Falmouth Liars! Same Corrupt Behaviour In Ontario!!

FALMOUTH HID NOISE LETTER 5 YEARS TO AVOID ABUTTER NOTIFICATIONS

The 2010 Vestas noise warning letter kept secret for 5 years. It is clear public officials always knew the turbines were too loud.
FALMOUTH HID NOISE LETTER 5 YEARS TO AVOID ABUTTER NOTIFICATIONS

FALMOUTH HID NOISE LETTER 5 YEARS TO AVOID ABUTTER NOTIFICATIONS AND SPECIAL PERMITS WHICH WOULD REQUIRE ADDITIONAL NOTIFICATIONS

Section 240-166 incorporates by reference the Bylaw’s general special permit requirements and also states that the ZBA shall consider adverse impacts on the neighborhood including noise. The ZBA has the power to impose conditions on the grant of a windmill permit.

THE TOWN FAILED TO FILE THE SPECIAL PERMITS TO AVOID ABUTTER NOTIFICATIONS & SPECIAL PERMITS

The Town of Falmouth has never posted or made public the Vestas 2010 wind turbine noise letter.

Falmouth public officials owe it to the public to explain why they hid the letter for 5 years.

After 5 years of noise complaints why didn’t at least one public official come forward.

Thousands of certified written noise complaints have been made.

The letter warned the town that the Vestas wind turbines they were purchasing were 6 decibels higher than the smaller General Electric turbines used in prior noise study models.

The public-duty doctrine holds that the government and its officials owe a legal duty to the public at large. Why was the letter omitted and when do omissions become lies ?

Federal prosecutors have weapons to prosecute public corruption, especially with respect to state and local corruption, where the pertinent statutes empowers them to challenge almost any unlawful, questionable or unethical conduct of a public official, subject to the prosecutor’s exercise of sound discretion.

More from Falmouth Patch

RICO prosecutions give prosecutors even more discretionary prosecution power.

The Town of Falmouth never applied for Special Permits for their two town owned wind turbines.

The turbines are named Falmouth Wind 1 and Falmouth Wind 2.

Prior to the installations a private company conducted flawed acoustic noise models using 1.5 megawatt General Electric wind turbines that generate a maximum of 104 decibels of noise.

The original flawed tests “mistakes” were admitted by the Massachusetts Clean Energy Center three years after the installation of Falmouth Wind 1. The admission date came in a memo from MassCEC staff to the MassCEC Board of Directors on April 2, 2013

The private wind testing company actually prepared Special Permit applications under the Town of Falmouth wind turbine bylaws. The Town of Falmouth never filed Special Permits for either turbine.

In the past few months information has come to light that shows why the Town of Falmouth never filed “ Special Permits.”

The Town of Falmouth ignored its own wind turbine bylaw 240 -166 because the bylaw would require additional wind studies, notifications and additional time to install the Vestas wind turbines with a high rating of 110 decibels of noise .

Recently through a FOIA, Freedom of Information Request it has been found the Town of Falmouth was holding back a year 2010 warning letter from Vestas wind company that the wind turbines being installed generated up to 110 decibels of noise. This is 6 decibels higher than the Falmouth Community Wind Project Site Screening Report November 2005.

Special Permits would never have been issued under the Falmouth wind turbine bylaw 240 -166 with turbines that generated 110 decibels of noise. Under the Special Permit process additional notifications and time may have alerted local residents. There were NO noise studies for Falmouth Wind II. There were NO studies for a combination of Falmouth Wind 1 and Wind II.

The town hid the embarrassing letter from public view. The town has never posted the letter on its website or mentioned the letter at any public meeting.

The town while in possesion of the August 2010 letter made abutters to the wind turbines file elaborate certified written notifications to the town that the turbines were too loud. The town had always know the turbines were too loud. Vestas wind company told them in writing . It’s in Black and White !

Falmouth Town Meeting Members and the public in general are being kept in the dark over this letter while the town spends hundreds of thousands of dollars on a legal defense that is indefensable.

Taxpayers are paying litigation fees for up to eleven types of ongoing litigation including nuisance, bylaw. permitting and appeals while the Town of Falmouth sat on this letter for five years.

The Town of Falmouth was aware the turbines were 7 Decibels higher that the manufactures specifications. Every 3 DCB increase is a doubling of sound and acoustic power to the human ear and that is simply an intolerable increase.

In the following letter Vestas wind company reiterates in writing that the Town of Falmouth had been previously warned the turbine generates up to 110 decibels


“The Town has previously been provided with the Octave Band Data / Sound performance for the V82 turbine. This shows that the turbine normally operates at 103.2dB but the manufacturer has also stated that it may produce up to 110dB under certain circumstances.”

August 3, 2010
Mr. Gerald Potamis
WasteWater Superintendent
Town of Falmouth Public Works
59 Town Hall Square
Falmouth, MA 02540

RE: Falmouth WWTF Wind Energy Facility II “Wind II”, Falmouth, MA
Contract No. #3297

Dear Mr. Potamis,

Due to the sound concerns regarding the first wind turbine installed at the wastewater treatment facility, the manufacturer of the turbines, Vestas, is keen for the Town of Falmouth to understand the possible noise and other risks associated with the installation of the second wind turbine.

The Town has previously been provided with the Octave Band Data / Sound performance for the V82 turbine. This shows that the turbine normally operates at 103.2dB but the manufacturer has also stated that it may produce up to 110dB under certain circumstances. These measurements are based on IEC standards for sound measurement which is calculated at a height of 10m above of the base of the turbine.

We understand that a sound study is being performed to determine what, if any, Impacts the second turbine will have to the nearest residences. Please be advised that should noise concerns arise with this turbine, the only option to mitigate normal operating sound from the V82 is to shut down the machine at certain wind speeds and directions. Naturally this would detrimentally affect power production.

The manufacturer also needs confirmation that the Town of Falmouth understands they are fully responsible for the site selection of the turbine and bear all responsibilities to address any mitigation needs of the neighbors.

Finally, the manufacturer has raised the possibility of ice throw concerns. Since Route 28 is relatively close to the turbine, precautions should be taken in weather that may cause icing.

To date on this project we have been unable to move forward with signing the contract with Vestas. The inability to release the turbine for shipment to the project site has caused significant [SIC] delays in our project schedule. In order to move forward the manufacturer requires your understanding and acknowledgement of these risks. We kindly request for this acknowledgement to be sent to us by August 4, 2010, as we have scheduled a coordination meeting with Vestas to discuss the project schedule and steps forward for completion of the project.

Please sign in the space provided below to indicate your understanding and acknowledgement of this letter. If you have any questions, please do not hesitate to call me.

Sincerely,

(Bruce Mabbott’s signature)
___________________
Bruce Mabbott Gerald Potamis
Project Manager Town of Falmouth

CC: Sumul Shah, Lumus Construction, Inc.
(Town of Falmouth’s Wind-1 and Wind-2 Construction contractor)

Stephen Wiehe, Weston & Sampson
(Town of Falmouth’s contract engineers)

Brian Hopkins, Vestas
(Wind-1, Wind-2’s turbine manufacturer, and also Webb/NOTUS turbine)

http://www.windaction.org/posts/41357-vestas-raises-concerns-about-turbine-noise-letter#.Ve9oyhFVikp

Note #

The specific problems with location of wind turbines near human populations are as follows:

1.) Health of nearby residents at serious risk: Sleep deprivation from wind turbine low frequency noise (thumping and rumbling heard and felt inside the homes of neighbors) have caused problems for many families.

2.) Turbine malfunctions, fires, ice throw sudden catastrophic blade failures: Wind turbine manuals detail that workers should “run upwind” a minimum distance of 1640 feet from a wind turbine which is on fire or in danger of blade failure to avoid the danger of flying debris.

Time For the Windweasels, to Swim, or Sink….No more Financial Water Wings!

The Wind Industry: After 30 Years, It’s Time to Remove the Training Wheels

training-wheels

****

At an economic level, subsidising the production of a good or the provision of a service makes sense where there is complete market failure, such that the good or service will never be supplied (or only at a price which is practically un-affordable to the majority of consumers); and where the total benefit to the welfare of consumers equals the cost of the subsidy.

As to the supply of electricity, there is NO market failure; affordable power is available around-the-clock in all developed economies; and has been so for half-a-century or more. So that point of ‘justification’ for endless wind-welfare goes nowhere.

Short of true ‘market failure’, another potential justification for subsidies paid to producers is where an ‘infant industry’ needs a ‘kickstart’ to get going. The argument is that the ‘new’ industry will ‘create’ new jobs; and, therefore, justify the subsidy, which can be withdrawn after a period sufficient to allow the industry to develop to a point where the subsidy is no longer needed, at all.

That’s where wind power scores two strikes: the wind industry has been telling us it can ween itself off subsidies (but just not now) for over 30 years.

The third – and final – strike is that wind power (despite being able to slosh in a massive subsidy trough) simply cannot provide meaningful power (ie, power available on-demand) – as they’re learning to their horror in Britain:

Another Wind Power Collapse has Britain Scrambling to Keep its Lights On (Again)

And in South Australia:

Wind Industry’s Armageddon: Wind Farm Output Collapse Leaves 110,000 South Australian Homes & Businesses Powerless

Never to be accused of consistency, the wind industry in the US is – under that old adage about ‘being careful about what you wish for’ – about to face up to its own internal inconsistency.

