Wind Power will NOT Keep the Lights, or the Heat, ON!

Wind Power Goes AWOL Right When Freezing Brits Need It Most

cold lady

The hackneyed myth that wind power “powers” millions of homes with wonderful “free” wind energy is taking a beating around the globe (seeour post here).

The idea that a wholly weather dependent power generation source can ever be – as is touted endlessly by the wind industry and it parasites – an “alternative” to conventional generation is, of course, patent nonsense.

If there wasn’t already a complete power generation system built around on-demand sources, such as gas, coal, nuclear or hydro – then a country trying to run on wind power would – unless it was keen to revisit (or remain in) the stone age – would inevitably need to build one (see our post here). So far, so insanely costly, and utterly pointless.

Now, just when winter starts to bite, and the Brits are looking for some extra sparks to toast their crumpets, brew their tea, to warm their homes and keep the icicles from their noses and toes, their massive fleet ofblade-chucking, pyrotechnic, sonic-torture devices has completely downed tools – proving once and for all that wind power is the greatest fraud of all time.

Here’s The Telegraph with, yet another tale of just why it is so.

Electricity demand hits highest this winter – as wind power slumps to its lowest
The Telegraph
Emily Gosden
20 January 2015

UK electricity demand hit its highest level this winter on Monday – while wind turbines generated their lowest output, official figures show.

Cold weather saw UK demand hit 52.54 gigawatts (GW) between 5pm and 5.30pm, according to National Grid.

At the same time, low wind speeds meant the UK’s wind turbines were producing just 573 megawatts of power, enough to meet only one per cent of demand – the lowest of any peak period this winter, Telegraph analysis of official data shows.

Earlier on Monday wind output had dropped even lower, generating just 354 megawatts at 2pm, or 0.75 per cent of Britain’s needs – the lowest seen during any period this winter.

ukgrid_19jan_2015

The analysis will fuel concerns that despite receiving billions of pounds in subsidies, Britain’s wind farms cannot be relied upon to keep the lights on when they are needed the most.

Britain now has about 12 GW of wind capacity installed on and offshore – meaning during Monday’s peak demand period, wind farms were generating less than five per cent of their theoretical maximum output.

Gas, coal and nuclear power plants instead provided the vast majority of the UK’s electricity needs.

A spokesman for National Grid said that Britain’s spare margins – the safety buffer between supply and demand – had remained “adequate”.

On average, UK wind farms produce about 28 per cent of their theoretical maximum power output.

But critics warn that cold snaps when demand soars can often coincide with periods when the wind doesn’t blow.

They argue that Britain’s energy security will become ever moreprecarious as old coal and gas power plants are closed and the country becomes more reliant on intermittent wind farms.

Dr Lee Moroney of the Renewable Energy Foundation, a think tank critical of wind farms, said: “Low wind speeds frequently accompany low temperatures as happened yesterday.

“The proliferation of wind farms encouraged by Government policy is misguided because a reliance on wind energy in these conditions leads to inevitable extra costs for consumers.

“Either reliable backup electricity supply from conventional sources must be provided when the wind does not blow, or extra costs in the form of constraint payments are incurred when there is too much wind on the system. It is a lose-lose situation for consumers.”

National Grid’s data, which covers the period since December 1, shows that the second highest peak demand – 50.9GW on December 4 – also coincided with the second lowest peak wind contribution, at just 1.5 per cent.

However other periods of particularly high peak demand, such as the evenings of December 9 and 10, coincided with much higher wind power output, with turbines meeting 18 per cent of demand.

The data also shows that Christmas Day was the only day when solar panels contributed anything at all to peak demand – because it was the only day when peak demand fell in daylight hours.

Demand on December 25 peaked after 12.30pm as families cooked their Christmas dinners.

On all other days demand peaked after it got dark – the vast majority between 5pm and 5.30pm.

Ministers were last year forced to approve a series of emergency powers to help prevent blackouts this winter, by firing up old power plants or paying factories to switch off.

National Grid said it had not yet needed to use any of the emergency powers.

Jennifer Webber, director of external affairs for wind industry body RenewableUK, said: “It’s wrong to cherry-pick statistics for short periods when the wind didn’t blow, as they’re unrepresentative of the full picture of the benefits wind provides for the UK.

“To get a proper idea of how well wind is performing as a vital part of our energy mix, you have to look at National Grid’s official figures over a meaningful period. In December, wind energy provided a record monthly high of 14 per cent of all the UK’s electricity needs.

“As a whole, 2014 was wind energy’s most productive year so far in this country, generating nearly 10 per cent of Britain’s electricity – equivalent to the annual demands of a quarter of all British homes.”

A spokesman for the Department of Energy and Climate Change said: “We need a diverse energy mix to reduce our reliance on imported fossil fuels and renewables, including wind, are helping us to achieve this.

“Over £10bn was invested in clean energy in 2014 and the sector could also support up to 200,000 jobs by 2020.”
The Telegraph

Another fine piece of “doublethink” and “doublespeak” from wind industry spin-kings, Renewable UK and DECCs – in the other-worldly, Orwellian tradition under which they operate; and which they deploy in their efforts to control the energy ‘game’ (see our post here).

