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Category Archives: Renewable energy

Australian wind farm noise study shows neighbours at risk for health problems

29 Thursday Jan 2015

Posted by Ottawa Wind Concerns in Health, Renewable energy, Wind power

≈ 1 Comment

Tags

Australian wind turbine noise study, infrasound, Pacific Hydro, Pacific Hydro Australia, Steven Cooper, wind farm health effects, wind farm neighbours, wind farm noise, wind turbine, wind turbine sensation, Wind Turbine Signature, wind turbines

This is a story provided by Wind Watch, which has access to a subscriber-only report from The Australian.

Turbines may well blow an ill wind over locals, ‘first’ study shows

Credit:  By: GRAHAM LLOYD. From: The Australian. January 21, 2015. ~~

People living near wind farms face a greater risk of suffering health complaints caused by the low-frequency noise generated by turbines, a groundbreaking study has found. The study by acoustics expert Steven Cooper is the first in the world in which a wind turbine ­operator had fully co-operated and turned wind turbines off completely during the testing. It opens the way for a full-scale medical trail that may resolve the contentious debate about the health impact of wind farms.

Funded by wind farm operator Pacific Hydro, the study was conducted at Cape Bridgewater in southwest Victoria where residents have long complained about headaches, chest pains and sleep loss but have been told it was all in their minds.

As part of the study, residents living between 650m and 1.6km of the wind turbines were asked to ­diarise what they were experiencing, including headaches, pressure in the head, ears or chest, ringing in the ears, heart racing or a sensation of heaviness. Their observations were separated into noise, vibration and sensation using a one to five severity scale.

“The resident observations and identification of sensation indicates that the major source of complaint from the operation of the turbines would appear to be related to sensation rather than noise or vibration,” the report says. “For some residents experiencing adverse sensation effects, the impact can be exacerbated by bending over rather than standing, with the effect in some cases being reported as extremely severe and lasting a few hours.”

Mr Cooper said it was the first time that sensation rather than audible noise had been used as an indicator of residents’ perception of nearby wind turbines.

The report found offending sound pressure was present at four distinct phases of turbine operation: starting, maximum power and changing load by more than 20 per cent either up or down. Mr Cooper said the findings were consistent with research into health impacts from early model wind turbines conducted in the US more than 20 years ago.

The relationship between turbine operation and sensation demonstrated a “cause and effect”, something Pacific Hydro was not prepared to concede, he said.

Survey participant Sonja Crisp, 75, said the first time she experience discomfort from the wind turbines, “it was like a thump in the middle of the chest.

“It is an absolute relief, like an epiphany to have him (Mr Cooper) say I was not crazy (that) when I am doing the dishes I feel nausea and have to get out of the house.”

David Brooks, from Gullen Range near Goulburn, NSW, said health concerns from wind farm developments were not confined to Cape Bridgewater. The findings should be used as the basis for a thorough health study of the impacts from low frequency noise, he said. “Until this is done, there should be a moratorium on further wind farm developments,” he said.

Pacific Hydro and Mr Cooper agree that more widespread testing is needed. Andrew Richards, executive manager external affairs at Pacific Hydro, said: “While we acknowledge the preliminary findings of this report, what they mean at this time is largely unclear.

“In our view, the results presented in the report do not demonstrate a correlation that leads to the conclusion that there is a causal link between the existence of ­infrasound frequencies and the ‘sensations’ experienced by the residents.” Mr Cooper said the findings had totally discounted the so-called “nocebo” effect put forward by some public health ­officials, who said symptoms were the result of concerns about the possibility of experiencing them.

The Cape Bridgewater study included six residents over eight weeks in three houses. One hearing-impaired participant had been able to identify with 100 per cent accuracy the performance of wind turbines despite not being able to see them.

Another Cape Bridgewater resident Jo Kermond said the findings had been “both disturbing and confirmation of the level of severity we were and are enduring while being ridiculed by our own community and society.”

Mr Cooper said residents’ threshold of sensations were experienced at narrow band sound pressure levels of four to five hertz at above 50 decibels. The nominal audible threshold for frequencies of four to five hertz is more than 100 decibels. Mr ­Cooper said an earlier investi­gation into health impacts of wind farms by the South Australian EPA had been flawed by limiting the study to only one-third octave bands and not looking at narrow band analysis.

“By looking at high sensation and narrow band I have developed a methodology to undertake assessments using narrow band infrasound,” he said. “We now have a basis on how to start the medical studies,”

Mr Cooper was not engaged to establish whether there was a link between wind turbine operation and health impacts, “but the findings of my work show there is something there,” he said.