You see, on the one hand its parasites and spruikers keep trumpeting about how their marvellous product is ‘free’ – and getting cheaper all the time; but the minute there’s the merest hint that the subsidy gravy-train might be derailed, they start wailing like demonic banshees.

Americans can prepare from some panicked, high-pitched screaming, as its Congress gets set to finally remove the longest-serving set of ‘training wheels’ that ever rolled into action.

Maine Voices: It’s time for Congress to end the wind production tax credit (again)
Press Herald
Rand Stowell
11 November 2015

SOUTH FREEPORT — As winter approaches, Congress is being overrun by wind industry lobbyists (again). Their annual year-end money dance has become routine as we have seen the 1992 energy production tax credit die more deaths than the proverbial nine-lived cat.

Just as routinely, we have become accustomed to picking up the newspaper on New Year’s Day to read that in the cold, dark holiday night, Congress has revived the production tax credit (again).

Over time, most of Maine’s congressional delegation has supported throwing additional taxpayer money at the expired or expiring production tax credit, often at the eleventh hour. It stands to reason that aggressive wind developers in Maine have influenced the Maine delegation’s decision to support the production tax credit.

“Subsidy” is a lightning rod word. But subsidies can be justified when they contribute to the public good. In the general public, wind energy’s positive benefits are regularly overstated, while conversely, wind’s negative impacts are understated. Because of this flawed value equation, wind energy has enjoyed the public’s favor and gratuitous federal subsidy dollars (in addition to state mandates).

For the sake of Maine’s environment and economy, it is time for Congress to finally let the production tax credit subsidy die. The Maine delegation can help make this happen by ending its historic support.

Maine’s wind energy buildup in the last decade has been dominated by one developer: First Wind (now SunEdison). In a 2012 Recharge News article, “First Wind chief executive says life without PTC is possible,” First Wind CEO Paul Gaynor discussed the production tax credit:

“I know the industry has needed it. I think the question for all of us is, ‘Do we need it any more or forever?’ I believe the answer is no.”

In a Bloomberg News article, “U.S. tax breaks that clean power doesn’t seem to mind losing,” Ahmad Chatila, CEO of SunEdison (which is now in financial difficulty), discussed the production tax credit just a few weeks ago:

“If the (production tax credit) expires we will be fine, we can get by.”

The wind production tax credit expired (again) in December 2014. Because the wind lobby inserted a “begin construction/safe harbor” provision into the law, and thanks to loose Internal Revenue Service rules that allow it, wind projects we don’t even know about yet can still sneak in as production tax credit-eligible even if they have not turned a shovelful of dirt.

The wind industry is losing its window for starting projects, so the wind lobby is back in holiday mode, applying pressure in Congress (again).

Last summer, the Senate Finance Committee voted out a $95 billion tax extender bill that included a two-year extension of the wind production tax credit (2015-2016). The production tax credit was the third most expensive provision in the bill at $10.5 billion.

In October, U.S. Sen. James Lankford, R-Okla., submitted a bill to end the wind production tax credit. In the House, the Production Tax Credit Elimination Act offered by U.S. Reps. Kenny Marchant, R-Texas, and Mike Pompeo, R-Kan., is still pending, and new co-sponsors have signed on every month since the bill was introduced.

We might see action on the production tax credit by year’s end, and it won’t be a surprise if votes finally occur while the rest of the country is sipping eggnog at holiday parties (again).

The wasteful production tax credit has become politically toxic, gaining the nickname “wind welfare.” We cannot afford more billions to spur the growth of a mature industry that does little good.

With the Department of Energy and the American Wind Energy Association regularly crowing that wind is cost-competitive with (or more competitive than) conventional generation sources, there is no justification for further subsidies. The wind training wheels have been on the bike since 1992. They have done their job and it is now time to remove them.

The production tax credit has rarely been considered in the House or Senate as a stand-alone vote. The last time was 2012, in New Jersey Democratic Sen. Bob Menendez’s amendment to the transportation bill. It failed.

If the Senate and House consider the wind production tax credit in the eleventh hour (again) this year, it must be as a stand-alone vote in each chamber. That way, the wind lobby cannot gain a free ride by attaching to the more beneficial tax credits seen as “must pass.”

If Maine’s wind development leaders are telling us they don’t need all that production tax credit money, then why would the Maine delegation throw it at them (again)?

The Maine delegation should not endorse spending billions more to spur the growth of a mature industry that does little good for the U.S.
Press Herald

be-careful-what-you-wish-for-because-you-just-might-get-it-167947

Speaking of the Paris Climate Conference…Spain’s Largest Solar Company goes Bankrupt!

Inconvenient timing: On eve of Paris Climate Conference, Spain’s Abengoa Solar goes bankrupt

EZRA LEVANT REBEL COMMANDER

All the fancy people are about to hop on jets and fly to the Paris Climate Conference so they can express how much they don’t like things like, uh, jet fuel.

http://cdn.embedly.com/widgets/media.html?src=http%3A%2F%2Fwww.youtube.com%2Fembed%2FA3h9BrDFsz4%3Fwmode%3Dtransparent&wmode=transparent&url=https%3A%2F%2Fwww.youtube.com%2Fwatch%3Fv%3DA3h9BrDFsz4&key=e1208cbfb854483e8443b1ed081912ee&type=text%2Fhtml&schema=youtube

And one of the things we’re going to hear is how we need to be more like Europeans when it comes to green energy.

Here’s one headline:

“Spain Got 47 Percent Of Its Electricity From Renewables In March”

There’s more:

“People visit the Santa Coloma cemetery, outside Barcelona, Spain,  The city council has installed 462 solar panels on top of the grave niches.”

Gross, right?

But they’re all getting rich off it! Abengoa, one of Spain’s wealthiest companies, has solar plants all around the world.

Yeah, why can’t we be more like them?

Except today, this is the number one news item in Spain: Abengoa is bankrupt.

Nine billion Euros in debt — that’s about $14 billion. 27,000 employees.

The largest bankruptcy in Spanish history.

And because Spain has amongst the highest power prices in Europe — about triple what we pay here in Canada — driven out a lot of manufacturing.

Do you know what the unemployment rate is in Spain now? 22%. And that’s the lowest it’s been in years.

So, yeah, Spain. That’s you’re role model.

Especially for Ontario’s Kathleen Wynne — and now Alberta’s Rachel Notley

 

Wind Turbines Do NOT Reduce CO2….

Wind Industry’s CO2 Abatement Claims Go Up in Smoke

lies

The central, endlessly repeated lie upon which the wind industry seeks to ‘justify’ the colossal and endless subsidies upon which it critically depends; the destruction of wind farm neighbours’ health, wealth and happiness; and the slaughter of millions of birds and bats, is that wind power causes substantial reductions of CO2 emissions in the electricity sector.

STT has been slamming that myth since we cranked into gear nearly 3 years ago. It’s a topic that attracts plenty of interest.

Our post – How Much CO2 Gets Emitted to Build a Wind Turbine? – has clocked over 11,000 hits; and still attracts plenty of attention. But that story is limited to a back of the envelope calculation of the CO2 emissions that this so-called ‘fossil free’ power source clocks up before these things start spinning.

In this post we hand over to a pair of switched on energy experts, Alex Henney and Frank Udo, as they tackle the wind power CO2 abatement myth – in terms of its failure to reduce CO2 emissions to the degree claimed by the wind industry; or at all.

How Much CO2 Do Windmills Really Save?
Not a lot of people know that
Alex Henney
6 November 2015

WINDMILLS DO NOT MITIGATE CO2 AS CLAIMED ON THE TIN1

Alex Henney2 and Fred Udo3

“When the facts change, I change my mind. What do you do sir?”
J.M. Keynes

INTRODUCTION

Peter Lang posted a blog “Wind turbines’ CO2 and abatement cost” on 27 April 2015 based on his submission to the Australian Select Committee on Wind Turbines dated 23 March 2015. He advanced similar analyses to those which provided to the then Minister for Energy of the British government in September 2011. We drew on empirical experience from Ireland and the US.

IRELAND

In 2011 gas produced 66% of Irish electricity; coal 11%; peat 8%; wind 12%; hydro and pumped hydro 2.5%; other 1%. Most of the balancing or load following to respond to variations in wind and output is provided byCCGTs and OCGT’s and 3 hydro facilities including a pumped storage plant.

Eirgrid, the system operator, calculates the emissions of CO2 from the system as a whole using “static” heat rates for thermal plants (i.e. assuming they operate at a constant output). This approach overstates their efficiency and understates their CO2 emissions because when gas plant ramp-up and –down (i.e. “cycle”) their thermal efficiency reduces – hence their CO2 emissions/MWh increase (i).

The estimated average emissions using static heat rates for the period November 2010 to August 2011 was 451g/kWh while the average CO2emissions calculated from the carbon input from gas and coal was 528g/kWh, which is 17% higher. Part or all of this difference can be attributed to the static approach used in the CO2 calculation of Eirgrid.

The CO2 savings for the period November 2010 to August 2011 were analysed and the “efficiency” of wind in reducing CO2 emissions defined as (ii):-

The ratio of the measured reduction in CO2emissions, to the reduction inCO2emissions calculated as if every MWh of wind energy produced replaces a MWh of conventional electricity production without change in efficiency of the conventional plants.