When the hard numbers see it pressed on its central claim about “powering” millions of homes, the wind industry and its parasites start back-pedalling at a full pelt, whine about “cherry-picking data” and resort to waffle about ‘averages’, ‘overall benefits’ etc, etc (that’s if they haven’t already run off and hidden from their interlocutors – see our post here).

And, in this case – resorting to their classic “hey, quick look over there” tactic – the spinners pitch up the well-worn lie about wind power ‘investment’ creating hundreds of thousands of new jobs (see our post here); as if that will be some kind of consolation when Brits are all left freezing in the dark.

STT just loves their exhortation about the need to measure wind power output “over a meaningful period”, which, apparently, means “averaging” wind power output over a month or more.

Funny, you know, that power punters – selfish lot that they are – tend to consider having power available when they need it, as a “here and now” kind of thing. So let’s see how things are “averaging” out over at the ICU:

ICU Respiratory_therapist

DECCs and Renewable UK are obsessed with the ultimate (nonsense) goal of Britain running exclusively on wind power – and every malicious move they make is aimed at seeing wind power totally ‘displace’ fossil fuel generation sources.

If their (impossible) ‘dreams’ were ever realised, it would be interesting to see how the (few) remaining businesses would manage to operate without power for hours on end, every other day; and how householders might toast their crumpets, and keep warm and well-lit homes whenever the wind does what it’s done since the dawn of time.

STT buffed up the crystal ball and conjured up this forlorn image, that might be somewhere near the mark:

studying candle

Liberal Corruption to be Investigated…..Again!!!

Police step up investigation into Ontario Liberals over job-offer allegation

Ontario Provincial Police are stepping up their investigation into bribery accusations against Premier Kathleen Wynne’s deputy chief of staff in the Sudbury by-election.

Investigators have obtained a court order to get audio recordings of two Liberal operatives, including Ms. Wynne’s deputy chief of staff Patricia Sorbara, allegedly offering Andrew Olivier a government job as they tried to persuade him to drop out of the race.

MORE RELATED TO THIS STORY

The revelation comes just days before the Thursday by-election, in which the Liberals are locked in a tight battle with the NDP and Mr. Olivier, who is running as an independent.

Mr. Olivier said investigators visited him last week with a production order for his recordings and transcripts of his conversations with Ms. Sorbara and Gerry Lougheed, a local Liberal fundraiser.

“[The police] approached me and submitted a production order last week, requesting to have any other information given over to them so that they can conduct their investigation or reopen their investigation,” he told The Globe and Mail. “It shows that they’re pursuing the investigation into this.”

Mr. Olivier said officers met him at his campaign office, where he handed over the information they were looking for. He said he also met with Elections Ontario officials for a lengthy interview.

Detective-Superintendent Dave Truax, head of the OPP’s criminal investigations branch, confirmed police had obtained the production order and that Mr. Olivier co-operated.

Mr. Olivier, who is quadriplegic, regularly records conversations because it is easier than taking notes. He previously posted both recordings online.

In one telephone call last December, Ms. Sorbara presented Mr. Olivier with a menu of possible job options. At the time, Mr. Olivier was running for the Ontario Liberal nomination, but Ms. Sorbara wanted him to drop out so that Glenn Thibeault, then an NDP Member of Parliament in Ottawa, could receive the provincial nomination unopposed.

“We should have the broader discussion about what is it that you’d be most interested in doing and then decide what shape that could take,” Ms. Sorbara said in the recording. “Whether it’s a full-time or a part-time job at a constituency office, whether it is appointments to boards or commissions, whether it is also going on the executive.”

Mr. Lougheed, a long-time Sudbury Liberal activist, made a similar pitch in a meeting at Mr. Olivier’s office: “The Premier wants to talk to you. We would like to present to you options in terms of appointments, jobs, whatever.”

The Elections Act forbids offering someone a job in exchange for not running in an election. Opposition MPPs contend it could also constitute a criminal bribery offence.

Ms. Wynne has defended Ms. Sorbara’s actions. The Premier concedes that the Liberals wanted to keep Mr. Olivier “involved” in politics. But she argues that, since she had the power to unilaterally appoint Mr. Thibeault as her candidate and reject Mr. Olivier’s nomination bid, any jobs Ms. Sorbara dangled in front of Mr. Olivier were not made in exchange for him dropping out.

“I had made a decision about appointing a candidate, which is within the purview of the leader of the Liberal Party,” Ms. Wynne said Monday. “At the same time, I tried to keep a young man who had been a candidate previously involved and reached out to him. Did that turn out the way we would’ve wanted, and is he still involved? No. But would I try to keep him involved again? Absolutely.”

Ms. Wynne and Ms. Sorbara have also met with Elections Ontario, which is conducting a separate investigation into the incident.

Mr. Oliver says he also spoke directly with Ms. Wynne, before his conversation with Ms. Sorbara. He says she asked him to step aside, but did not directly make any job offers herself. He declined to say whether he made a recording of that conversation as well.

Mr. Olivier went public with the story in mid-December, then released the tapes in January. He said he only released the tapes because some people did not believe his account of the conversations.

“It was quite difficult to even campaign on openness and truthfulness and integrity when everyone in town here thought that I was crying wolf,” he said. “The point of [releasing the tapes] was to let people know that I wasn’t lying, that I was being truthful and honest.”