Mr Cooper said Pacific Hydro should be commended for allowing the work to proceed. “It is the first time ever in the world that a wind farm has co-­operated with a study including shutting down its operations completely,” he said.

Mr Cooper has coined the term Wind Turbine Signature as the basis of the narrow band infrasound components that are evident in other studies. He said the work at Cape Bridgewater had established a methodology that could be repeated very easily all over the world.

Pacific Hydro said it had conducted the study to see whether it could establish any link between certain wind conditions or sound levels at Cape Bridgewater and the concerns of the individuals involved in the study.

“Steven Cooper shows in his report, for the limited data set, that there is a trend line between discrete infrasound components of the blade pass frequency (and harmonics of the blade pass frequency) and the residents’ sensation observations, based on his narrow band analysis of the results,” Pacific Hydro said.

“However, we do not believe the data as it currently stands supports such a strong conclusion.”

The report has been sent to a range of stakeholders, including government departments, members of parliament, environmental organisations and health bodies.

The report may be downloaded from the following links:

The Results of an Acoustic Testing Program – Cape Bridgewater Wind Farm
Appendices A to H
Appendices I to J
Appendices K to M
Appendices N to P
Appendices Q to S
Appendices T to V

Source:  By: GRAHAM LLOYD. From: The Australian. January 21, 2015.

See also a story from January 21 in The Standard, here.

Ontario’s “Rollback” surplus power sale: $4B in 3 years

21 Wednesday Jan 2015

Posted by Ottawa Wind Concerns in Renewable energy, Wind power

≈ 1 Comment

Tags

Bob Chiarelli, electricity bills Ontario, hydro bills Ontario, Ontario, Ontario economy, Parker Gallant, surplus power Ontario, Wind Concerns Ontario

Here from former bank VP Parker Gallant, now VP of Wind Concerns Ontario, a review of Ontario’s green energy policy which has resulted in a surplus of power produced when we don’t need it, and the government’s sell off to neighbouring jurisdictions.

Ontario’s power system is “exactly like Walmart” Bob Chiarelli says

Electricity: on sale every day, cheap, in Ontario
Electricity: on sale every day, cheap, in Ontario

Anyone reading an excerpt from the November 18, 2014 Standing Committee on Estimates text of Energy Minister Bob Chiarelli might have trouble discerning what his message was.  And, specifically, what his answer had to do with MPPRandy Hillier‘s question on whether Ontario loses money exporting surplus electricity.

Chiarelli had danced around the question, claiming Ontario needed “surplus generation,” but Hillier kept hounding him and finally, Chiarelli responded.

Mr. Randy Hillier: “Listen, I understand that we want to have a margin of surplus. We all can understand that, because you don’t know specifically and exactly how much is going to be needed at any particular point in time. But let’s get back to the question. What are our estimated losses—do you have an estimate—for this year and next year, cumulatively, in our losses of trades?”

Hon. Bob Chiarelli: “Can I ask you to give me 30 seconds without interruption? Just a few seconds, okay?”

Mr. Randy Hillier: “Well, if you can answer the question—60 seconds.”

Hon. Bob Chiarelli: “Walmart buys snow blowers. They expect to sell X number of snow blowers in a winter. At the end of the winter, if they haven’t sold those snow blowers, they sell them at a discount. They’re selling them for less than their costs. That’s part of doing business.

The electricity system is exactly the same as Walmart. Why do they have sales? Why do they sell a product that is worth X number of dollars in November for less when they’re selling it in March or April? Why do they do it? They’re giving it away. They’re losing money. How much have they lost?”

Walmart. Ontario’s electricity system is “exactly the same” as Walmart.

Here’s what the Ontario Auditor General’s report for 2011 said about what Ontario lost by exporting electricity surpluses.

 “Based on our analysis of net exports and pricing data from the IESO, we estimated that from 2005 to the end of our audit in 2011, Ontario received $1.8 billion less for its electricity exports than what it actually cost electricity ratepayers of Ontario.”

The losses highlighted in the AG’s report are related to the creation of the Global Adjustment or GA.  The buyers of our surplus electricity only pay the HOEP (hourly Ontario electricity price) and Ontario’s consumers pick up the difference between the contracted price for generation and the HOEP.  It was that difference, the GA, that the AG’s report highlighted.