The efficiency varies month by month, see exhibit 1.

image31

Exhibit 1 The efficiency of wind in reducing CO2 in Ireland

Why the difference from month to month? In particular what happened in April 2011? The answer might be the availability of hydro, see exhibit 2.

image32

Exhibit 2 The influence of hydro power on CO2 saving efficiency

In 2011 the pumped storage facility at Turlough Hill was being renovated; in consequence gas plants had to cycle more and thus produced more CO2. The result was that a 12% wind contribution saved only 4% CO2emissions4. A subsequent analysis found that when wind production averaged about 15% the thermal efficiency of the fleet of CCGTs was 40% compared with their nameplate efficiency of 55% (iii).

Another constraint on wind is the amount of must-run capacity, which is 1300MW. Thus when the demand is low and the wind is high, wind energy has to be spilled. This is demonstrated with the aid of a load duration curve constructed from all the daily load curves with the points sorted in order of decreasing demand. Exhibit 3 shows the load duration curve (iv) for November 2010 with the associated level of wind; once demand reduces below about 2500MW the wind is increasingly curtailed – in this case about 3% is lost.

image33

 

Exhibit 3 Wind is uncorrelated with demand so when demand is low it would have to be spilled

The Irish government has a target of three times the current level of wind by 2020, which would result in spilling 30% of the wind energy production, see exhibit 4.

image34

Exhibit 4 If the government target for wind in 2020 were met, 30% of the wind energy would have to be spilled

COLORADO AND ERCOT

Energy Consultant Bentek (v) undertook a study of the effect of wind on emissions of SOx, NOx and CO2 for two systems:-

  • The system of Colorado Public Service Company (PSCO), which in 2008 had 3.8GW of coal plant, 3.2GW of gas plant, 0.4GW of hydro and pump storage, and 1.1GW of wind, and
  • The ERCOT system in Texas, which is a virtually stand-alone system that manages about 85% of the capacity in Texas. In 2009 it had 17.5GW of coal plant, with 44.4GW of gas plant, 5.1GW of nuclear, 0.6GW of hydro, and 9.4GW of wind; the system produced 300TWh and met a maximum demand of 63GW. Wind provides between 5% and 8% of the average generation overall, depending on the season, but at night its contribution rises slightly from 6% (summer) to 10% (spring)

Both systems are predominantly thermal with significant wind relative to their size, and little hydro.

The studies used publicly available hourly data for boiler specific emissions and production which are provided to the Continuous Emissions Monitoring System of the Environmental Protection Agency and data provided to the Federal Energy Regulatory Commission.

ERCOT also publishes wind, coal, nuclear, natural gas and hydro generation data on a 15-minute basis. The PSCO part of the report first examines in detail the impact of cycling for CO2 coal plants over a number of days when there are “wind events”.

The avoided generation from coal plants was calculated; the monthly and quarterly “stable day” emission rate was calculated; finally the difference between the actual emissions and the emissions that would have been generated if the avoided generation had been produced with the “stable day” emission rates was calculated.

The effect of cycling coal plant is shown by the operation of Cherokee Unit 4 located in Denver. Between 7:00 pm and 9:00 am on March 17 and 18, 2008, see exhibit 5. “Total generation from the plant is shown in blue; the heat rate – defined as the MMBtu of fuel per unit of generation – is shown in red.

Between 9:00 pm and 1:00 am, generation from the Cherokee 4 fell from 370 to 260 MW. It then increased to 373 MW by 4:00 am. During the period in which generation fell by 30%, heat rate rose by 38%. Heat rates are directly linked to cycling: as the generation from coal plants falls, the heat rate begins to climb. Initially, the heat rate climbs because generation of the plant is choked back and fewer MW are produced by the same amount of coal.

Later in the cycle, the heat rate climbs further because more coal is burned in order to bring the combustion temperature back up to the designed, steady-state rate. Additionally, for many hours after cycling, the heat rate is slightly higher than it was at the same generation level before cycling the plant.”

image35

Exhibit 5 Impact of generation decline on heat rate

In addition to the micro study of wind events on particular plants, the study also looked at the coal cycling impacts on PSCO’s territory emissions. The conclusion of the study was that:-

“…cycling of coal-fired facilities has increased significantly since 2007 as wind energy generation increased to its current levels … the increased incidence of cycling has led to emission of greater volumes of SO2, NOx and CO2. In 2008, depending on the method of calculation, cycling coal plants caused between 1.1 and 10.5 million pounds of SO2 to be produced that would not have been produced had the plants not been cycled…Cycling’s impact on CO2is more ambiguous as the range is between creating a saving of 164,000 tons and a penalty of 151,000 tons. In 2009, generation from PSCO’s coal-fired plants fell off by about 20%, but their emissions did not diminish proportionately. Again, cycling appears to be a central factor … between 94,000 and 147,000 pounds of CO2[was produced] more than would have been generated had the plants been run stably.”

The conclusion of the study of ERCOT, which was undertaken in a similar manner to their PSCO analysis, is:-

“Not only does wind generation not allow ERCOT utilities to save SO2, NOx and CO2 emissions, it is directly responsible for creating more SO2 and NOx emissions and CO2 emission savings are minimal at best.”

THE RESPONSE OF THE BRITISH GOVERNMENT TO THESE FINDINGS

Like the Irish system, the British system is predominantly thermal and balancing will largely depend on oldish frame CCGTs. The Irish system is the “canary in the mine”.

We recommended that before spending £ tens of billions more on windmills, the British government should commission an objective and empirical scientific study (vi) of how efficient windmills are at mitigating CO2 emissions.

We put these findings to the Minister of Energy and received a 3 page reply which was largely irrelevant or inaccurate. The letter incorrectly intimated that the Irish system was balanced by “old, relatively inefficient plant” – in fact the gas plants were relatively new.

The government did, however, agree:

“The Irish system is a better comparator to Britain as it is an island with wind being backed up predominantly by gas fired generation. Unfortunately we feel your otherwise very informative analysis falls into a trap of looking at a specific time period and trying to extrapolate from it. By looking at a period of time when pumped storage (which is a low carbon technology for balancing wind) was out of service you demonstrate a significant divergence between anticipated and actual emissions. It may be that the average intensity is significantly better than this, which is the danger inherent in taking short time periods in this way and using them to make a general point.”

Comment: This entirely misses our point. We looked at the time when the pumped storage was out of commission in order to see how the system performed when the wind was balanced by thermal plant, which is how the British system is balanced, and will increasingly be balanced if the government’s wind ambitions are achieved.

Colorado and ERCOT: In both these examples, unabated coal plant is being used to back up wind.

This is a helpful case study of why it is important for the British government to pursue the development of carbon capture storage (CCS) if we want coal to play a long term role in our energy mix, and also a helpful example of why the design of the Electric Market Reform (EMR) needs to incentivise the building and operation of the right kinds of balancing generation. This is the subject of ongoing work, also of ongoing dialogue with relevant industry players.”

COMMENTS

  1. Let us believe CCS when we see it tested and viable.
  2. Our paper was focused on 2020 and the technologies that are on the table. The electric industry has been bedeviled by dreams of technologies of the future…

“We can agree with you on the need for objective and scientific study of the issues. The government is engaging with the range of relevant industry players who have the data to inform this discussion, and will use this to inform our market design decisions as we finalise the operational details of EMR.”

Comment: Our concept of an “objective and scientific study” does not envisage either the government or industry having a lead role because neither have a record of either rigour or objectivity.

The British government has no interest in evidence based policy, only in policy based evidence. It has no interest in the cost of decarbonisation, because it is attempting to save the planet?

Never mind that the Chinese, Indians and Indonesians are not joining in and are increasing coal burn for generation at a great rate. Even the Germans and Dutch have just completed ten large new supercritical coal plants. The British government (like some others) does not live on planet earth when it comes to “climate change” and the policies flowing there from.

1 This blog is based on an article titled “Wind – Whitehall’s pointless profligacy” that was published in New Power, Issue 45, October, 2012.

2 Director EEE Ltd; once a director of London Electricity; the first person to propose in 1987 a competitive restructuring of the electric industry in England & Wales; advisor on electric systems from Norway to New Zealand; author of “The British Electric Industry 1990-2010: the rise and demise of competition”.

3 Retired Dutch physicist who worked at CERN Geneva, latterly on the Large Hadron Collider.

4 A detailed simulation by Joseph Wheatley, Quantifying CO2 Savings from Wind Power, 2012 (for the version submitted before peer review) concluded the effectiveness was only 53% during normal operations.

END NOTES

i) The topic of the significant loss of thermal efficiency of gas and coal plants cycling is dealt with in detail by Willem Post in “Wind Power and CO2 Emissions”,

www.coalitionforenergysolutions.org/research_and_reports.

ii) Wind energy and CO2 emissions – 2, F. Udo, 21 October 2011,www.clepair.net/udo_okt-e.html.

iii) http://euanmearns.com/the-balancing-capacity-issue-a-ticking-time-bomb-under-the-uks-energiewende/

iv) Wind turbines as a source of electricity. F. Udo, K de Groot and C. le Pair: http://www.clepair.net/windstroom e.html

v) How less became more: wind, power and unintended consequences in the Colorado Energy Market, Bentek Energy LLC, 16 April 2010,http://docs.wind-watch.org/BENTEK-How-Less-Became-More.pdf.

vi) While National Grid should be involved in the study, it should not lead it because it has a vested interest in claiming that windmills mitigate CO2because it wants as many windmills on the system as possible in order to justify bulking up its grids. An example of the reaction of vested interests is given by the response of Mr. Nick Winser to Mr. Udo’s analysis of Ireland was “Thanks. Interesting. I doubt that your point about part loaded fossil negating the carbon benefits of wind is well founded particularly with our huge advances in wind forecasting accuracy.” There is a basic flaw in his response, namely although the forecasts may be more accurate that per se will not alter the outturn variability – hence cycling of plant.

turbine fire 3

Common Law Being Used to Fight Wind Turbine Noise

****

Bourne health board seeks injunction against Plymouth wind farm
Cape Cod Wicked Local
Paul Gately
19 November 2015

BOURNE

The Future Generation wind turbine project at cranberry grower Keith Mann’s Head of the Bay tract in South Plymouth may be hauled into superior court, likely in Barnstable.

