Archive for the ‘Big Green’ Category


Well, the alleged expert Lord Deben – shortly to quit as chair of the pompously named Climate Change Committee – would say that, wouldn’t he?
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Communities opposed to wind turbines in their local area do not have an “acceptable moral position” according to a climate change expert.

Dozens of large-scale wind farm applications are being considered as Wales tries to reach net zero, says BBC News.

Campaigners say the ambition is putting the Welsh countryside at risk and south Wales already has several wind farms.

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The alarmist foundation for ULEZ expansion has disintegrated.

Read the new Together Declaration & Climate Debate UK report by Ben Pile demonstrating that neither the UK Health Security Agency (UKHSA) nor the Committee on the Medical Effects of Air Pollutants (COMEAP) find evidence of a causal link between air pollution and mortality.

Despite Khan claiming that 4,000 Londoners die each year, both UKHSA and COMEAP explicitly advise against framing the potential mortality risk associated with air pollution exposure in terms of deaths because it is untrue and unscientific.

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The government talks about ‘investment’ in renewables. So-called cheap wind energy holds out the begging bowl again.
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Rising supply chain costs and other financial pressures are threatening the development of what could be the world’s largest offshore wind farm off the coast of Britain, says Energy Live News.

The Hornsea Three Offshore Wind Farm is expected to have a capacity of almost 3GW and generate [Talkshop comment – on a good day] enough energy to power three million homes.

Energy giant Orsted, which is behind the construction of the massive wind farm, has said it needs more government support to achieve project progress.

In a statement, Duncan Clark, Head of Orsted UK & Ireland, said: “Since the auction, there has been an extraordinary combination of increased interest rates and supply chain prices.

“Industry is doing everything it can to manage costs on these projects but there is a real and growing risk of them being put on hold or even handing back their CfDs.”

Mr Clark has called on the government to offer targeted support on investments such as tax breaks.

A government spokesperson told ELN: “The government is encouraging investment in renewable generation including through £30 billion to support the green industrial revolution…”

Full article here.

Electricity transmission [credit: green lantern electric]


Not a new story, but problems are getting worse thanks to net zero obsessions. Why authorise new capacity in areas where transmission lines are known to be inadequate?
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UK consumers are paying hundreds of millions of pounds to turn wind turbines off because the grid cannot deal with how much electricity they make on the windiest days, says Sky News.

The energy regulator Ofgem has told Sky News it is because the grid is “not yet fit for purpose” as the country transitions to a clean power system by 2035.

The National Grid Electricity System Operator (ESO), which is responsible for keeping the lights on, has forecast that these “constraint costs”, as they are known, may rise to as much as £2.5bn per year by the middle of this decade before the necessary upgrades are made.

The problem has arisen as more and more wind capacity is built in Scotland and in the North Sea but much of the demand for electricity continues to come from more densely populated areas in the south of the country.

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The cost per molecule of atmospheric CO2 ‘saved’ must be phenomenal i.e. ridiculous.

PA Pundits International

By Steve Goreham~

We are in the midst of history’s greatest wealth transfer. Government subsidized support for wind systems, solar arrays, and electric vehicles overwhelmingly benefits the wealthy members of society and rich nations. The poor and middle class pay for green energy programs with higher taxes and higher electricity and energy costs. Developing nations suffer environmental damage to deliver mined materials needed for renewables in rich nations.

Since 2000, the world has spent more than $5 trillion on green energy. More than 300,000 wind turbines have been erected, millions of solar arrays were installed, more than 25 million electric vehicles (EVs) have been sold, hundreds of thousands of acres of forest were cut down to produce biomass fuel, and about three percent of agricultural land is now used to produce biofuel for vehicles. The world spends about $1 trillion per year on green energy. Government subsidies run about…

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An interesting (?) concept from renewables promoters here, partly to boost ‘innovative’ (generally expensive) technologies. We’re supposed to believe that bigger subsidies, or ‘fiscal incentives’, will lead to lower bills.
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The energy sector is ramping up pressure on the government to bolster investment in green projects, with Renewable UK the latest to raise concerns the country could be overtaken by rivals such as the US and EU, reports City AM.