Ontario has seen three more years of generation since that report and each one has meant increasing costs to Ontario’s electricity consumers.  For 2012, IESO reported our exports were 14.6 terawatt hours (TWh) and generated an average price of $24.1 million/TWh, but the costs to Ontario’s consumers for that generation included the GA which was an additional $49.6 million/TWh—that resulted in a cost of $724 million.  2013 was worse: Ontario exported 18.3 TWh generating $26.5 million/TWh with  the GA cost at $59.0 million/TWh for a cost of $1.007 billion. 2014 was slightly worse again, with exports of 19.1 TWh generating $36.0 million/TWh, costing ratepayers $53.5 million/TWh for the GA, creating a loss of $1.022 billion.

So, those three years cost ratepayers $2.75 billion for the 52 TWh (11.3% of total generation of 459.8 TWh) of exported power we didn’t need, bringing losses since creation of the GA to $4.550 billion.

Ontario’s ratepayers might be much better off if Walmart really was running the electricity system in Ontario. At least Walmart isn’t continually running at a loss.

©Parker Gallant                                                                                                            January 21, 2015

When wind farms fail, farm owners can be liable

21 Wednesday Jan 2015

Posted by Ottawa Wind Concerns in Renewable energy, Wind power

≈ 1 Comment

Tags

community wind farms, wind farm, wind farm bankruptcy, wind farm leaseholders, wind farm leases, wind power, wind power bankruptcy, wind power scam

This should be shared with anyone you know who owns agricultural acreage and might consider a wind turbine lease…

More Wind Power Outfits Go Bust: “Farmer-Investors” Lose their Shirts in the US

January 21, 2015 by stopthesethings 5 Comments

american-farmer-425x282

In Australia, the wind industry is in total melt-down, with many of its “BIG” players on the brink of financial collapse.

And the dreadful “uncertainty” about the willingness of governments to continue fleecing power consumers and taxpayers – in order to keep throwing massive subsidies at the greatest rort of all time (which, on the wind industry’s pitch will be needed until kingdom come) – has resulted in the collapse of more than 120 wind industry suppliers in the past two years, “including 88 from Asia, 23 from Europe and 18 from North America” (see our post here).

In Germany – despite the fact the the wind industry there has pocketed the lion’s share of at “least half a trillion € in subsidies” – German investors are taking a flogging: “37 percent of wind farms are losing investors’ money” and “two thirds are in deficit or just about cover their running costs” (see our post here).

Around the world, wind farm investors are being fleeced by the same types of hucksters and weasels that run outfits like near-bankrupt Infigen (aka Babcock and Brown); and the smarmy gits that set up so-called “community wind farms” – praying on greed and gullibility in their efforts to pocket $billions in REC Tax/Subsidies.

The scam is the same the world over: pitch numbers that show returns that are too good to be true (they are) and watch the suckers beat a path to your door: greed trumps common sense often enough.

As PT Barnum said: “every crowd has a silver lining” – an adage put to great effect by wholesale fraudsters like Bernie Madoff in scams often tagged “Ponzi” schemes; named after Charles Ponzi – who would have taken to the wind industry like a duck to water.

Madoff – who ended up with a 150 year stretch in stir for his share-market shenanigans – would, no doubt, be pleased to know that the wind industry has followed his “model” and is keeping the Ponzi “dream” alive.

Wind power outfits routinely base their expected returns on pumped up wind forecasts – thereby way overstating their anticipated gross returns (see our posts here and here and here and here).

While, at the same time, lying about their true operating costs (see our post here), which start to tack up pretty quickly when it’s revealed that turbines last less than half the time claimed: with an ‘economic’ lifespan of 10-12 years, as opposed to the 25 years wildly claimed by fan makers (see our posts here and here).

Or, in the case of top-flight German manufacturer, Siemens – less than 2 years – one of it’s latest batches required wholesale blade and bearing replacement, starting almost as soon as they cranked them into gear (seeour post here) – Siemens blaming “harsh weather conditions both onshore and offshore” – as if its fans had been designed to run inside aircraft hangars ….

Like all inevitable financial collapses, the dread-disease is spreading fast: a bunch of Minnesota farmers have just lost their shirts – having thrown their hard-earned at a pair of wind power outfits that have just hit the wall; and gone completely ‘belly-up’ on the prairie.

Owners of two Minnesota wind farms file for bankruptcy court protection
Star Tribune
David Shaffer
7 January 2015

Power to people on the prairie — it’s the idea, born in Minnesota, that farmers should own some of the wind turbines spinning above their fields.

But that idea has turned into a financial loser for about 360 farmers and other landowners who invested in two small wind farms more than a decade ago near Luverne, Minn., in the windy southwest corner of the state.

The companies that collectively own the two Minwind Energy projects filed for reorganization this week in U.S. Bankruptcy Court in Minnesota. The owners stand to lose their investment, and the wind farms eventually may have to shut down, according to regulatory filings.