The Bourne Board of Health is asking selectmen to authorize Town Counsel Robert S. Troy to request a court injunction — expressly to halt wind-farm construction.

The request comes from neighboring Morning Mist Lane residents in Buzzards Bay. They say they will be “directly impacted” by at least one of four turbines now going up.

The residents cite concerns related to flicker, noise, harmonics and low-frequency impacts and the health board has listened, even as Future Generation attorney Jon Fitch of Sandwich argues the Bourne board cannot apply its turbine review bylaw to a Plymouth project.

If there is an enemy for the group, it is time. One turbine can already be seen from the Route 25 connector and Head of the Bay Road.

Bourne Health Board Chairman Kathy Peterson said members are “following the best option left open to us,” notably a court injunction ordering turbine construction to cease and desist while possible impacts are sorted out.

Peterson said Future Generation has sidestepped all board requests to file for Bourne variance review under the town’s turbine bylaw. “We’ve asked repeatedly for sound data to review about what’s being put up but we haven’t received it,” she said Nov. 18.

Peterson told the Buzzards Bay residents that, even if Troy is directed to seek injunctive relief against Future Generation, it would still take time to prepare a case and “get before a judge.” Meanwhile, construction continues.

“They have an attorney guiding everything they do,” Peterson said. “We don’t have that.”

Fitch attended the Nov. 18 discussion with the health board but he did not comment on unfolding developments.

It was unclear when selectmen might meet again to discuss the health board request. An injunction to the extremely spending-conscious board may not seem so modest an objective. The health panel will continue its wind farm discussions Dec. 9.

The Mann-tract wind farm plan has caused a stir in Bourne to an extent that the selectmen’s vote to permit nightly turbine-equipment transport through Buzzards Bay Village via trucks was 3-2, with board members Peter Meier and Michael Blanton opposed to what was a detailed and straightforward – if not routine – special permit application.

In another respect, an injunction — should it be granted — might serve to shift some Cape Cod anti-turbine sentiment from Falmouth to Bourne. Indeed, a Falmouth resident urged the Bourne health board on Nov. 18 not to let the Head of the Bay wind farm happen.
Cape Cod Wicked Local

Good to see Future Generation playing the role of responsible corporate citizen there! Obviously falling over itself to cooperate with the body charged with looking after the health of citizens.

Deliberately withholding evidence that unequivocally demonstrates their guilt, is only one part of the wind industry’s arsenal, when it comes to destroying neighbour’s rights to live in, use, sleep in and otherwise enjoy the comfort of their very own homes. Although, when the evidence is about to sink them, they’re usually pretty quick to get their pet acoustic consultants to rewrite their (unhelpful) reports; and to ‘replace’ them with completely fabricated versions – in order to avoid pesky planning controls and having their subsidy entitlements revoked:

Pacific Hydro & Acciona’s Acoustic ‘Consultant’ Fakes ‘Compliance’ Reports for Non-Compliant Wind Farms

The wind industry, its parasites and spruikers have known all about the problem of incessant turbine generated low-frequency noise and infrasound over 30 years and have been lying about it and covering it up ever since:

Three Decades of Wind Industry Deception: A Chronology of a Global Conspiracy of Silence and Subterfuge

The ‘standards’ written by the wind industry hold all the integrity of VW’s diesel emissions control ‘technology’ – and will end with the same raft of litigation against those responsible:

VW Mk II: Wind Industry’s Acoustic Consultants Caught In Noise ‘Standard’ Scandal

What the wind industry fears most are actions like those being taken by the Bourne Board of Health and individuals out to protect their common law rights to live free of interference from turbine noise and vibration.

What is fairly obvious to any human being gifted with our good friends ‘logic’ and ‘reason’ is that if you deprive someone of sleep over an extended period, their health will suffer.

Even after one ‘rough night’, you don’t ever hear the sufferer bubbling about how much better they felt in the morning. No, the usual response is about telling those around them to keep out of their way for the day, or there’ll be trouble (often in terms too ‘blue’ to print). However, that ‘trouble’ manifests as a danger not just to the sufferer and his nearest and dearest, but to a range of others who might end up tangling with the insomniac, as their sleep-deprived day draws on:

Wind Turbine Noise Deprives Farmers and Truckers of Essential Sleep & Creates Unnecessary Danger for All

Alive to the critical importance of regular, quality sleep to health, the common law has recognised a person’s right to a decent night’s sleep in their own home for over two centuries.

STT’s Nuisance “In-a-Nutshell”

Nuisance is a long recognised tort (civil wrong) at common law based on the wrongful interference with a landowner’s rights to the reasonable use and enjoyment of their land.

Negligence is not an element of nuisance, although aspects of the former may overlap with the latter.  Where, as here, the conduct is intentional (ie the operation of the wind turbines is a deliberate act) liability is strict and will not be avoided by the defendant showing that it has taken all reasonable steps to avoid the nuisance created.  Indeed, the conduct of the defendant is largely irrelevant (unless malice is alleged); the emphasis is on the defendant’s invasion of the neighbouring landowner’s interests.

A defendant will have committed the tort of nuisance when they are held to be responsible for an act indirectly causing physical injury to land or substantially interfering with the use or enjoyment of land or of an interest in land, where, in the light of all the surrounding circumstances, this injury or interference is held to be unreasonable.

The usual remedy for nuisance is an injunction restraining the defendant from the further creation or continuance of the nuisance.  Injunctions are discretionary, in all cases, and will not be granted unless the nuisance caused is significant.

Where interference with the enjoyment of land is alleged, the interference must be “substantial” and not trivial.

Interference from noise will be substantial, even if only temporary in duration, if it causes any interference with the plaintiff’s sleep.

The loss of even one night’s sleep through excessive noise has been repeatedly held to be substantial and not trivial in this sense (seeAndreae v Selfridge & Co [1937] 3 All ER 255 at 261, quoted with approval in Munro v Dairies Ltd [1955] VLR 332 at 335; Kidman v Page [1959] St R Qd 53 at 59; see also Halsey v Esso Petroleum Co Ltd [1961] 1 WLR 683 at 701: “a man is entitled to sleep during the night in his own house”).

It is not a defence for the party creating the nuisance to claim that he is merely making a reasonable use of his property.  The defendant’s conduct may well be otherwise lawful, but still constitute actionable nuisance.  The activity engaged in by the defendant may be of great social utility or benefit, but that has been repeatedly held as being “insufficient to justify what otherwise would be a nuisance” (see For example, Munro v Dairies Ltd [1955] VLR 332 at 335; see also Halsey v Esso Petroleum Co Ltd [1961] 1 WLR 683)

Halsey’s case is well worth a read – a real “David and Goliath” battle, as described by the trial Judge: “This is a case, if ever there was one, of the little man asking for the protection of the law against the activities of a large and powerful neighbour.”  And just like David’s epic battle with a thuggish giant, the little bloke won!

Here’s a link to the case: Halsey v Esso Petroleum [1961] 1 WLR 683

Precisely the same principles were at work in the case pursued by Julian and Jane Davis, who successfully obtained a £2 million out of court settlement from a wind farm operator, for noise nuisance; and the resultant loss of property value (the home became uninhabitable due to low-frequency noise, infrasound and vibration).

The Particulars of Julian and Jane Davis’ Claim are available here: Davis Complaint Particulars of Claim

And Jane Davis’ Statement (detailing their unsettling experiences and entirely unnecessary suffering) is available here: davis-noise-statement

The common law also recognises the ability to prevent a neighbour from building a noise generation source that will inevitably cause nuisance (with what is called a quia timet injunction). The rule is based on the common sense principle that it’s easier and fairer to keep wild horses corralled, than it is to round them up once they’ve bolted.

One pertinent example is Grasso v Love [1980] VR 163 (available here).

The Full Court of the Supreme Court of Victoria upheld the trial judge’s decision to grant a quia timet injunction to prevent the construction of a Drive-in Theatre which a developer was planning to build right next to the plaintiffs’ home. The injunction was granted on the basis that the noise created by the Drive-in at night-time (noise from the speakers, loud voices, banging car doors, engines starting and tooting horns) would be heard within the plaintiffs’ home and, therefore, cause a very substantial degree of interference with the use and enjoyment of their home. On the basis of the noise likely to be created, the threat of nuisance to the plaintiffs was substantial and, accordingly, they were entitled to an injunction stopping the developer from building his Drive-in, as proposed.

What the growing band of individuals – like Julian and Jane Davis – are relying upon to protect their health, wealth and happiness are the rights that citizens of civilised societies have fought over centuries to establish and maintain (think Magna Carta and all that).

STT is heartened that outfits like the Bourne Board of Health are in there fighting to protect those very same rights. As an observer of the manner in which governments and those within its organs who are paid handsomely to do just that have, instead, sided with the wind industry in wantonly destroying those rights and, worse still, derided its victims, STT says about jolly time.

But don’t expect the venal who supp from the same subsidy trough to take up the cudgels on your behalf any time soon. Oh no, the only guaranteed defender of your own rights is you.