The Sudbury by-election will not change the balance of power in the legislature, but the Liberals are looking to it as a way to shore up their slim majority. The NDP, meanwhile, wants to hold on to the seat it wrested from the Liberals last June. They have nominated Suzanne Shawbonquit, abusiness consultant, to carry their banner.

The Progressive Conservative candidate is Paula Peroni.

Open Letter Regarding Low Frequency Noise Due to Wind Turbines

Australian Breastfeeding Association head office

1818-1822 Malvern Road
MALVERN EAST VIC 3145

Email: info@breastfeeding.asn.au

 

OPEN LETTER

 

The article below has recently been published in the Portland Observer by Bill Meldrum “Wind Alliance rejects health claims”; I object to the incorrect statements made within it by Ms Angela McFeeters, an ABA representative at Portland and spokesperson for the Victorian/Australian Wind Alliance. I draw it to your attention for discussion, review and management of.

 

As one of the six resident participants in the Steven Cooper Acoustic Testing Program at Cape Bridgewater of Nov 2014, I have firsthand knowledge of impacts and conditions living in proximity to the industrial wind energy plant of 29, 2MW turbines at Cape Bridgewater causing health impacts and disturbance to us and to many others exposed to infrasound and other disturbing industrial ‘noise’ emissions around Australia.

 

I suggest the ABA has a duty to become more fully informed of these public health impacts to assist new mothers and babies; to become informed of the issues by reading the links below and further extensive information compiled and available at; wind.watch.org, the Waubra foundation or Stop These Things websites.

 

Ms McFeeters would not have the medical expertise to publically declare any conclusions on the status of my health, only my GP or Specialist have the comprehensive understanding of and authority to make any statements regarding health or impacts to it.   Ms McFeeters has over the past 12 months anonymously attended community consultation meetings related to the acoustic study being conducted by the owners of the wind farm, Pacific Hydro and has heard the impacting conditions we have reported to the company and the Government Authorities over the past six years.

 

This is not the first biased public statement or comment Ms McFeeters has aired whilst representing the Wind Alliance and the wind industry.

 

Her assumptions and implied accusations in this article are based without visiting my house, nor noting medical conditions first hand, as my GP’s, Specialists or the Acoustic Engineers that have conducted studies inside my home.   The study undertaken by Mr Cooper is groundbreaking and assists with the resolve of problems of noise, vibration and sensation through greater understanding and knowledge gleaned by cooperatively working together.   Cooperation was undertaken for the first time ever by residents, a wind farm and an independent acoustician working with the goal of getting to the bottom of the problems.  I doubt Ms McFeeters has read or understands the importance of the research or the publically released conclusions.

 

The most damaging impact of wind farms to public health, including my own is the serious issue of sleep deprivation.  As a representative of the ABA, dismissal of the very real health impact of sleep deprivation caused by wind farm disturbance is unfeeling and callous in its disregard.  Dismissing disturbances documented within the Acoustic study could damage mothers and infants living near and impacted by wind farms, not only in the Portland region but around the nation.

 

Sleep disturbance and post natal depression go hand in hand; her biased public opinions and her obligation to abide by the code of ethics of the ABA do not.    I ask which qualifications, expertise and knowledge allows her to refute health impacts that have been well documented and confirmed as far back as 1985 in the US Kelley report and do you endorse the opinions of this Alliance?

Disturbed fertility and menstrual cycles in women living near wind turbines in Denmark, Canada and Australia are being reported from both residents and by health professionals.

Health professionals, medical practitioners, acoustic experts and researchers who have firsthand knowledge of the severity of reported health problems call for urgent multidisciplinary research in this area and include:

Professor Bob McMurtry, Dr Roy Jeffery, Associate Professor Jeff Aramini, Carmen Krogh and Mr William Palmer from Canada; Dr Alan Watts, Dr Wayne Spring, Dr David Iser, Dr Gary Hopkins, Dr Andja Mitric Andjic, Dr Sarah Laurie, Mr Les Huson, Mr Steven Cooper, Emeritus Professor Colin Hansen and Dr Bob Thorne from Australia; and Associate Professor Rick James, Mr Rob Rand, Mr Stephen Ambrose, Emeritus Professor Jerry Punch, Dr Jay Tibbetts, Dr Sandy Reider, Dr Nina Pierpont, Dr David Lawrence, Dr Paul Schomer, Mr George Hessler, and Dr Bruce Walker from the USA with others from Europe.   Wind turbines are increasing in size and are being placed closer to larger human populations and justifiably, there is growing concern all over the world.

 

For any breastfeeding counsellor or representative within the ABA to be ignoring the serious issue of sleep deprivation is a very real concern.  Evidence about sleep deprivation and its role in post natal depression is well accepted.  Is this evidence being ignored by the ABA counsellors in the Portland region?  Does the ABA disagree with the concerns of the Health and Acoustic Professionals and Researchers listed above?

 

As a concerned mother and advocate of breastfeeding I ask you to investigate.  Impacts of infrasound on breastfeeding cannot be dismissed out of hand by someone without the authority or proper and independent knowledge to do so.