It is the first of the state’s approximately 100 operating wind power projects to seek bankruptcy protection, and the case is raising questions about whether the small-scale wind farm model still works in an era of ever-larger wind-generating projects.

“The wind business is not for the faint of heart,” Beth Soholt, director of the St. Paul-based trade group Wind on the Wires, said in an interview. “These are big energy facilities … It is a long-term contract with utilities that expect you to produce. A lot of things can go wrong.”

The Minwind wind farms, with 11 turbines that went on line in 2002 and 2004, made a profit until 2012, and are still operating, according to its financial reports. The electricity is sold to Minneapolis-based Xcel Energy and Cedar Rapids, Iowa-based Alliant Energy under long-term deals. Some of Minwind’s power is fed into a giant battery built by Xcel near Luverne to store electricity for when the wind doesn’t blow.

Minwind has told federal regulators that the turbines have needed extensive repairs, including main bearings, and the company no longer can afford the upkeep. To make things worse, Minwind got into a jam with the Federal Energy Regulatory Commission for not filing certain paperwork since 2006. The result is a $1.9 million regulatory liability that has left a potential buyer uneasy about signing a deal to acquire the wind farms.

Minwind’s attorneys have told the government that the owners were “unsophisticated” in regulatory matters, and should be excused from the filing lapse. Some of the owners also had invested in the former Agri-Energy ethanol plant in Luverne, which was sold in 2010 to another biofuel company.

“None of the owners has had any experience in the power sector, except through ownership and operation of the facilities,” the company’s Washington-based legal team led by Margaret Moore said in a regulatory filing.

But federal regulators didn’t buy the lack-of-sophistication argument. Indeed, the company led by President Mark Willers, Luverne businessman and farmer, has long been credited with creating an innovative business structure with nine separate limited-liability companies allowing investors to take advantage of federal wind energy tax credits, a now-discontinued state assistance program for small wind projects and USDA grants.

Willers declined to comment in detail, but acknowledged that the company was tripped up by a rule change that FERC made eight years ago — a time when the company didn’t have a Washington attorney on retainer to watch for such things.

In its bankruptcy case, the Minwind companies filed for reorganization, a process that allows companies to shed liabilities. That potentially could clear the way for a sale to a turbine repair company. Under a proposed deal, the wind farms would be sold for the cost of the remaining debt with no additional return to investors, Moore told regulators.

It is unclear how much individual investors will lose.

State support for small wind

Minnesota has long supported community-owned wind farms, and more than 30 of them have been built, according to state data. Most have less than 20 turbines, a fraction of the size of large wind farms built by major energy developers.

Soholt of Wind on the Wires said there have been long-standing concerns about whether small, community-owned wind farms have set aside enough funds to maintain wind generators for the typical 25-year operating agreements. But she said Minwind’s case is the first she heard of a small wind power company facing those troubles.

Michael Bull, who had a top state energy post during the Pawlenty administration, said that in the mid-2000s, Minnesota policy on small wind farms changed. The direct state subsidies ended, and state officials paid more attention to whether small companies could sustain the long-term maintenance needs of wind farms.

“My sense is that the industry got pretty sophisticated — a lot of more sophisticated as the projects got larger,” said Bull, who is now policy and communications director for the Center for Energy and Environment, a nonprofit that promotes energy efficiency.

Carol Overland, a utility attorney based in Red Wing, Minn., who was not involved in Minwind, said it’s possible that other small wind power producers could get caught in similar regulatory, maintenance and financial struggles as the Luverne-area wind farms.

“Small wind development is a good thing, but it developed in Minnesota in a way that was not in the public interest or the interest of the people developing it,” said Overland, who has challenged transmission and wind power projects on behalf of affected landowners.
Star Tribune

Continue reading →

Australian noise study: wind farm neighbours at risk

21 Wednesday Jan 2015

Posted by Ottawa Wind Concerns in Renewable energy, Wind power

≈ 1 Comment

Tags

adverse health effects wind farms, audiology, audiology study infrasound, Australia, low frequency noise, Steven Cooper, wind farm noise, wind turbine, wind turbine noise, wind turbines

This is a story provided by Wind Watch, which has access to a subscriber-only report from The Australian. [Re-posted from Wind Concerns Ontario.]

Turbines may well blow an ill wind over locals, ‘first’ study shows

Credit:  By: GRAHAM LLOYD. From: The Australian. January 21, 2015. ~~

People living near wind farms face a greater risk of suffering health complaints caused by the low-frequency noise generated by turbines, a groundbreaking study has found.