Freedom from noise nuisance (and the ability to sleep in your own home) isn’t a “concern”; it’s a hard-won legal “right” – that’s been upheld against the mighty, rich and powerful for close to 200 hundred years.

The wind industry is – with knowing assistance from your very own governments – more than prepared to simply trample on those rights and, in doing so, to literally steal what’s yours from under you. Don’t let them take what’s rightfully yours without a fight; and don’t sit back and leave it to someone else. These are your homes, your families and your rights – fight for them. There’s a judge just waiting to hear from you.

judges-gavel

More Proof that Wind Energy is a SCAM! It’s NOT About the Environment!!!

UK’s Wind ‘Powered’ Disaster: Britain to Roll Out Thousands of Diesel Generators for 1.5GW of Wind Farm ‘Back-Up’

diesel generators UK

It’s either spending £billions on 1.5GW worth of these, or …..

****

Thanks to its ludicrous wind rush, Britain is reeling with a combination of skyrocketing power prices and a grid on the brink of total collapse:

Another Wind Power Collapse has Britain Scrambling to Keep its Lights On (Again)

Now, in the mother of all ironies, Brits are turning to the most inefficient and costly to run source of commercial power generation there is: diesel generators. Not, as it turns out, that they have much choice in the matter.

UK turns to diesel to meet power supply crunch
Financial Times
Kiran Stacey
3 November 2015

Britain is set to grant hundreds of millions of pounds in subsidies to highly polluting diesel generators as a way to help solve the energy supply crunch facing the country over the next 15 years.

Analysis of publicly available figures shows that companies have registered to build a total of about 1.5 gigawatts of diesel power under a government scheme to encourage back-up energy for the grid. The figures have been analysed by the Financial Times and experts at both the Institute of Public Policy Research and Sandbag, an environmental think-tank.

If all of those registered are successful in their bids — which analysts believe is likely — it could cost the taxpayer £436m, provide enough energy to power more than 1m homes and emit several million tonnes of carbon a year.

The subsidies on offer are so appealing that even solar-power developers, which have recently had their own subsidies cut, are building diesel generation on their sites as a way of maximising their returns. Lark Energy, a solar-power developer, is bidding for subsidies to build 18MW of diesel generation on its Ellough project in Suffolk, for example.

The UK is facing serious energy-supply difficulties over the next few years as old coal plants are taken offline without new power plants being built to replace them. National Grid, which runs the country’s power network, has predicted that the gap between electricity supply and demand this winter could get as close as 5 per cent — the tightest in a decade.

As part of the solution to that problem, ministers last year decided to start paying electricity providers extra money to make additional capacity available at short notice should the need arise.

They did so by holding an auction where companies bid for those subsidies, which they hoped would encourage gas plants to be built. Instead, it was more successful in giving incentives to other forms of generation such as nuclear power.

This year diesel looks to be one of the main beneficiaries of the process, with 1.5GW of generation having successfully registered for the bidding process.

The collapse in the oil price over the past year has driven down the price of electricity supply, making it uneconomic for companies to build capacity with high capital costs, such as new gas plant.

Dave Jones, power sector expert at Sandbag, said: “All diesel operators have to do is buy in diesel units in shipping containers from China and plug them into a grid connection.

“The low capital cost means that they can undercut things like gas.”

If all of those schemes secure government funding at the same level as last year, it would cost the taxpayer £436m.

According to the International Energy Agency, diesel electricity production emits only slightly less carbon than burning coal, and if the power plants were to run full-time for a year, they would emit 10m tonnes of carbon. They will avoid having to pay for their carbon pollution under the European emissions trading scheme, however, because they are too small to do so.

They would also emit a significant amount of nitrous oxide, though the exact figure is unknown. As a comparison, 1.5GW of power is equivalent to that used by 24,000 Volkswagen Golfs.

Ed Davey, the former energy secretary who set up the scheme, known as the “capacity market auction”, said the problem arose because of EU rules that forbid discriminating against any one type of generation.

Mr Davey told the FT: “At no time when I was secretary of state did people say we were going to get flexible diesel, but I have now heard about large amounts of diesel being preregistered for the auction.

“The government has got to take measures to stop it, because it is extraordinarily counterproductive and absolutely was not what was intended by the capacity auction. We don’t want diesel plants being built anywhere.”

Until last week, many diesel operators expected to be eligible for two types of subsidy: through the capacity auction and via tax breaks granted through a separate enterprise investment scheme.

But ministers have recently decided to close this loophole, writing a clause into the finance bill passing through parliament to ban companies participating in the capacity auction from also claiming these tax advantages.

A wider boom in diesel is also being driven by measures taken by National Grid to encourage industry to cut its power usage. In an attempt to widen the gap between supply and demand this winter, the company has agreed to pay large energy users, such as factories and hospitals, to switch over to back-up generation — much of which is diesel-powered — when necessary.

Doug Parr, chief scientist at Greenpeace, said: “Ministers claim to be helping consumers by cutting support for the cleanest energy sources but are about to force them to pay millions to one of the dirtiest.”

Tim Emrich, chief executive of UK Power Reserve, which owns existing diesel-power generation but now concentrates on gas, called on ministers to halt the auction altogether.

He said: “The only way to avoid this happening is to delay or cancel the 2015 capacity market auction. The government needs to ensure that we as taxpayers are buying the right kind of generation for the future . . .  not wasting Treasury incentives on the diesel generation of the past.”

A spokesperson for the energy department said: “Small-scale flexible generation, such as diesel, has a small but important role to play in securing our electricity system. It responds quickly, doesn’t have to warm up and is run for short periods, so emission impacts are limited.”
Financial Times

ed davey DECC

Ed Davey: about as bright as an energy saving 5 watt globe …

****

There’s only one reason that Britain is about to spend 100s of £millions on diesel generation; and that’s to cover routine, total and totally unpredictable wind power output collapses.

ukgrid_19jan_2015

On that score, STT notes a particularly valiant effort from former wind industry front man, Ed Davey – with his suggestion that “At no time when I was secretary of state did people say we were going to get flexible diesel” and that diesel generation “was not what was intended by the capacity auction. We don’t want diesel plants being built anywhere”.

You see, Ed is well and truly on the hook for the debacle that is Britain’s energy ‘policy’; and the claim that he didn’t see the need for diesel coming is utter bunkum.

James Delingpole was all over it more than 2 years ago, at a time when Davey was top banana at the DECC, and fully aware of the diesel roll-out that was on in earnest, way back then:

Delingpole On Fire: Exposes $Billions Spent on Diesel Generators for Wind Power Backup

No, Ed’s political legacy has left Britain facing the choice between millions of highly inefficient diesel generators, costing taxpayers and power consumers £billions to subsidise, set up and run; or a whole lot more candlelit, cold baked bean dinners.

baked beans in the dark

or … tucking into cold baked beans every other night, with
the enforced ‘romance’ of a few flickering candles.

Wind Energy…..Much Less Power, for MUCH MORE money!!!

Rocketing Prices AND Blackouts: South Australians Lament Their Dark & Dismal Wind ‘Powered’ Future

waterloo

SA’s media digs into its wind power debacle: spiralling
power prices AND mass blackouts, who would have thought?

****

A week back we covered the unfolding calamity in South Australia – where a sudden wind power output collapse plunged 110,000 homes into darkness, across most of the State, without warning:

Wind Industry’s Armageddon: Wind Farm Output Collapse Leaves 110,000 South Australian Homes & Businesses Powerless

What’s become painfully clear to the general populace (although probably at times when they’re without the aid of electric light) is that attempting to ‘rely’ on a wholly weather dependent generation ‘system’ is a seriously dangerous fantasy.

In the aftermath of one of the worst blackouts in recent history, politicians of all persuasions copped a grilling on radio stations; from people like ABC’s Matt and Dave; and 5AA’s, Leon Byner.

Byner is to South Australian airwaves what Alan Jones is to national radio broadcasting; sharp and to the point – and with a “take no prisoners” attitude. As the interview below attests.

First, a little background on the protagonists. Christopher Pyne is a Liberal member of Federal Parliament, steeped in South Australian Liberal politics.

Tom Koutsantonis, Industry Minister in the State Labor government, has been top head kicker and part of Labor’s squad; going back to Premier Mike Rann – the principal offender in South Australia’s unfolding wind power disaster.

Danny Price, energy market expert with Frontier Economics, hates wind power with a burning passion; and has been pointing out the ludicrous costs of subsidising wind power, as well as the insanity of trying to rely upon a wholly weather dependent generation source, for years now.

What follows is a very telling exchange amongst them.

SA’s State power outage and Renewable Energy
Leon Byner with Tom Koutsantonis
5AA
2 November 2015

LEON BYNER: The Industry Minister joining us, Christopher what do you say?

CHRISTOPHER PYNE: Good morning Leon, well the point that I wanted to make was that South Australians pay the highest energy prices in Australia.

We have one of the most unreliable supplies of energy. We’ve been obsessed for some years with renewable energy, which in itself is not a bad thing. But I think the public, it always surprises me how they don’t understand that they are subsidising wind and solar power to such an enormous extent.

They seem to think when I talk to people in the supermarkets in my electorate for example, that this is all coming without a cost. But the truth is the only reason wind power is viable in South Australia is because of the massive subsidies being paid by the taxpayer and the same goes for solar power.