The industry body, which supports wind and tidal energy, has called on Downing Street to bring in fiscal incentives such as new capital allowances for renewable technology.

It also favours sustained supply chain investment in the UK to expand green jobs, and speeding up the planning process – with offshore wind developers waiting an average of five years for planning approval under current restrictions, and some projects taking up to a decade to secure a grid connection.

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If the North Atlantic Right Whale is a right-thinking whale, it will leave that area and not come back.

PA Pundits International

By David Wojick, Ph.D. ~

The world’s biggest offshore wind array is Hornsea 2, which is 1,386 MW with a turbine size of 8.4 MW. Operational in 2022 it is the state of the OSW art. See https://en.m.wikipedia.org/wiki/List_of_offshore_wind_farms

But Virginia’s phase 1 array is a whopping 2,600 MW, with huge 15 MW turbines. Clearly it is a giant, far bigger than anything that has ever been built. The cost is estimated as $10 billion to build.

Moreover there are a dozen or more comparable giant arrays proposed to be built at the same time, lining the Atlantic coast. Last I heard the combined proposals topped a gigantic 40,000 MW.

From an engineering point of view this is nuts. No one has ever done anything like this so let’s do a hundred billion dollars worth and see how it goes, right? Work up to it? Start small then scale up, learning…

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Credit: cleantechnica.com


This article argues it will never be possible. The killer phrase is ‘energy intensive’.
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Not being a dope, you likely realized a long time ago that it was going to take a lot of energy to manufacture the components of the future green energy utopia, says Francis Menton (via Climate Change Dispatch).

Wind turbines, solar panels, electric cars, and so forth — there is lots of steel, other metals, and silica involved that all need to be melted at high temperatures to get formed into the devices.

How are they going to achieve that at a reasonable cost using just the wind and sun as energy sources?

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Moray East windfarm [image credit: offshorewind.biz]


It turns out that ‘when a windfarm is constrained off or constrained down, it doesn’t actually have to switch off or switch down. It is free to divert power via a private wire to anyone who will pay for it.’ Someone with a big battery, for example.
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I recently noted that Moray East, a very large and very new windfarm situated off the Scottish coast, is spending a remarkable amount of time switched off – something like a quarter of the time, in fact, says Andrew Montford @ NZW.

As is widely known, windfarms can receive so-called constraint payments when the transmission grid doesn’t have the capacity to deliver power from windfarms (typically in the north, and often far offshore) to markets (in the south), so Moray East receiving such payments was not a surprise; only the scale of the payments was.

A constraint payment is worth around £60 per megawatt hour, which is around the fixed price at which Moray East contracted to sell power to the grid.

However, as noted elsewhere, Moray East has failed to take up that contract, and it is therefore able to sell its output into the open market at £200, £300 or even £400 per megawatt hour.

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Seabed mining


The ‘energy transition’ is supposed to replace thousands of coal-fired power stations and over a hundred million barrels of oil per year, amongst other fuels like gas and wood, in the name of an invented ‘climate crisis’. Not going to happen on the scale required, even if this new supply of minerals were to become available – with the aid of fossil fuel powered machinery. All that mining will, or would be, waste product one day.
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A growing number of countries are demanding more time to decide on rules that would allow companies to mine the deep seabed for minerals needed to manufacture batteries for the energy transition, says Climate Change News.

Last year, the small island state of Nauru, triggered a never-before-used procedure giving the International Seabed Authority (ISA), the UN body which regulates mining activities in international waters, until July 2023 to fast-track deep sea mining exploitation rules.

Countries have discussed mining the bottom of the oceans for years but no commercial extraction has started in international waters. The ultimatum would allow the nascent industry to apply for mining permits as soon as next year.