The study by acoustics expert Steven Cooper is the first in the world in which a wind turbine ­operator had fully co-operated and turned wind turbines off completely during the testing.

It opens the way for a full-scale medical trail that may resolve the contentious debate about the health impact of wind farms.

Funded by wind farm operator Pacific Hydro, the study was conducted at Cape Bridgewater in southwest Victoria where residents have long complained about headaches, chest pains and sleep loss but have been told it was all in their minds.

As part of the study, residents living between 650m and 1.6km of the wind turbines were asked to ­diarise what they were experiencing, including headaches, pressure in the head, ears or chest, ringing in the ears, heart racing or a sensation of heaviness.

Their observations were separated into noise, vibration and sensation using a one to five severity scale.

“The resident observations and identification of sensation indicates that the major source of complaint from the operation of the turbines would appear to be related to sensation rather than noise or vibration,” the report says. “For some residents experiencing adverse sensation effects, the impact can be exacerbated by bending over rather than standing, with the effect in some cases being reported as extremely severe and lasting a few hours.”

Mr Cooper said it was the first time that sensation rather than audible noise had been used as an indicator of residents’ perception of nearby wind turbines.

The report found offending sound pressure was present at four distinct phases of turbine operation: starting, maximum power and changing load by more than 20 per cent either up or down.

Mr Cooper said the findings were consistent with research into health impacts from early model wind turbines conducted in the US more than 20 years ago.

The relationship between turbine operation and sensation demonstrated a “cause and effect”, something Pacific Hydro was not prepared to concede, he said.

Survey participant Sonja Crisp, 75, said the first time she experience discomfort from the wind turbines, “it was like a thump in the middle of the chest.

“It is an absolute relief, like an epiphany to have him (Mr Cooper) say I was not crazy (that) when I am doing the dishes I feel nausea and have to get out of the house.”

David Brooks, from Gullen Range near Goulburn, NSW, said health concerns from wind farm developments were not confined to Cape Bridgewater.

The findings should be used as the basis for a thorough health study of the impacts from low frequency noise, he said. “Until this is done, there should be a moratorium on further wind farm developments,” he said.

Pacific Hydro and Mr Cooper agree that more widespread testing is needed. Andrew Richards, executive manager external affairs at Pacific Hydro, said: “While we acknowledge the preliminary findings of this report, what they mean at this time is largely unclear.

“In our view, the results presented in the report do not demonstrate a correlation that leads to the conclusion that there is a causal link between the existence of ­infrasound frequencies and the ‘sensations’ experienced by the residents.” Mr Cooper said the findings had totally discounted the so-called “nocebo” effect put forward by some public health ­officials, who said symptoms were the result of concerns about the possibility of experiencing them.

The Cape Bridgewater study included six residents over eight weeks in three houses.

One hearing-impaired participant had been able to identify with 100 per cent accuracy the performance of wind turbines despite not being able to see them.

Another Cape Bridgewater resident Jo Kermond said the findings had been “both disturbing and confirmation of the level of severity we were and are enduring while being ridiculed by our own community and society.”

Mr Cooper said residents’ threshold of sensations were experienced at narrow band sound pressure levels of four to five hertz at above 50 decibels.

The nominal audible threshold for frequencies of four to five hertz is more than 100 decibels. Mr ­Cooper said an earlier investi­gation into health impacts of wind farms by the South Australian EPA had been flawed by limiting the study to only one-third octave bands and not looking at narrow band analysis.

“By looking at high sensation and narrow band I have developed a methodology to undertake assessments using narrow band infrasound,” he said.

“We now have a basis on how to start the medical studies,”

Mr Cooper was not engaged to establish whether there was a link between wind turbine operation and health impacts, “but the findings of my work show there is something there,” he said.

Mr Cooper said Pacific Hydro should be commended for allowing the work to proceed.

“It is the first time ever in the world that a wind farm has co-­operated with a study including shutting down its operations completely,” he said.

Mr Cooper has coined the term Wind Turbine Signature as the basis of the narrow band infrasound components that are evident in other studies. He said the work at Cape Bridgewater had established a methodology that could be repeated very easily all over the world.

Pacific Hydro said it had conducted the study to see whether it could establish any link between certain wind conditions or sound levels at Cape Bridgewater and the concerns of the individuals involved in the study.

“Steven Cooper shows in his report, for the limited data set, that there is a trend line between discrete infrasound components of the blade pass frequency (and harmonics of the blade pass frequency) and the residents’ sensation observations, based on his narrow band analysis of the results,” Pacific Hydro said.

“However, we do not believe the data as it currently stands supports such a strong conclusion.”