 

http://waubrafoundation.org.au/resources/acoustic-engineering-investigation-at-cape-bridgewater-wind-facility/

 

http://www.pacifichydro.com.au/files/2015/01/Cape-Bridgewater-Acoustic-Report.pdf

 

http://waubrafoundation.org.au/2015/steven-coopers-cape-bridgewater-acoustic-research-commissioned-by-pacific-hydro-released/

 

https://www.wind-watch.org/documents/letter-to-the-ama-re-its-recent-paper-concerning-wind-turbines/

 

Read the above, acknowledge the depths of this issue and release a public apology.  Proper and independent health studies are going to be conducted in the homes of impacted people near these energy plants and until this further study is undertaken and released by the Australian Government then no-one should conclude there are no impacts on residents’ health and quality of life.

Melissa Ware

A Simplifies View of the Recent “Cooper Acoustic Investigation”…. by the Waubra Foundation.

Acoustic Engineering Investigation into Airborne and Ground-Borne Pressure Pulses from Pacific Hydro’s Wind Turbines at Cape Bridgewater

A Simplified Explanation of the Findings, Previous Research, and the Consequences

Cape Bridgewater wind turbines

Waubra Foundation – 1st February, 2015

1. Background

  • Turbines create “waste energy” in the form of airborne pressure waves (sound) and ground-borne pressure waves (vibration).
  • Noise is that part of the sound frequency spectrum which is audible, but “noise” is also defined by psychoacousticians as “unwanted sound”.
  • The strength (sometimes expressed as a loudness in the case of noise) of the sound is measured in decibels (“dB”).
  • The wavelength of individual sound waves is a measure of the distance between the peaks of the pressure waves. The speed of sound divided by the wavelength gives the frequency of the sound and is expressed in hertz (Hz).
  • Where the frequency of the sound waves is below 20 Hz, the distance between the waves is relatively long, and the general term for this portion of the frequency spectrum is known as infrasound. Infrasound is only audible at very high levels (dB). However it can be damaging to the human body at levels well below audibility.
  • Impulsive infrasound from a variety of industrial sources has long been known to have the potential to be harmful to humans, especially with chronic exposure. For example, human and animal studies have shown infrasound directly causes both physiological stress,i and collagen thickening in a variety of tissues including cardiac valves, arteries, and pericardium which themselves lead to a variety of cardiovascular diseases.ii
  • Infrasound persists for much greater distances than audible sound and, unlike audible sound, penetrates well insulated building structures (including double glazing) with ease; and often increases the impact by resonating within the house, like a drum.iii iv This occurs, regardless of the source of sound & vibration energy. Penetration of buildings and amplification via resonance can also occur from sound and vibration from natural sources such as earthquakes and thunder.
  • Standards for wind turbine noise pollution in Australia are set in audible decibels (“dBA”) outside houses.v Use of dBA excludes accurate measurement of frequencies below 200 Hz, including both infrasound (0 – 20 Hz) and low frequency noise (20 – 200 Hz). These Standards do not require infrasound (either within or outside homes) to be predicted in planning submissions nor to be measured in the required compliance testing to the planning permit noise conditions. Most jurisdictions do not require wind turbine generated low frequency noise to be predicted or measured either (unlike other sources of industrial noise). In fact most noise measuring instruments and microphones are unable to measure accurately in the infrasound range, especially below 8 Hz, and some Standards explicitly specify the use of equipment which cannot measure infrasound.
  • Wind turbines produce infrasound along with audible noise. The morepowerful the wind turbine the greater the proportion of infrasound and low frequency noise emitted,vi which then increases significantly if the turbines are sited too close together, now common practice in Australia.vii Most newer wind turbines are now 3 MW or 3.5 MW, compared to 2MW at Cape Bridgewater.
  • By the use of different sound meters and microphones, and in narrow (frequency) bands it is quite possible to identify and measure infrasound specifically from wind turbines, in the field. This unique “wind turbine signature” has now been demonstrated by the acoustic consultants involved in the Health Canada Studyviii and by Professor Colin Hansen’s team at Waterloo,ix in addition to Mr Cooper’s measurements at a number of locations in Australia prior to, and including, the Cape Bridgewater Acoustic Investigation.
  • Increasing numbers of residents living within 10km of wind turbines have suffered, and are still suffering, severe adverse health impacts since the wind turbines started operating.x xi Many have left their homes repeatedly, and eventually permanently, to live in greatly diminished financial circumstances, as their homes are no longer habitable or saleable. Some residents become too unwell to work. Wind turbines are not the only source of impulsive infrasound and low frequency noise causing severe health damage. The same pattern of identical serious adverse health effects, sleep deprivation and home abandonments, sometimes out to similar distances are being reported by neighbours to other known sources of infrasound and low frequency noise, at open cut coal mining (eg Hunter Valley in New South Wales), underground mines with large extractor fans (eg Lithgow, in New South Wales), gas turbinepower stations (eg Uranquinty, in New South Wales, Port Campbell in Victoria) and numerous other sources (eg Tara gas field in Queensland).xii
  • Wind power projects and other energy generating noise polluting industrial developments involve very large sums of money in construction, in revenues and in the case of industrial wind turbines – public subsidies. It is not uncommon to find companies with large investments and large cash flows going to great and improper lengths to maintain their cash flows.
  • The wind industry has never been asked to prove that their machines are safe, unlike other products on the market. When queries are raised about impacts on neighbours, the industry and its supporters trigger the “Four Ds” of denial, dissemble, delay and destroy the messenger, despite the wind industry being well aware of the seminal research by Dr Neil Kelley and NASA which established direct causation of symptoms from impulsive infrasound and low frequency noise from wind turbines and other sources in the 1980s, by both field and laboratory research.xiii