And even more concerning to me, to have solar power in years gone by you needed to stump up the several thousands of dollars to get the solar energy and then you got the subsidy. Which means the poorest South Australians were subsidising some of the most well off South Australians, who have got much lower energy costs as a result of solar power.

So, I just think that in the debate the public need to know the facts, which are that these things don’t come without a cost.

LEON BYNER: What would you be suggesting the Government do, Chris?

CHRISTOPHER PYNE: Well obviously the Government has made some bad decisions and bad choices over the years because of an ideological obsession with renewable energy and I wouldn’t discourage renewable energy. But they also made it harder for Alinta to stay in business.

When Alinta said that they were closing Leigh Creek and Port Augusta, one of the factors they stated was because of the subsidies for wind and solar power. Now how they produce those subsidies is something that the State Government needs to look at, because it’s a question whether they are sustainable at the level that they are into the future, especially if they are not delivering, as we saw last night, reliable power to South Australia. Or maybe the South Australian Government needs to invest in another way of connecting with interstate energy rather than the one we have through Hayward at the moment.

LEON BYNER: Ok what do you say Tom?

TOM KOUTSANTONIS: Well I think a lot of what Christopher says is right. There is only one problem, it’s not the State Government that’s subsidising Leon, it’s the Commonwealth Government. They are the ones that give the subsidies to the wind generators, but the reality is, is that we needs to be a national solution to this problem because coal is not sustainable. The world is not going to keep burning coal to generate electricity; the world is going to look to other sources…

LEON BYNER: Yes but we have an immediate need and I don’t think you were…

TOM KOUTSANTONIS: Yes I understand that. We have an abundant transitional energy source here in South Australia, which is gas. Now we should be doing as much as we can to incentivise gas. We are in this perverse position where the Commonwealth Government are incentivising renewables as has the state in the past with the solar feeding tariffs off peoples rooves and then coal is given preferential treatment and the transitional fuel in the middle, gas and which is probably the solution to our energy needs gets almost nothing.

Now the reality is we need to be looking at what our natural abundant resources are, especially in this state and we have two of them: uranium and gas. So we should be doing as much as we can to support and incentivise the export of uranium out of the state for the world’s power needs and doing as much as we possibly can to incentivise the extraction of gas for generations to come in South Australia.

LEON BYNER: Yes but you see you can do all the extraction you like, it’s still got to be viable. Chris, what do you say to that?

CHRISTOPHER PYNE: Well I think it’s hard for Tom Koutsantonis to claim that the Rann-Weatherill Government didn’t do a great deal to encourage wind generators to be set up in South Australia.

I mean they provided a great deal of support for wind power and Mike Rann trumpeted South Australia’s growing reliance on wind power as has Jay Weatherill.

Now I agree however with Tom that what we do need to do is get our uranium moving out of Australia and that’s why the current Federal Government is trying to settle a deal with India to sell them uranium and I’d encourage him to encourage his federal colleagues to make that easier rather than harder, because that well help us get the revenue he needs and the Commonwealth needs and particularly the South Australian Government needs to invest in energy.

This is something that needs to have a bipartisan approach between Labor and Liberal and he can help us with his federal colleagues to make that treaty with India around uranium sales sail smoothly through the Parliament.

LEON BYNER: Now Tom so let me get this right, you’re going to make an announcement sooner rather than later on incentivising some kind of, either other interconnection or indeed base load power, because as Danny Price pointed out with the upgrade of the interconnector, lightening or other problems aren’t going to be much use to us.

TOM KOUTSANTONIS: Yes that’s right; we need to incentivise the existing base load energy that we already have…

LEON BYNER: And you’ll be making an announcement about that when?

TOM KOUTSANTONIS: I will very, very soon and I’ll come on your programme and I can talk to your listeners, I’m quite happy to do that with you Leon. But I’ll just point out this, the Howard Government, the Rudd-Gillard-Rudd-Abbott-Turnbull Governments all subsidise wind.

The support we give them is planning approval and the actual subsidy for the power generated comes from the Commonwealth Government. So I don’t want to get into a he-said, she-said with Christopher other than to say this is a national problem and we need national solutions and this State Labor Government, especially me as Energy Minister and Treasurer, I am very keen to work with Christopher to come up with a solution that benefits South Australia and the nation.

LEON BYNER: Alright just quickly, Danny Price is what you’re hearing today is that ‘hey they get it’ yet or what?

DANNY PRICE: Nothing else has this ability to concentrate with this level of political interest and I’m kind of pleased to see this, because this has been a long time coming. I think what the Minister’s saying about wind farms is exactly right. I think it’s disingenuous to say that this is just a Commonwealth problem. But I also agree with the Treasurer that it has to be a national solution. South Australia is just part of what we call the national electricity market. It has to be a national…

LEON BYNER: One question, we got nothing up the connector and there are those who say why didn’t the other states that have got electricity feel any pain? Or was it just because of our reliance on wind that failed?

DANNY PRICE: Well the market is basically designed to as much as possible cut the cost consequences of local problems to that local region and that’s precisely why the market is set up that way.

Now in South Australia people are now looking for solutions for supply in South Australia, that’s what the market is designed to do.

My only concern with what the Treasurer seems to be hinting at is that it may be that he’s thinking about contracting directly with the Pelican Point power station, but the problem with that of course is that you have to think about the consequences down the line and so if these primary generators suddenly think that they’ve got the Government over the barrel and the Government is prepared to directly contract with these generators, you might find them offering less on the market than they would otherwise which forces the Government’s hand. So you’ve got to be careful about starting that game.

LEON BYNER: Danny Price thank you. Well know you’ve got the full story about what happened last night and the fact that it won’t be the end.
5AA

DannyPrice_banner1

Of Byner’s line up, only Danny Price really gets it.

****

Despite Koutsantonis being an entrenched member of the team that created the wind power debacle in South Australia, he was remarkably quick off the mark to throw responsibility back at the Federal Government when he (rightly) says: “the actual subsidy for the power generated comes from the Commonwealth Government”.

Indeed it does; soon to be a figure in the order of $3 billion a year – all added on top of already rocketing Australian retail power bills:

Out to Save their Wind Industry Mates, Macfarlane & Hunt Lock-in $46 billion LRET Retail Power Tax

But Koutsantonis’ line that his State Government merely facilitated the rollout of 1,477MW of wind power capacity with SA’s 17 wind farms is kind of glib – reminiscent of war criminals who, when thrown in the dock by the victors, claimed they were “only following orders”.

All too cute, for STT’s liking. His former boss, Mike Rann saw to it that SA went harder and faster into the wind power fraud, than any other State; for his (and his relatives) own selfish, pecuniary interests; and did so without ever even considering the costs or putative benefits of a subsidy-scam loaded with the former; and bereft of the latter.

But, precisely the same can be said of the successive Federal governments that set up and have maintained the Large-Scale RET – the largest, single industry subsidy scheme in the history of the Commonwealth by a country mile (see the link above).

Although, as things are turning out, the accusatory finger-pointing between State and Federal governments, over just who’s responsible for South Australia’s calamitous energy mess, is of no real concern to South Australians.

Among the 110,000 homes and businesses that were plunged into darkness, two weeks ago, when wind power disappeared in the blink of an eye, there isn’t a whole lot of interest in whether it’s State or Federal policy to blame. These people are already sick and tired of paying the highest power prices in the Nation (if not, on a purchasing power parity basis, the highest in the world).

Plunging them into darkness without warning (placing them and their families at unnecessary mortal risk – think people at home on life support systems; and unlit intersections without functioning traffic lights) simply because wind power output collapsed is, for most, a bridge way too far.

Despite the best efforts of the wind industry’s top propaganda merchants, South Australians are a wake up to the fact that it wasn’t the fault of the interconnectors – that are designed to merely transport power (when available) from Victoria and New South Wales – but, rather, the fact that the 40% of SA’s generating capacity (said to always come from wind power) collapsed, because the wind stopped blowing that fateful Sunday night. Funny about that.

SA 1 Nov 15

It’s a little hard for the wind industry and its spruikers to blame something else; when, for more than six years, they’ve been ramming the ‘wonders’ of wind power down South Australian throats, with maniacal zeal.

If you’re continually talking up SA’s brilliant “wind resource”; and bragging out loud via every media outlet about those (few) occasions when wind power output registers a half-decent proportion of its actual capacity, you’re going to have trouble explaining away those occasions when total (and totally unpredictable) collapses in wind power output coincide with mass blackouts. As this one, most certainly did.

No, this time around the cat is well and truly out of the bag.

In the hierarchy of media, when an issue becomes the top story on Channel 7’s Today Tonight, you can guarantee you’ve reached not only a substantial audience by number; but that you’ve also hit political dead-centre – in terms of reaching voters capable of deciding elections; and policies on the way to them.

The Today Tonight viewer mightn’t be a Twitter jockey, but he or she is a first-class talker; whether it’s at work or backyard barbecues, whatever they’ve seen soon becomes the topic of the day (or the week). When the topic is their spiralling power bills and, despite paying through the nose for the stuff, suffering statewide blackouts to boot, you can guarantee plenty of fist-waving fury being added to tea room and backyard debates on just who, or what’s to blame.

Just how dire things are for the wind industry, is laid out in just such a barbecue-stopper of a Today Tonight broadcast; one that has snapped South Australians out of their complacency about energy policy, in general; and their wind power debacle, in particular.