The report has been sent to a range of stakeholders, including government departments, members of parliament, environmental organisations and health bodies.

The report may be downloaded from the following links:

The Results of an Acoustic Testing Program – Cape Bridgewater Wind Farm
Appendices A to H
Appendices I to J
Appendices K to M
Appendices N to P
Appendices Q to S
Appendices T to V

Source:  By: GRAHAM LLOYD. From: The Australian. January 21, 2015.

See also a story from January 21 in The Standard, here.

Wind farm areas forced “industrial zones,” says scientist

21 Wednesday Jan 2015

Posted by Ottawa Wind Concerns in Ottawa, Renewable energy, Wind power

≈ 1 Comment

Tags

David G. Stephenson, Inside Ottawa Valley, Metrolan, wind farm, wind farm efficiency, wind farms, wind power, wind power efficiency, wind turbines

A “boutique solution to a mega-mall problem”

This is from this week’s edition of Inside Ottawa Valley, in the Kemptville Advance,written by retired scientist David G. Stephenson. Part 2 appears next week.

An excerpt pertaining to wind power generation follows:

Across the province advancing wind turbines are changing the wind swept countryside into a scene from H.G Well’s “War of the Worlds”. Wind power is clean and cost competitive, but the turbines are very large, unsightly, noisy industrial installations. A wind turbine will immediately zone everywhere within eyeshot as industrial, and people prefer not to live or conduct their recreational pursuits in an industrial zone. Consequently large wind farms are now being built over water.

A wind farm filling all of this country’s portion of the great lakes might just, when the wind was blowing, generate enough power to replace our use of fossil fuels.

But the output of wind farms is unpredictable and only available a quarter of the time. Wind power, like geothermal and tidal power is a boutique solution to a Mega-mall sized problem. Their contributions can only be useful supplements to a robust anchoring source of non-polluting energy.

Does conserving power in Ontario save us money? (No.)

16 Friday Jan 2015

Posted by Ottawa Wind Concerns in Renewable energy, Wind power

≈ 1 Comment

Tags

Bob Chiarelli, conservation power Ontario, electricity bills Ontario, electricity consumption, electricity distribution companies, hydro bills Ontario, Independent Electricity Systems Operator, Ontario, Ontario economy, Ontario government, Parker Gallant, Robert Lyman, wind power

Here is a precis of an analysis of the Ontario government’s conservation efforts prepared by local economist Robert Lyman, based on research by Parker Gallant.

Here are the numbers.

In 2009, local electricity distribution companies in Ontario provided 124,206,032 megawatt-hours (MWh) for 4,748,577 households, a monthly average of 2,180 kilowatt hours (kWh).

In 2013, they provided 125,306,563 MWh for 4,944,488 households, a monthly average of 2,112 kWh. Average consumption fell by 3.3%, or 875 kilowatts annually between 2009 and 2013. For the average home, that is a monthly reduction from 800 kWh to 774 kWh (317 kWh per year).

In 2009, the cost of a kWh of electricity delivered averaged 6.15 cents and the “commodity” cost (just the electricity portion) for the full year was $590. By reducing annual consumption by 317 kWh, the savings should have been $19.50.

In 2013, the commodity cost had risen to 9.2 cents per kWh, or $854 per year. Not only did the $19.50 savings disappear, but also, the average household paid an additional $264 annually. That represents an additional cost to all ratepayers in the province of $1.2 billion annually. That does not include the $2 billion cost of installing smart meters.

The average household would have had to reduce its annual consumption by 33%, or 3,200 kWh, in order to have simply matched its cost for electricity consumption in 2009.

The Independent Electricity Systems Operator (IESO) is required to maintain an operating reserve of generating capacity of between 1,300 and 1,600 MW for contingencies. Since 2009 the available surplus has been between 4,000 MW and 5,900 MW. The IESO expects these surpluses will continue until at least the later part of this decade. Thus, while the official rationale for smart meters, time-of-use pricing and “conservation” programs is to avoid the addition of expensive new generation capacity, the province has continued to add that capacity even in the face of a substantial surplus.

What’s next? Current Energy Minister Bob Chiarelli has set new targets for both reductions in peak demand and “conservation” in his long-term energy plan. The target set for reducing peak demand is 10% (2,400 MW by 2025) and for “conservation” is 16% (30 TWh) by 2032. These will be combined with continuing large additions in industrial wind turbine and solar power generators at substantial premiums above most current generation. As a result, despite the lower consumption, ratepayers will be expected to dig deeper into their pockets.

