Archive for the ‘wind’ Category


When the weather systems reaching the UK are coming from the northerly Icelandic direction instead of from the sub-tropical Azores, no prizes for guessing what happens next. While the UK searches for any signs of summer, Eastern Europe has a heatwave. Sky decides to explain about the jet stream anyway, in case you overdosed on the media’s human-caused warming propaganda and thought you were entitled to expect warmer weather than what’s arriving now.
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June’s wet and grey weather does not feel particularly summery, so what is going on and, more importantly, when will it warm up?

Last month was the UK’s hottest May on record, as higher temperatures during the night and warm weather in Scotland pushed up the temperature to about one degree above average, says Sky News.

But just over a week into June, the mercury has dropped.

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The ‘average’ 2022 season was supposed to be a big one but not much happened until near the end of it. Any hurricane season prediction could turn out to be better than guesswork of course, but the current skill level of forecasters is debatable, perhaps coloured by alarmist expectations in some cases. Last week a Forbes article had the title: Climate Change, Though Quite Real, Isn’t Spawning More Hurricanes. (‘Quite real’ is an amusingly weak endorsement, one of the I-suppose-I-should-say-that variety as a nod to alarmist theory). Forbes: ‘are we seeing an ominous upward historical trend in the hazard posed by major Atlantic hurricanes? No.’
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More than two dozen hurricanes could be on their way this year, thanks to climate change [Talkshop comment – of course!] and La Niña, experts have forecast.

Scientists at the National Oceanic and Atmospheric Administration (NOAA) have made their highest-ever May forecast for an Atlantic hurricane season: 17 to 25 named storms, says LiveScience.

According to the forecast, 13 of these storms will be hurricanes, with winds of 74 mph (119 km/h) or higher, and four to seven will be major hurricanes, with winds of 111 mph (179 km/h) or higher.

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Analysts from an energy storage specialist say £920 million annual cost of ‘curtailment’ could be cut 80% by using existing technologies like battery storage more effectively. But that would obviously require a lot of expensive batteries, and gas power stations could easily do the job on a much more extensive scale. Such is the state of the UK electricity grid thanks to net zero climate obsessions and intermittent wind power dotted all over the place, especially in areas remote from population centres – i.e. the opposite of where that power is most needed.
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Grid capacity constraints added nearly £1 billion of ‘curtailment’ costs to electricity bills for homes and businesses in 2023 as abundant energy from wind farms was unable to be transmitted to areas of demand, says Field Energy.

The majority of this cost was down to a single pinch point in the UK’s electricity grid on the Scottish/English border called the B6 boundary.

Analysis by energy storage developer and operator Field estimates this boundary alone could cause up to £2.2 billion of curtailment costs by 2030 as the UK’s curtailment problem escalates. Overall UK curtailment costs could reach £3.5 billion by that date.

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Three New York wind projects were dropped after the massive wind tower they were to be based on was cancelled. This report notes that analysts say ‘bigger wind turbines tend to break more’. Planting ever-larger top-heavy objects on long thin poles in zones with potentially stronger winds clearly has its challenges. Even getting them to their site can be a major undertaking.
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The wind industry’s global race to make ever-bigger turbines stumbled to a sudden slowdown last week, jarring U.S. offshore wind projects, says E&E News.

When GE Vernova confirmed that it was canceling one of the largest wind turbines ever designed, it signaled a pause in an arms race that for years had led manufacturers to go higher, longer and wider when building towers, blades and other components.

Now, that decision is reverberating across U.S. efforts to build wind projects in the Atlantic.

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The new polar vortex blog hosted by NOAA says ‘some winters come and go without a single interesting thing happening in the stratosphere’, but this one wasn’t one of those. The blog also notes: ‘Odds of polar vortex collapse boosted during El Niño…But not all the El Niños’. The article below says ‘Changes to the polar vortex influence the jet stream, which can in turn impact weather across the Northern Hemisphere’ (caption to NOAA graphic).
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The polar vortex circling the Arctic is swirling in the wrong direction after surprise warming in the upper atmosphere triggered a major reversal event earlier this month, says Live Science.

It is one of the most extreme atmospheric U-turns seen in recent memory.

In the past, disruptions to the polar vortex — a rotating mass of cold air that circles the Arctic — have triggered extremely cold weather and storms across large parts of the U.S.