2. The Purpose of the Cape Bridgewater Acoustic Investigation

The purpose of the investigation was simply to find out what was causing the symptoms and sensations, resulting in sleep disturbance and health damage, reported to Pacific Hydro between 2009 and 2014 by the residents of three homes sited between 600 – 1600 metres from wind turbines sited at the Cape Bridgewater Wind Project in Victoria, Australia.xiv

3. What Are the Key Findings of the Cooper Acoustic Investigation?

The findings include:

Please read on

Village Destroyed to Accommodate Wind Turbines.

Company’s extreme wind strategy: “Recently we bought most of a village to make a windpark.”

Kølby in northern Jutland is being bought up by the Swedish energycompany Vattenfall.

We solve the problem of unsellable properties in peripheral regions. We solve the problem of neighbours being critical of wind farms.”

Farm in Bollerup
Farmhouse purchased by Vattenfall for demolition.(photo: René Schütze)
The Copenhagen Post

Company’s extreme wind strategy: Towns today, turbines tomorrow

By Philip Tees

Swedish energy company Vattenfall is going to extreme lengths for the sake of its Danish windfarms – buying up whole villages in rural Denmark, razing them to the ground and replacing the buildings with wind turbines, Børsen reports.

Mette Korsager, who is responsible for Vattenfall’s onshore wind projects in Denmark, told the business newspaper that the strategy was to make it easier for the company to achieve the goal of installing 250 MW of wind turbines in Denmark by 2018-2019. “We typically buy up farms in bad condition and demolish the farmhouse,” she said.

Recently we bought most of a village to make a windpark.

Helps the region, according to Vattenfall

That village is Kølby in northern Jutland, and Vattenfall plans to acquire a total of 20 properties.

Korsager told Børsen the strategy served a number of purposes. “We solve the problem of unsellable properties in peripheral regions,” she said.

We solve the problem of neighbours being critical of wind farms, and we make it easier to reach agreements about the installation of wind turbines at the municipalities because we go in and help them by developing problem areas.

Kølby in northern Jutland
Kølby in northern Jutland.(photo: Google Street View

David Mortimer, Turbine Host: An “Inconvenient” Wind Industry Fact

David Mortimer Tells of his Life, After Wind Turbines….

stopthesethings's avatarSTOP THESE THINGS

david-and-alida David and Alida Mortimer: treated by the wind industry as
‘inconvenient’ facts. But they are facts, that just won’t go away.

With Steven Cooper’s Cape Bridgewater study sending shock-waves through the wind industry around the world (see our posts here and here and here), the wind industry – always prickly when it comes to fronting up to “inconvenient” facts (see our post here) – is more defensive than ever.

In Australia, one long-running “inconvenience” for the wind industry, is the situation popped up by David and Alida Mortimer.

The Mortimers signed up with Babcock and Brown – which, after its 2009 collapse, phoenixed into Infigen – to host turbines on their property near Millicent in the South-East of South Australia, way back in 2003.

Since the turbines kicked into gear in 2005, the Mortimers have suffered from a familiar list of turbine related adverse health effects, including sleep…

View original post 2,303 more words

Windpushers Do Not Protect the Health of Vulnerable Children, (or anyone else)

West Norfolk mother tells of blindness fears for son over wind farm scheme

Karen Robinson with her son Ronnie Robinson (9) in the garden at Clenchwarton Hall, showing the current view. ANL-150129-112536009

Karen Robinson with her son Ronnie Robinson (9) in the garden at Clenchwarton Hall, showing the current view. ANL-150129-112536009

Ronnie Robinson suffers from primary congenital glaucoma, a severe visual impairment in which his eyes cannot cope with changing light conditions.

Developers of the Ongarhill wind farm, which is due to be debated by the West Norfolk Council planning committee next week, say conditions attached to any permission, and technology on the turbines themselves, will prevent shadow flicker from affecting residents.

But Ronnie’s mum Karen says she has been warned by doctors that she will have to leave her home on Hall Road, Clenchwarton if the plan goes ahead, in order to save his sight.

She said any flicker would leave Ronnie at risk of becoming disorientated and banging his head.

The slightest knock could mean he loses all his remaining vision.

Mrs Robinson, who moved to the area from Hertfordshire five years ago, said: “The whole reason we moved here was because it was off the road and it was safe for him to live.

“Why should we suffer just because they want to put turbines there? We moved here for a better life.”

A planning report, published last week, recommended that councillors approve the wind farm proposal, subject to the completion of a legal agreement for an ecological improvement plan within three months.

But opponents are unhappy with what they claim will be the unacceptable impact on localresidents and wildlife.

Mrs Robinson, who will be addressing Monday’s planning meeting, also fears the noise of the turbines would affect Ronnie, as he relies on his more sensitive hearing due to his eye problems.

But Cath Ibbotson, project manager for developers Coriolis Energy, yesterday said they had discussed Mrs Robinson’s concerns with her and were taking them seriously.