Ontario’s $16-million Christmas power giveaway

31 Wednesday Dec 2014

Posted by Ottawa Wind Concerns in Renewable energy, Wind power

≈ 1 Comment

Tags

Bob Chiarelli, Dale Goldhawk, electricity bills, hydro bills Ontario, Ontario, Ontario economy, Ontario power exports, Ontario surplus power, Parker Gallant, Wind Concerns Ontario, wind power

Ontario’s $16-million Christmas power giveaway

Wind power half of surplus power sold off cheap

Ontario's energy policy: gifts for somebody---just not you

Christmas was great day for Michigan and New York, courtesy of Santa Claus Ontario and wind power: Ontario exported 16.5 % (about 66,000 MWh) of our total demand for power on Christmas Day, and those two neighbours got $500,000 in cash along with the 56,000 MWh of power we gave them.  Power generated from wind energy was 36,000 MWh or 51% of total exports—if the curtailed wind production was included that would be 77% of the surplus power exported, so the wind power developers must be happy with their Christmas presents from Ontario, too.

In fact, Ontario’s electricity ratepayers picked up the cost of the cash payments to Michigan and New York, along with the actual cost of the production which was $7 million.  And, we paid about $2 million for “curtailed” wind (17,000 MWh), close to $3 million for “steamed off” nuclear (49,000 MWh) and more than $3 million to the gas plant generators for their “net revenue requirement” while the gas power plants idled.  That’s $16 million… and it doesn’t include the cost of Christmas Day “hydro spillage” as the Independent Electricity Systems Operator or IESO doesn’t report on it.

Total demand for power in Ontario Christmas Day was only 325,000 MWh, perhaps due to mild weather or maybe everyone barbecued their turkeys.  The hourly Ontario energy price (HOEP) value of the total demand of 390,000 MWh was negative (-$2,900,000) based on the average negative price of $7.45/MWh, but Ontario ratepayers still paid the $40 million needed to produce that power.

So our Premier and her chief Elf in the Energy portfolio, Bob Chiarelli, rewarded Ontario’s ratepayers with lumps of coal on Christmas day while doling out goodies to our neighbours!

©Parker Gallant

December 26, 2014

Contact Wind Concerns Ontario at 1-855-517-0446 or

windconcerns@gmail.com

Reprinted from Wind Concerns Ontario

You may also listen to a 45-minute podcast of Parker Gallant on the Dale Goldhawk radio show here.

Economist summary of the A G report on “smart meters”: astounding incompetence

31 Wednesday Dec 2014

Posted by Ottawa Wind Concerns in Renewable energy, Wind power

≈ Leave a comment

Tags

Auditor General Ontario, Auditor General Report, Bob Chiarelli, energy issues, Ontario, Ontario consumers, Ontario economy, Ontario electricity bills, Ontario power rates, Robert Lyman, smart meters

Ottawa-based economist Robert Lyman, who specializes in energy issues, has provided us with a summary of the highlights of the recently released Auditor General report, on the energy sector in Ontario. The government’s handling of this portfolio is astounding for its mismanagement, and wasted taxpayer and ratepayer dollars.

Read the summary from Mr Lyman Here: Ontario Auditor General Report on the Smart Metering Initiative

Realtors dispute economist study on wind farm neighbour property values

31 Wednesday Dec 2014

Posted by Ottawa Wind Concerns in Renewable energy, Wind power

≈ 1 Comment

Tags

Canadian Journal of Agricultural Economics, Canadian Real Estate Wealth, Melancthon, mortgage financing, property value, property value loss, property values, real estate appraisers, real estate value, Realtor, Richard Vyn, University of Guelph, wind farm property value, wind farms, wind turbine, wind turbines

Wind farm “monsters bad for Ontario: Realtors shoot back at property value study

Looks like a great place to live!!
Looks like a great place to live!!

Jennifer Paterson, Canadian Real Estate Wealth, December 18, 2014

A recent study by the University of Guelph, which found wind turbines do not have an impact on nearby property values, might have earned a big sigh of relief from investors – but the study’s results have been strongly criticized by members of the real estate industry.

“I have had several deals fall apart in this area because, in the appraisal report, it has been mentioned that there are windmills visible or adjacent to the property and, once a lender gets wind of that (forgive the pun), they will not fund a mortgage,” said Angela Jenkins, a mortgage agent at Dominion Lending Centres, who lives and works in the Melancthon region, where the study was conducted.

“If a person cannot get financing due to windmills, then how can this be a positive thing?”