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Governments insist that citizens should obsess about the harmless and beneficial trace gas carbon dioxide. What happens to the waste products when the vast new acreages of solar panels expire?

PA Pundits International

From the team at CFACT ~

By Steve Miller:

The pathway to a green future involves taking millions of acres of pristine wilderness and turning them into fields of windmills and hot expanses of glistening panels.

The Biden Administration’s goal of supplying 40% of the nation’s energy from the sun by 2035 means covering millions of acres of forest and desert habitat with vast solar panel installations fenced off like prisons. It would require 8,800 square miles of land, or 5.6 million acres, to generate that power (leaving out small installations on buildings and the like) — about the size of Rhode Island and Massachusetts combined.

But the push to convert that land from pastoral to energy-productive is galvanizing a new environmental movement, one led by citizen groups and small non-profits rather than the monied green interests arrayed against them — ones ironically accustomed to casting the fossil fuel…

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HSBC has suspended Stuart Kirk, global head of responsible investing at the HSBC’s asset management division following his presentation the Financial Times Moral Money event last Thursday, Stuart Kirk said “throughout my 25-year career in the finance industry, there’s always some nut job telling me about the end of the world”. One of the slides points out: “Unsubstantiated, shrill, partisan, self-serving, apocalyptic warnings are ALWAYS wrong,”

These statements are true, but telling the truth in an age of universal deceipt is a dangerous thing to do.

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Who is this supposedly green all-renewable energy virtue signalling mega-project actually for, some are asking. The BBC attempts to look behind the curtain, while the Saudis confirm they want to keep selling oil until there either isn’t any more to sell or there are no buyers.
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Glow-in-the dark beaches. Billions of trees planted in a country dominated by the desert. Levitating trains. A fake moon. A car-free, carbon-free city built in a straight line over 100 miles long in the desert.

These are some of the plans for Neom – a futuristic eco-city that is part of Saudi Arabia’s pivot to go green. But is it all too good to be true?

Neom claims to be a “blueprint for tomorrow in which humanity progresses without compromise to the health of the planet”.

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Image credit: MIT


Industrialising the countryside is now deemed a plus for the environment by climate obsessives, including the government. Solar power is ineffective in UK winters, when electricity demand is often at its highest during the long hours of darkness anyway.
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Drawing on new data from the solar industry the campaign group Net Zero Watch has revealed that an astonishing 37,000 MW of land based solar PV capacity is in pre-planning.

If built, this would take 150,000 acres of farmland – or 75,000 football pitches – out of production at a time when Britain has less farmland in use than at any time since 1945, and is losing such land to industrial and other uses at the rate of about 99,000 acres a year, increasing import dependency.

Solar energy should not be permitted to add to this serious problem.

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Digging for cobalt [image credit: mining.com]


Poverty and grim working conditions — that EV drivers would never tolerate in their own workplaces — don’t sit well under the banner of ‘green’ technology. If it’s like this now, what about the supposedly glorious electric vehicle future if it means ever higher demand for cobalt?
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While driving an electric car has fewer environmental impacts than gasoline-powered cars, the production of the parts necessary for these green technologies can have dire effects on human well-being, says Phys.org.

After studying the impacts of mining cobalt—a common ingredient in lithium-ion batteries—on communities in Africa’s Democratic Republic of the Congo (DRC), an interdisciplinary team of researchers led by Northwestern University is calling for more data into how emerging technologies affect human health and livelihoods.

Such data can inform policymakers, industry leaders and consumers to make more socially and ethically responsible decisions when developing, funding and using green technologies.

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Seabed mining

Trying to replace high-energy coal, gas, and oil with lower energy alternatives to pacify climate obsessives has various drawbacks. One of these is an endless need for huge amounts of minerals, metals etc. that have to be mined from somewhere, which can of course be messy to say the least.
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In a large building overlooking the sea in Kingston, Jamaica, national members of a little known international organisation are meeting for contentious talks that could open up the planet’s deep seabed to mining as soon as July 2023, says Climate Home News.