The only trick that Today Tonight missed, was the fact that the blackout wasn’t the interconnectors’ fault. As detailed in last week’s post (and the graph above), the interconnectors ‘failed’ because they became overloaded, as wind power output plummeted that night. The ‘load’ being drawn by SA over the interconnectors rose exponentially (and inversely with the wind power output collapse) until they hit the limit of their capacity and ‘tripped’, plunging SA into pre-historic gloom for hours.

STT hears that Today Tonight has been directed to our blackout post; and is keen to follow up with a story that sets the record straight, laying the blame – where it belongs – fair-and-square on SA’s ludicrous ‘reliance’ on the vagaries of the wind.

(Click on the image below to reach Today Tonight’s video of the broadcast – transcript appears below)

****
today tonight

Transcript:

Rosanna Mangiarelli (Presenter): Good evening and welcome to the program. First tonight the price we’re all likely to pay for South Australia’s renewable energy experiment. Now as power stations close and we rely more and more on wind and solar power, the outlook, according to some experts is dim. Job losses, skyrocketing prices, and ongoing blackouts and as Hendrik Gout reports, they’re just some of the risks the state’s taking as we enter the untested and the unknown.

Hendrik Gout (Reporter): We South Australians are living in an experiment, a world first. We’re the white mice in this state-sized laboratory.

Mathew Warren (CEO, Energy Supply Association of Australia): South Australia is an accidental experiment in the deploy of renewables at scale in a large grid around the world.

Danny Price (Managing Director, Frontier Economics Australia): South Australia is the canary down the mine as it were. It’s more likely that there’s going to be blackouts because of the combination of your reliance on the interconnector, but particularly because of the large reliance on wind.

Mathew Warren: When we look around the world the problem is no one is doing it as aggressively as South Australia.

Hendrik Gout: Sometimes this experiment goes catastrophically wrong. On the night of Sunday the 1st of November 2015, Adelaide went black. It was lights out at 10 PM. 100,000 homes, businesses, service stations, all the streetlights, all dead, because of this – the interconnector. Think of it as a heavy-duty extension cord, taking electricity from Victoria’s Latrobe Valley power stations to energy dependant South Australia. And when it fails…

Danny Price: Unless those interconnectors are running it’s extremely difficult to reliably meet supply in South Australia.

Hendrik Gout: Danny Price from Frontier economics has shocking news for South Australia.

Danny Price: South Australia is an experimentation in systems control, power systems control and I think people are struggling to work out how it’s going work.

Hendrik Gout: Thomas Playford, Premier from the 30s to the 60s, decided South Australia should be electrically self-sufficient. His government developed the Leigh Creek coal fields to fuel this, South Australia’s huge Port Augusta plant. 800 million watts, for thoroughly modern living.

Narrator: You will envy this little lady, and say to yourselves, I would like an electric range myself.

Hendrik Gout: Here on Torrens Island, locally produced thermal electricity.  And then ten years ago we cast our fate to the wind.

Mike Rann (Former SA Premier): Bit by bits we’ve started the process of making South Australia the leader in wind energy in Australia.

Pat Conlon (Former Labor Minster for Energy in SA Government): The truth is, green energy isn’t any cheaper in terms of dollar price than conventional energy but it is much, much cheaper for the environment.

Hendrik Gout: But from Starfish Hill to Snowtown, Waterloo to Wattle Point, Waymouth to Woakwine, it was new dawn for some and the end of an era for others. Fuelled by easy State Government approval, often overriding local objections, wind farms grew exponentially. Yet they produce power only intermittently.  They’re unreliable, and sometimes they have their share of itty-bitty problems.

How many windfarms do we have, installed, planned, approved, or under construction? This many – 39.

Mathew Warren: Certainly the numbers that we are at now, around 40% of generation coming from solar and wind is incredibly high by global standards. And the world’s watching. The world is interested in how South Australia manages this.

Hendrik Gout: Australia’s Energy Supply Association is the industry’s peak national body.  Its boss is Mathew Warren.

Mathew Warren: Clearly we need to pay very close attention to South Australia. It’s really at the cutting edge of integrating renewables in the world and that brings with it both, you know challenges but also risks.

Hendrik Gout: And those risks, well somebody accidentally unplugging this extension cord.

Mathew Warren: Sunday night was an event that no one planned when there was a fault, and the interconnector was out, and the consequences were an outage.

Hendrik Gout: The potential problems, says Danny Price, will get worse when the Northern Power station at Port Augusta closes early next year.

Danny Price: That’s the largest, single largest power station in the state and one that provides large quantities of reliable cheap energy.

Hendrik Gout: And South Australia has the most expensive electricity in the country. You probably pay more than $2,500 a year for electricity. People who live in the ACT pay not even $1500. In 2010 an 18% hike, 17% the next year, nearly 13% in 2012. Down by 1.8% (somebody probably got sacked for that) and then up again in 2014.

Hendrik Gout: So how much are your electricity bills a quarter?

Robert Bell: They’re up to around 3 grand.

Hendrik Gout: And what were they when you started?

Robert Bell: They were about $800-$900.

Hendrik Gout: Robert Bell sells fish from his Glynde aquarium. His tanks have heaters, pumps, bubblers.

Robert Bell: It’s now the second biggest bill that we have here, behind rent. It’s tripled in the last 6 years. It’s got a double edge sword effect for us. The customers are closing down their tanks and all the while, our overheads are going up here, with electricity.

Hendrik Gout:  So fewer people are buying and your own costs are going up.

Robert Bell: Exactly.

Hendrik Gout: Compounding the problem –these -Solar PV systems.

Mathew Warren: South Australia has around 25% of its housing stocked now with solar panels on their roofs. This is the highest rate of roof-top solar PV penetration in the world.

Hendrik Gout: And that’s also pushing up prices through generous State government subsidies.

Mathew Warren: The renewable technologies, once they displace conventional generators are more expensive. If they were cheaper it would be a lot easier to manage this challenge.

Hendrik Gout: The closure of the Port Augusta power station also comes at a cost. A human cost – hundreds of South Australian jobs disappear as we switch to Victorian power, made by Victorian labour. According to Danny Price, wind power isn’t filling the vacuum.

Danny Price: We don’t actually develop any wind technology here, we buy it all. We just simply assemble and that technology and it doesn’t take much labour to run it.

Hendrik Gout: An increased risk of blackouts, crippling power prices and the country’s highest unemployment.

Robert Bell: The economy is in a bad state and Adelaide, itself, is in a really bad state.

Hendrik Gout: The perfect storm.

Robert Bell: It really is for business owners in South Australia at the moment.

Danny Price: Some of the largest employers are those who use quite a lot of electricity. I am extremely doubtful that any new business would set up in South Australia. I think that they would be mad to, simply because of the high cost of electricity, which is set to get higher and unfortunately, more unreliable.
Today Tonight

blackout

That Today Tonight story hit the nail on the head.
Now, has anyone got any matches and candles?

Not Often CNBC Allows an Article Like This….”How Mother Nature Helps prevent Climate Change!”

How Mother Nature helps prevent climate change

1 Hour Ago

Large floating contraptions, used by scientists to predict the acidity in the oceans, sit offshore the scientific outpost of Ny-Alesund. The cold water at the poles is able to absorb more carbon dioxide than tropical waters and therefore increases acidity quicker. Though it is a relatively small amount, the effects on the ocean's chemistry can be dramatic.

Martin Bureau | AFP | Getty Images
Large floating contraptions, used by scientists to predict the acidity in the oceans, sit offshore the scientific outpost of Ny-Alesund. The cold water at the poles is able to absorb more carbon dioxide than tropical waters and therefore increases acidity quicker. Though it is a relatively small amount, the effects on the ocean’s chemistry can be dramatic.

Humans worried about climate change are getting some help from Earth — for now.

Earth’s land and ocean currently absorb about half of all carbon dioxide emissions from the burning of fossil fuels and other sources. But the amount of carbon entering the atmosphere may be changing nature in ways that leave scientists uncertain whether the planet can keep absorbing even that amount of carbon in the future.

Since the Industrial Revolution, carbon levels have increased 2.5 times to more than 400 parts per million at present, said Michael Freilich, director of NASA’s Earth Science Division, in a call with reporters Thursday. That is higher than it has been in the last 400,000 years.

He added that scientists know, from ice cores and other information, that carbon levels in the atmosphere hovered between 180 and 280 parts per million until about the 1800s.

Freilich and his colleagues at NASA and other institutions discussed the need for more research into how the planet absorbs greenhouse gases, such as carbon dioxide. They also discussed new evidence taken from Orbiting Carbon Observatory-2 — NASA’s first satellite designed to measure carbon dioxide “from the top of Earth’s atmosphere to its surface,” according to a NASA press release.

The data from space gives a significant advantage in getting an idea of the total carbon cycle around the entire planet, said Annmarie Eldering, OCO-2 deputy project scientist at NASA‘s jet propulsion laboratory in Pasadena, California.

On average about half of all of the carbon that enters the atmosphere is absorbed by the ocean or by forests — though that can vary, and some evidence suggests the increased levels of carbon in the ocean may be creating conditions — such as raised acidity levels in seawater — that are making it more difficult to absorb carbon, said Scott Doney, chair of the Marine Chemistry and Geochemistry Department of the Woods Hole Oceanographic Institute.

“The land and the ocean are really doing us a big favor,” said Lesley Ott, an atmospheric scientist in the Global Modeling and Assimilation Office at NASA‘s Goddard Space Flight Center in Greenbelt, Maryland, in a press release. “Otherwise you would have carbon building up in the atmosphere twice as fast as it does now.”