The study, which was published this month in the Canadian Journal of Agricultural Economics, analyzed more than 7,000 home and farm sales in the area, and found that at least 1,000 of these were sold more than once, some several times.*

John Leonard Goodwin, who has been a real estate broker for more than 10 years in the Grand Bend, Ont. market, asserted that wind turbines absolutely do affect property values. “Turbines complicate your property enjoyment, period,” he said. “That alone spells depreciated value(s).

“Turbines should be in remote, unpopulated locations. To all the folks who have turbines on their property: Enjoy your $18,000 per turbine per year, because you will be giving most of the lease payments back (in much lower property value) when you sell.

“These monsters are very bad for Ontario,” he continued. “We all pay to subsidize the electricity they produce and they will also cause a significant loss of real estate value.”

Lynn Stein, a sales representative at Hartford and Stein Real Estate, lives and sells real estate in Prince Edward County, where a large-scale wind turbine project is slated to begin.

“The turbines that are proposed here are quite large,” she said. “The majority of the population here very clearly doesn’t want them.

“Put simply, if you were to buy your future home, given the choice, would you buy where you would have noise, shadow flicker, an industrial view, potential health issues caused by the turbines, and the possibility of a very difficult resale, or would you spend your money elsewhere?”

Read the full story and comments here.

*Wind Concerns Ontario Editor’s note– The writer is incorrect: Vyn had a data set of 5,414 residences but very few, 124, were within 5 km of a turbine. Several were as far as 50 km from a turbine. This is a tactic designed to “dilute” any actual effect. Author Richard Vyn himself said that the limitations of this study (sponsored by MPAC, perhaps to buttress their own disastrous study on this issue earlier this year) were significant and should not be overlooked. Toward the end of his paper he admits, “…while the results indicate a general lack of significantly negative effects across properties examined in this study, this does not preclude any negative effects occurring on individual properties.”

The Realtors and financing professionals contacted for this article also did not note that Vyn failed to include expired listings, i.e., properties that were listed for sale, but never sold.

Legal actions against wind farms continue

18 Thursday Dec 2014

Posted by Ottawa Wind Concerns in Ottawa, Renewable energy, Wind power

≈ 1 Comment

Tags

City of Kawarth Lakes, environmental appeal, Environmental Review Tribunal, Eric Gillespie, Health Canada, Health Canada noise study, Healthy Environments and Consumer Safety Canada, Julian Falconer, legal action, Manvers Wind Concerns, Mothers Against Wind Turbines, North Gower, Ottawa wind concerns, Plympton-Wyoming, Renewable power projects, Sunco, wind farm, wind power, wind power generation, wind power project, wind turbine, WPD Canada

This is a heavy duty week as Ontario communities fight back against the unwanted incursion of huge wind power generation facilities. As you know, the Green Energy Act removed local land-use planning powers for renewable power projects, so the environmental appeal process and ultimately the courts, along with a noise nuisance bylaw, is the only way communities can act to protect their residents.

(The new procurement process for large-scale renewable power projects still does not allow for a return of municipal planning powers; communities can have a say, as long as it’s not “no” and in fact, the regional energy plans are pre-designed by the province—in other words, if the province decides you’re getting a wind “farm” then you are. But we digress…)

This week:

Manvers/Pontypool: last few days of the appeal of the Sumac Ridge wind power project, part of which is on the Oak Ridges Moraine, a fragile and (formerly) protected environment. The Green Energy Act over-rode the Oak Ridges Moraine Protection Act, along with 20 other pieces of legislation.) The City of Kawartha Lakes is involved.

Plympton-Wyoming: again, the municipality is involved with the appeal of the Suncor Cedar Point wind power generation project. Today, the Environmental Review Tribunal hears a motion for a stay of proceedings, until experts can review the raw data from the Health Canada Wind Turbine Noise and Health study. (No report or article has yet been published from this study; there is only a brief summary and PowerPoint presentation.) The Health Canada study showed that 16.5% of people living within 2 km of a wind turbine were experiencing distress.

Niagara Region: Mothers Against Wind Turbines is a appealing the 77, 3-megawatt turbine Niagara Region wind power project, which will affect over 4,000 homes. Preliminary hearing is tomorrow in Wellandport.

Other appeals have been filed and several judicial reviews are in various stages, as well as private legal actions on property value loss and nuisance. Decisions are expected on the Ostrander Point appeal (lawyer Eric Gillespie), and the Drennan/Dixon appeal (the Constitutional challenge, lawyer Julian Falconer).

Ottawa Wind Concerns has retained a legal firm and is prepared to enact legal actions should another proposal come forward for a wind power project.

Contact us at ottawawindconcerns@gmail.com Donations welcome at PO Box 3, North Gower K0A 2T0

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