She said: “Tried and tested technology exists to switch off turbines at appropriate times and therefore prevent any shadow flicker occurring at the property or in the grounds for those few hours a year when it might otherwise do so.

“The council has proposed that a planning condition would be attached to any planning permission to ensure this.

“In respect of noise, anyone who has visited a wind farm for themselves will know how quiet turbines are in operation. However, national noise limits exist to protect residents.

The council have proposed in this case that the Ongarhill wind farm would have to operate to even more stringent limits, and we have agreed that we would do so. Again, this would be secured through planning conditions.”

Monday’s planning committee meeting will take place at the Lynn town hall, starting at 10am.

Eric Jelinski – Canadian Energy Engineer, Tells the Truth about the Wind Fraud!

Top Canadian Energy Engineer – Eric Jelinski – Slams the Great Wind Power Fraud

engineering-image-4

Provided they haven’t got their trotters in the wind industry subsidy trough, engineers are quicker than most, when it comes to rumbling the great wind power fraud.

Practically minded, and with heads for real numbers, engineers are able to pick apart the complete pointlessness of trying to rely on an energy source that will NEVER be available on demand (can’t be stored) – is entirely dependent upon the weather – and is, therefore, not a generation “system” at all: “chaos” and “system” are words that come from completely different paddocks; and which mean completely different things (see our post here).

And engineers, who build “systems”, don’t like “chaos”.

Google’s top engineers – Stanford PhDs, Ross Koningstein and David Fork – came out and recently tipped a bucket on the nonsense of attempting to run 21st Century economies using a ‘technology’ that was dumped way back in the 19th Century (see our post here).

Now, one of Canada’s leading energy engineers, Eric Jelinski has come out swinging too.

An Engineer Speaks
Windfarm Action
27 January 2015

The following was written by Eric Jelinski, P. Eng., a Canadian engineer who specializes in energy production. Gas plants. Nuclear plants. Wind &solar energy. He explains to his township (Clearview Township, Ontario) why wind energy is folly.

Jelinski

I am writing to express my objections to the installation of Industrial Wind Turbines in Clearview Township, Ontario, Canada.

My wife and I moved here to retire on 50 acres, building a house, market garden, as well as taking many other initiatives to become part of the vital social fabric.

It is bad enough that under Ontario Premier McGuinty, the social fabric in big cities like Toronto is in need of repair, as it happens, in part because those “50,000 jobs” in renewable energy have not materialized, and there is little productive activity for many of the youth in the cities. Guns and drugs are very much part of the social fabric in some neighbourhoods.

What gives McGuinty, with his Toronto constituent Members of the Provincial Parliament (MPP’s), the moral right to tell us in Clearview that we must accept wind turbines “or else”?

One way to stop the wasted energy and environmental impact of urban sprawl is for big city MPP’s to clean up their own yard and make cities safer and more habitable. While they listen to those who object to new gas plants, and cook up a new “plan of the month” for public transport, why do they ignore the issues with wind turbines?

My background is nuclear and chemical engineering, with over 30 years combined working at each of the nuclear plants in Ontario. I teach nuclear engineering at University of Toronto and Georgian College (Power Engineering) in Owen Sound for the purpose of training the next generation of staff who will design plants and work them safely.

I know nuclear reactors and how e=mc2 gets us the energy. I know chemical reactors, e.g. to make gasoline from crude oil, and refining metals. I know solar and wind energy going back to the 1970’s, as energy and exergy are my major fields of study.

The application of Ontario’s “Green Energy Act” is in violation of principles in engineering, where we teach engineers to anticipate unintended consequences and not proceed with implementation until consequences and risks are taken into account.

The Green Energy Act is an abomination that is creating a living hell for almost everybody in rural Ontario, and the provincial government is ignoring the data of emerging health issues, property value issues, setbacks and zoning, impacts on fowl, fauna, and fish, impacts on local weather such as the dew point and foliar uptake by plants that is important in particular to alleviate heat stress on biota.

I have seen firsthand one of my neighbours from the 1980’s near Ripley forced out of his farm home due to wind turbines in Huron Township. Others are putting up with the impacts.

The energy available from wind in Ontario is borderline minimal compared to other countries and areas of the world. 25% to 30% is the capacity factor.

The wind is not available when we need energy the most, i.e. summer air-conditioning and winter heating. The shoulder seasons have the most wind here, yet this is when air-conditioning and heating demands are minimal.

The power equation for wind results in 8 times the energy for a doubling of wind speed, and the excess energy has to be “dumped.” Storage systems are available, but prohibitively expensive. Hythanation is possible, but wind turbines are not economic for hydrogen production given the added infrastructure relative to the cost of natural gas.

Wind turbines use 5 to 7 times the amount of concrete and steel vs. say a nuclear plant on a per Megawatt basis. It will require some 10,000 wind turbines to replace the ~ 6000 MW of coal generation at 25% CF (capacity factor). Back-up gas fired plants have to be added like plug-ins everywhere because the wind is not reliable.

The pastoral scene of a field of wind turbines slowly turning in almost still air has environmentalists dreaming in technicolour.

The truth is that these wind turbines need about 8 km/hour of wind before they will start generating electricity. Any rotation of the blades at wind speeds below 8 km/hour is accomplished by taking power from the grid to get the wind turbine started in anticipation that the wind may pick up.