The current change in the vortex’s direction probably won’t lead to a similar “big freeze.” But the sudden switch-up has caused a record-breaking “ozone spike” above the North Pole.

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‘The project has already been declared one of “national significance” by Claire Coutinho, the Energy Secretary, who has also set a team of civil servants to work on it’, says the story. A claim of ‘near-constant’ electricity supply from one of the project team sounds a tad optimistic. Sandstorms are not unheard of in the Sahara region, for example. [Click on image to enlarge]
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A project to power Britain using solar farms thousands of miles away in the Sahara is moving a step closer to fruition as its backers prepare to commission the world’s biggest cable-laying ship, says The Telegraph.

The 700ft vessel will lay four parallel cables linking solar and wind farms spread across the desert in Morocco with a substation in Alverdiscott, a tiny village near the coast of north Devon.

Once completed, the scheme is expected to deliver about 3.6 gigawatts of electricity to the UK’s national grid – equating to about 8pc of total power demand.

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Adjectives from the alarmist climate manual are well to the fore here, but so is uncertainty.
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The Atlantic’s “hurricane alley” is already experiencing summer temperatures, despite it only being February says Live Science.

And the unprecedented temperatures could be bad news for the upcoming storm season, researchers say.

Since March 2023, average sea surface temperatures around the world have hit record-shattering highs and are still climbing. This ominous ocean heating is being driven by accelerating global warming and the El Niño climate pattern.

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Natural phenomena dictating weather patterns. The El Niño of 2023-24 is described as ‘strange’, possibly due to some extent to the Tonga undersea volcanic eruption of 2022.
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Wild weather has been roiling North America for the past few months, thanks in part to a strong El Niño that sent temperatures surging in 2023, says The Conversation (via Phys.org).

The climate phenomenon fed atmospheric rivers drenching the West Coast and contributed to summer’s extreme heat in the South and Midwest and fall’s wet storms across the East.

That strong El Niño is now starting to weaken and will likely be gone by late spring 2024.

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Scottish offshore wind project [image credit : urbanrealm.com]


We knew wind farms were also subsidy farms but this could be even worse. Why ‘regulators’ need to get informed by the media before noticing anything wrong, or potentially wrong, is another question.
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Energy regulator Ofgem is investigating the claim that wind farms may have incorrectly added close to £51m to taxpayer bills since 2018, says CityAM.

A Bloomberg report found that 40 out of 121 studied projects overstated their output by ten per cent on average and one-sixth (27) of wind farms were found to be overstating by at least 20 per cent.

Ofgem said it was investigating the alleged behaviour and has asked the Energy System Operator (ESO) to look into the matter.

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Another expensive and wasteful result of ‘net zero’ climate obsession in government, as the much vaunted renewables policy continues to prove fatally flawed, no matter how much is spent on it. One obvious problem with wind power is that the times of peak electricity demand and the times of optimal wind conditions rarely coincide. In other words, variable weather, not properly factored in by policymakers. Relying on averages won’t work either.
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Britain imported a record amount of electricity from Europe last year as solar and wind farms struggled to generate sufficient energy in the wake of coal and nuclear power plant closures, says The Telegraph.

The UK forked out £3.5bn on electricity from France, Norway, Belgium and the Netherlands last year, accounting for 12pc of net supply, according to research from London Stock Exchange (LSEG) Power Research.

According to official data, France accounted for around £1.5bn of power sold to the UK in the year to November 2023 while Norway earned around £500m.

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Hornsea Offshore Wind Project, Yorkshire, England
[image credit: nsenergybusiness.com]


Is the Government scoring a major own goal in pursuit of its fantasy climate goals? Hoped-for ‘energy security’ from wind power is looking further away than ever.
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Britain’s race to net zero risks blinding crucial radars protecting the UK from incursions over the North Sea amid fears that Russia will launch a campaign of sabotage.

Offshore wind farms blades interfere with radar signals and there are concerns that plans for a significant expansion of turbines in the North Sea by the end of the decade will cause problems for the Royal Air Force (RAF).

The Ministry of Defence has spent £18m over the past three years trying to stop wind farm blades from scrambling radar readings, the Telegraph can reveal.

However, none of this public spending has, so far, yielded a concrete solution to the problem.

