about 16 times as much as gas fired generation for the power it can generate.

When the weather dependent Renewables across Europe are assessed in overall combination, their capital cost in-effectiveness is about 30 times more than conventional Gas Fired electricity generation.

These comparative ratios still do not account for the inevitable intermittency and non-dispatchability inherent in the poor performance of Renewables.

If the objectives of using Renewables were not confused with “saving the planet” from the output of Man-made CO2, their actual cost in-effectiveness and inherent unreliability would have always ruled them out of any consideration as means of electricity generation for any developed economy.
Principia Scientific

Here’s Ed Hoskin’s point in a nutshell: the chaos produced by South Australia’s 17 Wind Farms (nameplate capacity of 1,477MW) during November last year.

SA nov 15

More on the Nightmare…. Wind Turbines

Wind turbines = animal deaths and deformities?

Credit:  By Lindsey Harrison | The New Falcon Herald | Volume No. 13, Issue No. 5, May 2016 www.newfalconherald.com
The Golden West Wind Energy Center in Calhan, Colorado, which consists of 145 453-foot tall industrial wind turbines, has been fully operational since October 2015. Residents living within the wind farm project’s footprint have reported negative physical and psychological effects from the turbines. Concern has now shifted to the suspected effects the turbines are having on the animals in the area.
According to the September 2015 issue of “The New Falcon Herald,” the effects on humans range from dizziness and nausea to concerns about dirty electricity and the potential for the electromagnetic waves to cause an irregular heartbeat, or atrial fibrillation.
Domestic animals are in grave danger, too, based on worldwide accounts.
According to an article published on the World Council for Nature’s website June 7, 2014, a mink farm in Denmark suffered a huge hit when 1,600 mink cubs were born prematurely following the installation of four industrial wind turbines less than 1,600 feet away. “Many had deformities, and most were dead on arrival,” the article states. “The lack of eyeballs was the most common malformation. Veterinarians ruled out food and viruses as possible causes. The only thing different at the farm since last year has been the installation of four large wind turbines only 328 meters away.”
C.C. (she requested the NFH use only her initials), a resident within the wind farm project’s footprint, said the aforementioned incident does not surprise her. Since Sept. 17, 2015, she and her family have lost 12 animals. Most recently, her horse gave birth to a stillborn foal.
She knew her horse was going to give birth soon but was not expecting it so suddenly, C.C. said. “I went out there to see that the mama had lost weight, and then I saw the baby out there on the ground,” she said. “The placenta and the baby were both lying there. Usually, with any animal like that, the placenta stays connected internally (to the mother) for about 30 minutes or so after the baby is born.”
Her vet examined the foal and determined that the baby had never taken a breath, she said. The baby was fully developed and just a bit premature, but what was notable was the unusual thickness of the placenta, C.C. said. “The vet’s notes say that she was stillborn and premature, due to placental thickening, but the cause is undetermined,” she said.
Aside from the stillborn foal, C.C. said she has noted multiple animals with various deformities or abnormalities. “We have one goat that is six weeks old and has four teats instead of two,” she said. “The gestational period for a goat is only five months so she was developing in her mother’s womb while the turbines have been going. We had a duck go totally blind. We had a rooster that was healthy one day and then dead the next. Our dog ended up with mastitis but she has not had puppies in eight years so the vet said there was no reason for that. The same dog developed a swollen liver and fluid around her heart so she was in congestive heart failure. Seventy-nine days after they turned these turbines on, she died.”
Sandy Wolfe, another resident living within the wind farm project’s footprint, said she has experienced many physical ailments since the turbines became operational, and noticed that her animals were experiencing some of the same ones. “My dog Hank was so strong, and everybody was amazed at how strong and agile and competent he still was,” she said. “When I started having nosebleeds in September, he did, too. Mine subsided because I started sleeping in my truck, but his never really stopped. When my ears started hurting, his ears starting hurting.”
Wolfe said Hank died this past winter. He was one of three dogs that has died since September, she said.
Psychological effects of wind turbines on animals have also been documented. In an open letter to the Australian Medical Association that was posted on the World Council for Nature’s website on March 31, 2014, the WCFN wrote about an episode at another mink farm in Denmark that occurred three months prior to the other mink farm incident. “The animals became aggressive, attacking one another, and resulting in many deaths,” the letter states.
Pam Phillips, another resident living within the Calhan wind farm’s footprint, said she has a turbine about 502 yards outside her front door and has noticed a marked change in the demeanor and behavior of some of her animals. “Our huge 135-pound Newfoundland dog will not go outside anymore unless we literally drag him out,” she said.
Phillips said she has a bull that she puts into the pasture with her cows, and he no longer seems to have any interest in interacting with them, which is unusual. He was always very active when the turbines were not around, she said.
Most disturbing is the sudden change in her 19-year-old mare, which she has had since the mare was 6 years old, Phillips said. “She is calm one minute and then, out of nowhere, she will blow up and take off, or buck or duck her head and dump me off the side,” she said.
Phillips said she used to let kids ride the horse but cannot any longer because it is not safe. “I have never had issues with her before,” she said. “It is not like I just bought her and she is trying to get used to me. It is completely out of character for her.”
Wolfe and C.C. both said it feels like their lives are falling apart around them. “I have lost all these pets since these things (the turbines) have turned on,” C.C. said. “Prior to that, we lost maybe one pet per year, if that.”
Gavin Wince, another Calhan resident who lives within the wind farm project’s footprint, said,”Several acoustic and medical studies are being conducted. Infrasound pulses emanating from the Golden West wind turbine array have been confirmed by measurements made in several neighboring homes and along public roads. The soon-to-be-released infrasound health study findings are expected to vindicate many Calhan residents’ claims about health impacts.”
Source:  By Lindsey Harrison | The New Falcon Herald | Volume No. 13, Issue No. 5, May 2016 | The New Falcon Herald

How Wind Power Outfits ‘Grease’ Their Way to Planning Approvals

Windweasels Will Bribe Their Way Into Your Town!

stopthesethings's avatarSTOP THESE THINGS

man-with-lots-cash-money

Every politician has a price, and the wind industry has the uncanny ability of naming it and, when the need arises, stumping it up.

Not necessarily in brown paper bags, though – so-called ‘political donations’ often do the ‘trick’. But there have been plenty of cases where outright bribery has been employed to put the wind industry where it needs to be, politically speaking (see our post here).

Now, it would remiss not to point out that corruption pervades the business/political world in general, but there’s something about the wind industry that makes political ‘grease’ an essential part of its existence. And which generates a particular kind of stench that will easily outlast religion.

The critical need for bribes and donations probably has something to do with the fact that what’s on sale has NO commercial value, save the massive and seemingly endless subsidies these things attract.

The…

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