The economy of scale that has historically brought competitive energy prices in Ontario is not available, given the thousands of wind turbines, and that will also become a maintenance nightmare as machines and contracts approach end of life. Why do we not refuel Nanticoke, Lakeview, Lambton, Lennox and complete Wesleyville to run on natural gas?

What makes McGuinty et al. think they can impose industrial wind turbines on Clearview and all of rural Ontario? Is Clearview thinking of becoming part of this scheme of waste?

This scheme of waste is happening not just by government order, but it is happening because of the salacious relationship between government and the developers.

The most telling example is the head of the Federal Liberal Party is a wind developer. The activity surrounding the recent cancelled “gas plant” in order to preserve seats, and thus preserve the Green Energy Act, is also telling.

We also have the government using engineers from wind developers making recommendations on health impacts. As a P. Eng. I can say that engineers are not the authority on health. The conflict of interest between the engineer being paid for engineering work, vs. the same engineer as proponent and key advisor to the government is quite apparent.

The set-back of 550 meters has no scientific basis. Noise from wind turbines has been measured up to 10 kilometers away in some locations. Medical doctors have noted the health impacts, yet they are being ignored by the Ontario government.

The Feed-in Tariff takes billions of dollars out of communities, out of the province, and out of the country. This is money that is very much needed for healthcare, for schools and teachers, and to replace aging infrastructure and to build much needed new infrastructure such as public transit.

For the first time in decades (I don’t think it ever took place), Ontario is taking equalization payments from the Federal Government, and this points to not only the unsustainability of Ontario as an economy, it is dragging down the rest of the country. It would be different if we owned everything, did local planning, and used a process that garnered respect.

The Ontario government is following the advice of foreign countries and foreign companies to give our money away to them irrespective of the advice of many MP’s. It is most interesting to note that one of the political parties with a labour platform appears in complete agreement with giving away the work and the money and the surplus electricity.

Japan is restarting its nuclear fleet. Russia, China, India, Britain, the US, and even the United Arab Emirates are building or planning to nuclear reactors for electric generation. What is the purpose and value of Ontario energy policy? Every product we buy in Ontario that is made someplace else (most items, can you name one thing that is made here?) has a nuclear energy component in that product.

It is time to stop being altruistic or hypocritical about our energy. There is no rational reason for the 50% cap on nuclear in Ontario. Are we on some unwitting “race to the bottom” being orchestrated by some competitor countries wanting to control us? Having ample low cost energy is crucial to sovereignty, internal peace, and security.

As such, there is no respecting McGuinty, Bentley et al. for this indictment. There is also no need to respect any wind developers as they have already indicated their respect for us. I commented last year on WPD, and sent comments to their consultant as requested, and they have not replied, and their silence speaks volumes. I have sent many an e-mail to the government recommending a moratorium and have not been given the courtesy of any reply.

The purpose of the developer is to make money, i.e. take our money as allowed for by the government, and with minimum effort on their part. This speaks to the quality of the public meetings and their answers to our concerns. The public meetings are a sham.

There are quite a number of lawsuits already taking place and others pending. I thank the Federal government for the recent announcement on the health study. It is also pivotal to learn today that the Ministry of Health is being forced to testify.

My recommendation is for Clearview to take the high road and avoid complicity in matters that are before the courts, and who knows, but it is quite possible (I hope) that the renewed call for a moratorium may take hold for good reasons posted here.

A moratorium in Clearview is very appropriate.

While the WPD wind turbines west of Stayner are quite a few km from our place, they are likely the thin edge of the wedge planned for coming into Clearview. Let me remind you, we came here because this is a good place to live with good opportunities for business. All of that changes if wind turbines are allowed to disrupt the neighbourhood. And 10,000 wind turbines and solar farms are not the answer to Ontario’s energy needs.

As I said before, a province-wide moratorium is needed, and I believe this will come as a matter of time because the inconvenient truth about wind turbines is too big for McGuinty’s carpet. The track record for dictatorial governments throughout history is that all dictatorships eventually capitulate. A moratorium in Clearview would be a “made in Clearview” solution to stop the waste sooner than later.

Eric Jelinski, P. Eng.

What is interesting is that this is not only a UK or European problem and the US and Canada predates much of our wind fleet. But the problems are endemic in the industry and the political myopia of the issues and problems of wind a mystery to the other 97% of the population!
Windfarmaction

The Futility and Ridiculousness of the Windscam!

It Don’t Take Sherlock to Know; When the Wind Don’t Blow, The Power Don’t Flow

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STT has – just once or twice – smashed the myth that wind power can provide a meaningful supply of electricity (ie power “on-demand”) – and relegated to the fiction aisle the the wind industry’s “playbook”, where you’ll find, in bold print, the oft-told furphy about wind farms “powering” 10s of thousands of homes.

At STT the term “powering” means exactly what it says: that when someone – at any time of the day or night – in any and all of the thousands of homes claimed to be “powered” by wind power – flicks theswitch the lights go on or the kettle starts boiling.

The wind industry never qualifies its we’re “powering thousands of homes” mantra by saying what it really means: that wind power might be throwing a little illumination or sparking up the kettle in those homes every now and again – and that the rest of time their owners will be tapping into a system of generation that operates quite happily 24 x 7, rain, hail or shine – without which they’d be eating tins of cold baked beans, while sitting freezing (or boiling) in the dark.