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Forecaster highlights the jetstream over the UK [image credit: BBC]


The research here finds ‘no significant change to the phase speed of waves in the Northern Hemisphere, particularly over Europe, in the last 40 years’. But in the Southern Hemisphere it’s a somewhat different picture.
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Heavy precipitation, wind storms, heat waves—when severe weather events such as these occur they are frequently attributed to a wavy jet stream, says Phys.org.

The jet stream is a powerful air current in the upper troposphere that balances the pressure gradient and Coriolis forces. It is still not known whether the jet stream is really undergoing changes at decadal timescales and, if so, to what extent.

“There are various theories as to what we can expect from the jet stream in future. However, these are all based on highly idealized assumptions,” said Dr. Georgios Fragkoulidis of the Institute of Atmospheric Physics at Johannes Gutenberg University Mainz (JGU).

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The cost deceptions of wind power lobbyists can’t be maintained any longer, as the UK government has closed off their favourite loophole. As this Net Zero Watch press release headlines it: ‘Wind industry confirms Great Green Lie’.
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Campaign group Net Zero Watch says that the wind industry has effectively admitted that it has been deceiving the British public over the cost of the energy “transition”.

RWE Renewables has just told the Government that it needs its subsidy “strike price” to rise by 70% if any more wind farms are to be built.

Net Zero Watch director Andrew Montford said:

Rishi Sunak has said that there has been a long-term deception of the British public. RWE’s demand for more subsidy confirms it. The Green Blob has been lying about renewables costs for years. The truth is that wind power is expensive, and becoming more so. The energy “transition” is a transition to poverty, but few in Westminster seem to have the guts to say so.”

Full press release here.


The story here refers to Britain’s ‘gas addiction’, but a renewables addiction will be far more problematic. At present gas power stations are being made ever more uneconomic by government net zero policies, but low wind days and hours are a given. Energy intensive carbon capture plans will only make matters worse.
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The man running Britain’s gas network has said the country will need fossil fuels to prevent blackouts for decades to come despite calls for the Government to begin shutting off the pipes. — The Telegraph reporting.

Jon Butterworth, chief executive of National Gas, said a growing reliance on intermittent power sources such as wind and solar meant Britain would be increasingly reliant on gas to make up for shortfalls when renewable energy sources are not generating power.

Mr Butterworth said: “In 2022, the wind didn’t blow enough or at all for 262 days. And in those 262 days, we would have had rolling blackouts, or a full blackout across the UK if it wasn’t for gas.”

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Image credit: nawindpower.com


Another blow for net-zero dogmatists. More evidence that cheap offshore wind power doesn’t exist and nobody can control its costs, or be sure of a good level of reliability.
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Global Underwater Hub (GUH) is leading the charge to tackle failures in underwater cables which could derail global offshore wind ambitions, says AGCC.

The trade body, which champions the UK’s £8billion underwater industry, says that reliability of subsea cables is “paramount” to the success of offshore wind and the energy transition.

But failure of these cables is all too common, to the point that the cost of insuring them is becoming prohibitive.

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UK wind power hype fails the reality test

Posted: September 15, 2023 by oldbrew in Energy, propaganda, wind
Tags: ,


‘Wind power triumphs: UK’s energy mix breezes past fossil fuels’ – trumpets Energy Live News. But turning to Gridwatch this morning, the current picture is totally different: wind minimal, gas nearly half of total electricity generation. As usual, reports misleadingly highlight wind *capacity*, which is merely the theoretical maximum output in ideal conditions. Of course in windier conditions the numbers can be a lot different, but the point is we’re not seeing anything like the runaway success being claimed by the wind lobby, and never will as the weather always decides how well or poorly it can perform. No amount of capacity changes that – unlike on-demand gas.
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Wind power has overtaken fossil fuels in installed capacity, says Energy Live News.

The analysis from Imperial College London, conducted for Drax Electric Insights, reveals that wind capacity reached 27.9GW in June, surpassing the 27.7GW installed capacity of gas generation.

This marks the first time in more than a century that the UK has more installed wind capacity than gas generation, according to experts.