Forests on land — increasingly prone to wildfires — may be emitting more carbon than they take in, as well. Wildfires were rampant across much of the western United States in 2015. Research released this year said wildfire seasons are lasting longer almost everywhere on the planet. Even Alaska saw an unusually high number of wildfires this year.

Warming is also causing permafrost on the world’s tundras to thaw, which is releasing greenhouse gases into the atmosphere as well, according to research.

Even natural gas harvesting is leaking small amounts of methane into the air, and there are questions about whether that could be making any contribution to the total amounts of gases in the air, Doney said.

And natural processes — including weather patterns and periodic climate phenomena such as El Niño — have been seen to have some kind of effect on atmospheric carbon levels, but scientists need to study this further.

Added together, these factors may have considerable effects on the natural processes that absorb carbon, and on the effects of higher carbon levels in the atmosphere.

NASA has been working on several projects that are attempting to get an accurate assessment of the carbon cycle around the globe. They hope they will be able to provide policymakers with more accurate data in the future. Atmospheric carbon levels will be a major topic of discussion at the United Nations climate conference scheduled for Paris in a few weeks.

Unreliable, Impractical Wind Turbines – When the Wind Don’t Blow, the Lights Don’t Glow!

Another Wind Power Collapse has Britain Scrambling to Keep its Lights On (Again)

turbines pylons

Nowhere near as ‘useful’ as they look …

****

There’s an old adage about ‘bad luck’ coming in threes. For the wind industry its rotten ‘luck’ seems to run in endless crashing waves. Here’s another board-snapping set from the UK.

National Grid uses ‘last resort’ measures to keep UK lights on
The Telegraph
Emily Gosden
4 November 2015

Coal plant breakdowns and low wind power output force National Grid to pay dozens of businesses to reduce their energy usage

Britain was forced to rely on new “last resort” measures to keep the lights on for the first time on Wednesday after coal power plants broke down and wind farms produced less than one per cent of required electricity.

National Grid used a new emergency scheme to pay large businesses to cut their electricity usage, resulting in dozens of large office buildings powering down their air conditioning and ventilation systems between 5pm and 6pm.

The scheme, which is paid for through levies on consumer energy bills, was introduced last year but had never been called upon before.

National Grid blamed the power crunch on “multiple plant break downs”. Several ageing coal-fired power plants had unexpected maintenance issues and temporarily shut down, experts said, reducing available supplies.

The problem was compounded by low wind speeds meaning most of Britain’s 6,500 onshore and offshore wind turbines were barely generating any power just as demand hit its highest.

UK wind farms have a theoretical maximum capacity of more than 13,000 megawatts, but produced less than 400 megawatts of power for much of the peak demand period – meeting less than one per cent of the UK’s electricity needs, published data suggests.

T1

Britain’s 8,000 megawatts of solar panel capacity would also have produced no power during the peak, because it was dark at the time.

National Grid first intervened in the market yesterday lunchtime, issuing an alert to power plants that more generation would needed between 4.30pm and 6.30pm.

T2

The alert, called a Notification of Inadequate System Margin, (NISM), was the first to have been issued since 2012.

Short-term electricity prices spiked as a result, with analysts reporting that one power plant was paid £2,500 per megawatt-hour – about 50 times average power prices.

T3

National Grid later announced that it had also had to use a scheme called “demand side balancing reserve” (DSBR) to reduce demand on the Grid by about 40 MW.

The scheme was one of two emergency schemes first introduced last year to help cope with Britain’s tightening power margins, as old coal plants are closed down and not replaced.

T4

The second emergency measure, which has so far not been used, would see a reserve of old power plants fired up.

Businesses that volunteer to take part in the DSBR scheme are paid a retainer, in return for agreeing that they will receive additional payments to cut their demand if needed. National Grid has estimated the scheme will cost consumers about 50p a year.

National Grid had previously said that the schemes would only be used “as a last resort in the event that there is insufficient supply available in the market to meet demand”. Until Wednesday it had never actually asked businesses taking part to cut their usage.

Flexitricity, one of the companies coordinating businesses to take part in the scheme, said commercial energy users had reduced power at 46 sites, mostly by “turning down building ventilation”. This was primarily air conditioning at offices, it said.

A spokesman for National Grid insisted that the measures taken on Wednesday did “not mean we were at risk of blackouts”, only that “we needed the safety cushion of power in reserve to be higher”.

Lisa Nandy, Labour’s shadow energy secretary, blamed Government policy for “creating an energy security crisis” while the GMB Union said Britain was in the “bonkers position… where National Grid is using consumer’s money to pay firms to stop work in order to avoid blackouts”.

The Department of Energy and Climate Change declined to comment.

T5

The Telegraph

Good to see the DECC – willing accomplices in implementing Britain’s energy disaster – quick to front up with reassuring words for British power punters! Maybe they were just busy rounding up truckloads of candles and blankets to secure Britons’ winter energy needs?

Earlier in the week we covered the unfolding calamity in South Australia – where a sudden wind power output collapse plunged 110,000 homes into darkness, across most of the State, without warning:

Wind Industry’s Armageddon: Wind Farm Output Collapse Leaves 110,000 South Australian Homes & Businesses Powerless

What’s become painfully clear to the general populace (although probably at times when they’re without the aid of electric light) is that attempting to ‘rely’ on a wholly weather dependent generation ‘system’ is not only fantasy, it brings with it a host of unnecessary risks to life and limb.

STT can’t wait to hear the cynical efforts from wind worshippers to explain and spin away the hundreds of avoidable deaths, that will inevitably occur, during Britain’s fast looming, dark and bitter winter – when wind power output collapses; the grid along with it; and little old ladies freeze to death in their unlit homes.

What started out as sell-able idea about ‘harnessing’ the power of the wind, has turned into an unmitigated disaster. Welcome to your wind ‘powered’ future.

blackout

Has anyone seen or heard anything from the
boys from the DECC or the Wind Energy Association?

Windpusher’s Noise Studies Have Fatal Flaws…..Not Surprising!

Major Flaw Massachusetts : Wind Turbine Health Impact Study 2012

Vestas, is keen for the Town of Falmouth to understand the turbines produce up to 110 decibels of noise. Twice the written specifications.
Major Flaw Massachusetts : Wind Turbine Health Impact Study 2012

Major Flaw Massachusetts : Wind Turbine Health Impact Study 2012

Falmouth turbines110 decibels not 103.5 decibels

The Massachusetts expert panel reviewed literature and public media sources and met three times.

During 2012 the time of the Massachusetts wind health impact study it was assumed the Vestas V-82 commercial wind turbine in Falmouth had a manufacturers specification of a maximum output of 103.5 decibels.

The expert panel was unaware that in 2004 NEG Micon was a former Danish wind turbine manufacturer of the V-82 turbine and had merged with Vestas wind company. The V 82 generates up to 110 decibels before the cut out speed.

A University of Massachusetts overview of the ” 2012 Wind Turbine Health Impact Study” highlights chest pounding at 110 decibels.

The Massachusetts expert panel had no knowledge in 2012 the Vestas V 82 wind turbine generated 110 decibels.

Recently the Town of Falmouth released a warning letter from Vestas Wind Company in 2010 that stated the Vestas V 82 does in fact produce 110 decibels of noise. See letter bottom of page.
………………………………………………………………………………………………………………………………..

The Study :

Massachusetts : Wind Turbine Health Impact Study: Report of Independent Expert Panel January 2012 Prepared for: Massachusetts Department of Environmental Protection Massachusetts Department of Public Health ;http://www.mass.gov/eea/docs/dep/energy/wind/turbine-impact-study.pdf
—————————————————————————————————————————————————
The Overview

Overview: Wind Turbine Health Impact Study. MA, 2012. Overview of. Wind Turbine Health Impact Study: Report of Independent Expert Panel. James Manwell. Department of Mechanical and Industrial Engineering. UMass

Slide 1
webcache.googleusercontent.com

http://webcache.googleusercontent.com/search?q=cache:VB0rwexXu_AJ:https://www.umass.edu/windenergy/sites/default/files/downloads/mwwg/Wind_Turbine_Health_Impact_Study_Panel_Presentation_2-1-12.pptx+&cd=3&hl=en&ct=clnk&gl=us

See this section under scroll down the page to infrasound and see section about 110 decibels
MA, 2012
Noise and Vibration –

Infrasound (less than 20 Hz)
can be heard if at very high level (> 110 dB)
can be felt (chest pound) if at very high level (> 110 dB)

Frauds, Crooks and Criminals

Demonstrating daily that diversity is not strength!

Family Hype

All Things Related To The Family

DeFrock

defrock.org's principal concern is the environmental and human damage of industrial wind turbines on rural communities

Gerold's Blog

The truth shall set you free but first it will make you miserable

Politisite

Breaking Political News, Election Results, Commentary and Analysis

Canadian Common Sense

Canadian Common Sense - A Unique Perspective from Grassroots Canadians

Falmouth's Firetower Wind

a wind energy debacle

The Law is my Oyster

The Law and its Place in Society

Illinois Leaks

Edgar County Watchdogs

stubbornlyme.

My thoughts...my life...my own way.

Oppose! Swanton Wind

Proposed Wind Project on Rocky Ridge

Climate Audit

by Steve McIntyre

4TimesAYear's Blog

Trying to stop climate change is like trying to stop the seasons from changing. We don't control the climate; IT controls US.

Wolsten

Wandering Words

Patti Kellar

WIND WARRIOR

John Coleman's Blog

Global Warming/Climate Change is not a problem