Here’s a little collection of posts busting that and other wind power myths in Australia:

And hammering the same myths, elsewhere around the world:

Now, Andrew Rogers of Energy Matters has done a beautiful number on the same myths, as relentlessly pedalled by the wind industry in Europe. (Oh, and if the graphs are too puny or fuzzy, click on them, they’ll pop up in a new window and you can magnify them from there.)

Wind Blowing Nowhere
Energy Matters
Roger Andrews
23 January 2015

In much of Europe energy policy is being formulated by policymakers who assume that combining wind generation over large areas will flatten out the spikes and fill in the troughs and thereby allow wind to be “harnessed to provide reliable electricity” as the European Wind Energy Association tells them it will:

The wind does not blow continuously, yet there is little overall impact if the wind stops blowing somewhere – it is always blowing somewhere else. Thus, wind can be harnessed to provide reliable electricity even though the wind is not available 100% of the time at one particular site.

Here we will review whether this assumption is valid. We will do so by progressively combining hourly wind generation data for 2013 for nine countries in Western Europe downloaded from the excellent data base compiled by Paul-Frederik Bach, paying special attention to periods when “the wind stops blowing somewhere”. The nine countries are Belgium, the Czech Republic, Denmark, Finland, France, Ireland, Germany, Spain and the UK, which together cover a land area of 2.3 million square kilometers and extend over distances of 2,000 kilometers east-west and 4,000 kilometers north-south:

map

We begin with Spain, Europe’s largest producer of wind power in 2013. Here is Spain’s hourly wind generation for the year. Four periods of low wind output are numbered for reference:

Hourly wind generation Spain 2013

Now we will add Germany, Europe’s second-largest wind power producer in 2013. We find that Spanish low wind output period 4 was more than offset by a coincident German wind spike. Spanish low wind periods 1, 2 and 3, however, were not.

Hourly wing generation, Spain and Germany, 2013

Now we add UK, the third largest producer in 2013. Wind generation in UK during periods 1, 2 and 3 was also minimal:

Spain + Germany + UK, 2013

As it was in France, the fourth largest producer:

Spain, Germany, UK, France, 2013

And also in the other five countries, which I’ve combined for convenience:

The others

Figure 7 is a blowup of the period between February 2 and 15, which covers low wind period 2. According to these results the wind died to a whisper all over Western Europe in the early hours of February 8th:

Feb 2013

These results are, however, potentially misleading because of the large differences in output between the different countries. The wind could have been blowing in Finland and the Czech Republic but we wouldn’t see it in Figure 7 because the output from these countries is still swamped by the larger producers. To level the playing field I normalized the data by setting maximum 2013 wind generation to 100% and the minimum to 0% in each country, so that Germany, for example, scores 100% with 26,000MW output and 50% with 13,000MW while Finland scores 100% with only 222MW and 50% with only 111MW. Expressing generation as a percentage of maximum output gives us a reasonably good proxy for wind speed.

Replotting Figure 7 using these percentages yields the results shown in Figure 8 (the maximum theoretical output for the nine countries combined is 900%, incidentally). We find that the wind was in fact still blowing in Ireland during the low-wind period on February 8th, but usually at less than 50% of maximum.

fig 8

But even Ireland was not blessed with much in the way of wind at the time of minimum output, which occurred at 5 am. Figure 10 plots the percentage-of-maximum values for the individual countries at 5 am on the map of Europe. If we assume that less than 5% signifies “no wind” there was at this time no wind over an area up to 1,000 km wide extending from Gibraltar at least to the northern tip of Denmark and probably as far north as the White Sea:

Figure 9:  Map of percent of maximum wind generation, February 2013

During this period the wind was clearly not blowing “somewhere else”, and there are other periods like it.

Combining wind generation from the nine countries has also not smoothed out the spikes. The final product looks just as spiky as the data from Spain we began with; the spikes have just shifted position:

Figure 10: Spain wind generation vs. combined generation in all nine countries, 2013 (scales adjusted for visual similarity)

Obviously combining wind generation in Western Europe is not going to provide the “reliable electricity” its backers claim it will. Integrating European wind into a European grid will in fact pose just as many problems as integrating UK wind into the UK grid or Scottish wind into the Scottish grid, but on a larger scale. We will take a brief look at this issue before concluding.

Integrating the combined wind output from the nine countries into a European grid would not have posed any insurmountable difficulties in 2013 because wind was still a minor player, supplying only 8.8% of demand:

Figure 11: Wind generation vs. demand, nine countries combined

But integration becomes progressively more problematic at higher levels of wind penetration. I simulated higher levels by factoring up 2013 wind generation with the results shown on Figure 12, which plots the percentage of demand supplied by wind in the nine countries in each hourly period. Twenty percent wind penetration looks as if it might be achievable; forty percent doesn’t.

Figure 12:  Percent of hourly demand supplied by wind at different levels of wind penetration using 2013 data

Finally, many thanks to Hubert Flocard, who recently performed a parallel study and graciously gave Energy Matters permission to re-invent the wheel, plus a hat tip to Hugh Sharman for bringing Hubert’s work to our attention.
Energy Matters

sherlock-holmes