The ocean floor is rich in mineral deposits, which could provide raw materials to manufacture batteries for electric cars, solar panels and wind turbines.

Prospective mining companies see a lucrative opportunity to turbocharge the energy transition.

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Green blob [credit: storybird.com]

Messing up the local environment for whatever reason is always best done somewhere else. As government-mandated pursuit of renewable [sic] technologies ramps up, ever more industrial dirt-digging aka mining to meet demand is obviously inevitable. 
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Spain’s untapped rare earths are stoking tensions between mining companies and environmentalists and farmers who fear the devastating impact from extracting the minerals considered as essential for a high-tech and low-carbon economy, says Phys.org.

The group of 17 minerals are—despite their name—widely distributed across the globe, but exist in such thin concentrations that extracting even small quantities requires the processing of enormous quantities of ore.

Still, they are key ingredients in a range of high-tech and cutting-edge products, from wind turbines and electric vehicles to smart phones, medical devices and missile-guidance systems.

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Windy Standard wind farm, Scotland [credit: RWE.com]

Ideas, opinions, feedback etc. are invited here. It could be said they’ve already had decades to think about this, but any negativity will no doubt be ignored. Existing uses include children’s play areas and bike sheds, but there’s only so many of those that would find a place.
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One wind farm company is looking for imaginative ways to repurpose turbines at the end of their lives, says BBC News.

When Windy Standard was built in Dumfries and Galloway in the mid-1990s, it was Scotland’s second largest wind farm.

Now it is coming to the end of its functional life and the old turbines are set to be replaced by more powerful machines.

But what happens to the original turbines? Owner Fred Olsen Renewables wants to find creative and sustainable ways to ensure they do not end up in landfill.

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North Wales coast wind turbines

Windy enough today?

Weather conditions can vary year on year, but ‘some of the poorest wind conditions in the North Sea for more than two decades’ probably wasn’t on anyone’s list of scenarios. As a result the not-so wondrous wind turbines are under-performing, and with less electricity to sell comes less profit so shareholders won’t be impressed either. What will next year bring? Place bets now!
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SSE’s renewable energy output over spring and summer was almost a third lower than planned, as low winds and dry weather combined with high gas prices to push up energy prices, reports the Financial Times (via Swiftheadline).

The FTSE 100 energy supplier said on Wednesday its wind and hydro output between April 1 and September 22 was 32 per cent beneath its target — equivalent to an 11 per cent hit to its full-year production forecast.

The summer was “one of the least windy across most of the UK and Ireland and one of the driest in SSE’s hydro catchment areas in the last 70 years”, the company said in a statement.

SSE’s update is the latest sign of how unfavourable weather conditions are hitting the renewables sector.

It comes as a global gas shortage, a rebound in energy demand after coronavirus lockdown restrictions and some of the poorest wind conditions in the North Sea for more than two decades have propelled UK and continental European energy prices this month to their highest ever levels.

Full report here.

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Yes — if it ever gets implemented as planned, and people are willing to accept the inevitably unpleasant consequences.

PA Pundits International

By Adam Houser and Craig Rucker ~

“Don’t mess with Texas!”

Unfortunately, “messing with Texas” is exactly what so-called “renewable” energy recently did with Lone Star residents.

In mid-February, extreme cold temperatures rocked the state, as well as much of the nation.

Yet, unlike the rest of America, Texas was also hit with widespread power outages leaving millions shivering in the cold. It is believed that dozens have died in the tragedy.

Texas gets approximately 24 percent of its energy from wind and solar, which is significantly more than the rest of the nation. The national average is only 3 percent from wind and solar. As the record cold hit Texas from February 8 to February 16, renewable power generation dropped from 24 percent to an abysmal 8.3 percent as turbines froze and solar panels were covered with snow.

In the weeks that followed, Leftist politicians and the media have…

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