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Hornsea wind project


Much hand-wringing by the climate obsession lobby, but there it is – zero interest in bidding for government offshore wind business, as expected. The government seems to have two choices for more part-time offshore wind – give up or pay up. If it pays up, the already dubious claims of cheapness are toast.
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The government’s green energy plans have been dealt a blow after firms snubbed an auction for contracts to run new offshore wind sites, says Sky News.

There were successful bids for onshore wind, solar, tidal and geothermal projects to supply the grid with electricity.

However, there were none for offshore turbines, which provide the backbone of the UK’s renewables system.

Insiders had warned the process had struggled to attract bidders because the government has set the maximum price generators can receive as too low, failing to reflect the rising costs of manufacturing and installing turbines.

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Arctic sea ice [image credit: cbc.ca]


Not the often-quoted ‘rapid decline’ any more then. But what’s behind the stalled trend? The researchers point to a climate cycle known as the Arctic dipole, first proposed in 2006, which ‘reverses itself’, and should (they say) be about to do so again. Are declining solar cycles accompanied by greatly reduced geomagnetic activity (see here) in the same recent years another factor, or just coincidental?
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New research by an international team of scientists explains what’s behind a stalled trend in Arctic Ocean sea ice loss since 2007, says Phys.org.

The findings indicate that stronger declines in sea ice will occur when an atmospheric feature known as the Arctic dipole reverses itself in its recurring cycle.

The many environmental responses to the Arctic dipole are described in a paper published online today in the journal Science. This analysis helps explain how North Atlantic water influences Arctic Ocean climate.

Scientists call it Atlantification.

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Indian ocean


Natural climate variation is there to be observed (see title of paper), if anyone wants to. No dependency on CO2 levels required, despite the vague assertions made here.
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While the threat of tropical cyclones increases around the world – [Talkshop comment – which study said that?], a new study published in Nature Communications shows one area experienced a significant decline in cyclone activity, says Phys.org.

The paper, “Pacific Decadal Oscillation Causes Fewer Near-Equatorial Cyclones in the North Indian Ocean,” is co-authored by Pallav Ray, associate professor in meteorology at Florida Tech, along with researchers from [various universities] and the Ministry of Earth Sciences (India).

But, with recent changes in climatic patterns in the Pacific, the number of cyclones is expected to increase in the coming decades.
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The findings showed a 43% decline in the number of low latitude (originating between 5–11 degrees) cyclone formations from 1981–2010 in the north Indian Ocean compared to the number of formations between 1951–1980.

The decline is primarily due to the weakened low-level vorticity modulated by the Pacific Decadal Oscillation (PDO) and the increased vertical wind shear. The PDO is a long-term fluctuation in sea surface temperature of the north Pacific Ocean.

The PDO waxes and wanes approximately every 20 to 30 years, going through “cool” and “warm” phases.

Tropical cyclones do not form easily near the equator but can intensify rapidly. The wind pattern in the Indian Ocean helps initiate the cyclone spin near the equator. Without the storm-weakening wind shear, storms can move and strengthen more easily.

This research can help communities in the path of these rapidly intensifying storms better understand how to be prepared for them.

“I hope that this paper will bring a lot more interest in these types of storms,” Ray said. “One of the reasons why these types of storms have not received much attention is because most cyclone researchers work on the Atlantic and such storms are very rare there.”
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“There has been a decline close to the equator, but there has been an increase at the same time away from the equator, in the Indian Ocean,” Ray said. “Overall, there is a decline definitely, but the decline is not this high, because there was an increase away from the equator.”

Full article here.

Image credit: sanibelrealestateguide.com


Climate doom is about to go into overdrive yet again, as nature does what it does, wherever that may be. Hence the term: hurricane season, well-known in places like Florida.
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We’re about halfway through the 2023 hurricane season, predicted by the National Oceanic and Atmospheric Administration forecasters to be a near-normal year, and it’s been rather quiet, says Issues & Insights (via CCD).
[NOAA updated its forecast to above-normal on Aug. 10. –CCD Ed.]

But with a few storms brewing this week in the Atlantic, we expect to hear the usual shrieking from politicians, activists, and the media, blaming the weather on human-caused climate change.

Our suggestion is to pay no attention to the eco-screamers’ lamentations.

On Sunday, the National Hurricane Center issued advisories for a hurricane and a tropical storm in the Atlantic Ocean and an advisory for a tropical storm in the Eastern Pacific.

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