Month: May 2024

Farmers are being booted off their land in a drive for more solar power, former union chief warns

From NOT A LOT OF PEOPLE KNOW THAT

By Paul Homewood

h/t Patsy Lacey

The former head of Britain’s farming union yesterday spoke out against large-scale solar farms, declaring ‘there’s a huge amount not to like’.

But Minette Batters warned they will continue to be built while her members faced uncertainty about the future of dairy and arable farming – and while wealthy investors are free to buy up large chunks of the countryside.

Ms Batters, the ex-president of the National Farmers’ Union, also highlighted ‘horrific examples’ where tenant farmers are being booted off land for huge solar schemes so the landowner can make more money.

She said such changes of land use will continue while investors including overseas financiers and private equity firms are able to buy up huge chunks of the rural landscape unchecked, warning: ‘The country is up for sale’.

Ms Batters called for the next government to prioritise a new land strategy, so protections are given to traditional farming and its economic value is properly-acknowledged.

Ms Batters warned that solar farms will continue to be built while her members faced uncertainty about the future of dairy and arable farming (pictured: A proposed 1,400-acre site for a solar farm in Chickerell, Dorset)

She added: ‘We are a country up for sale. We are selling off land to people who don’t pay their taxes here. It does have to change.’

She said she could understand opposition to solar farms – but also had sympathy for farmers cashing in on such projects because they provide a guaranteed, index-linked income for decades.

‘You can understand at the moment, from a farmer’s perspective… £1,200 a hectare (per year), index-linked, locked in for 20 years, what’s not to like?’ she said.

‘For everybody else, there’s a huge amount not to like. This is the trouble with a solar farm. There will be one beneficiary.’

But Ms Batters said that in some cases, farmers themselves have been forced to leave their farms to make way for solar farms if they are tenants of larger landowners.

She said: ‘We are seeing horrific examples of some land owners taking land back from tenants to put into solar.’

Ms Batters criticised how land ownership by wealthy investors including private equity firms is being allowed to proliferate – and called for action.

Citing the debt-fuelled private equity takeover of supermarket chain Morrisons, which the Daily Mail campaigned against, she said: ‘We saw what happened with Morrisons. We might not have a British-owned supermarket in 10 years.

‘Now, private equity has moved into land. The country is up for sale.

‘I remember having a conversation with (former Chancellor) Kwasi Kwarteng. He said, you can’t be a free market one day and not the next.

‘We are a country up for sale. We are selling off land to people who don’t pay their taxes here. It does have to change.’

Ms Batters called for the next government to prioritise a new land strategy, so protections are given to traditional farming and its economic value is properly-acknowledged.

https://www.dailymail.co.uk/news/article-13469373/Farmers-booted-land-drive-solar-power-outgoing-union-chief-warns.html

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May 30, 2024 at 04:07AM

Morano on Lou Dobbs on Biden draining strategic oil reserve

Also who will replace Klais Scwab and plan our fate at the World Economic Forum? WATCH NOW

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May 30, 2024 at 03:31AM

Price Drop: Finland’s Grand Nuclear Move Delivers Cheap Power Bonanza

Thanks to their new nuclear power plants, Finns went from suffering among Europe’s highest power prices to enjoying its lowest. They now pay a mere fraction of what their wind and solar obsessed German neighbours are forced to pay for an ideological and delusional obsession.

When Finland fired up its 1,600MW Olkiluoto 3 nuclear plant in April 2023, power users were bound to notice that average spot electricity prices dropped from €245.98 per MWh in December 2022 to €60.55 per MWh hour in April 2023.

As Nick Cater points out below, Finland provides the perfect and obvious lesson for this Country, which, like the Germans remains wedded to the belief that it can run on nothing but sunshine and breezes.

Finland’s clean, Green nuclear power a lesson for Labor
The Australian
Nick Cater
20 May 2024

In May 2022, Finland’s Greens became the first national environmental political movement to back nuclear energy. The decision was taken at the party’s national conference in Joensuu, less than 100km from the Russian border.

Living next door to Vladimir Putin lends a sharper perspective on matters such as energy security. The pro-nuclear policy shift drew a caustic response from other national Green parties, including Australia’s.

“They said we were nuclear shills,” said Tea Törmänen, one of the guiding figures in the Finnish Greens’ pro-nuclear shift. “We thought it was pretty funny to think that the nuclear industry in Finland would have bought the Green Party.”

Two years later, Törmänen has every reason to reflect on that decision with satisfaction. On Saturday, as the Finns enjoyed what the media described as a heatwave (a top of 20C in Helsinki), the Finnish electricity grid was 98 per cent carbon-free.

Electricity generation in NSW was releasing 750g of carbon into the atmosphere per megawatt hour of electricity. In Finland, it was 35g.

If the CSIRO’s GenCost report is to be believed, Finnish electricity prices should have gone through the roof a year ago when its newest reactor was turned on. They did not. The retail price of electricity in Finland, which is indexed to the spot market, came down almost immediately.

Finns have been paying around €0.07 a kilowatt (12 Australian cents). Even allowing for transmission costs which are charged separately, Finland has the second-cheapest electricity in Europe.

Were Energy Minister Chris Bowen to spend a few days in Finland, he might realise almost everything he says about nuclear is complete and utter nonsense. This might be why he spent his time in Europe last year trying to sell green hydrogen to the Germans.

Green hydrogen has yet to be manufactured to scale anywhere in the world. There is no viable way to ship it, nor any established market. The two principal inputs – cheap energy and water – are not abundant in Australia. Other than that, it’s good to go.

On the other hand, nuclear power has been around for 70 years. Olkilouto 3, a third-generation pressurised water reactor, is the most advanced in Europe. Together with the existing two reactors on Olkilouto Island, it produces a third of Finland’s electricity.

“In Finland, none of the parliamentary parties opposes nuclear,” Törmänen told me when I interviewed her in Joensuu last week. “The left support nuclear, Social Democrats support nuclear, the Greens support nuclear, so it’s really a unifying issue.”

Russia’s invasion of Ukraine put an end to the dwindling constituency of anti-nuclear voters. In a recent poll conducted by Varian, 61 per cent of Finns supported nuclear and just 9 per cent were opposed.

Before the invasion, Finland imported roughly a third of its electricity from Russia. Today, thanks in no small part to the addition of 1.6GW of capacity from Olkilouto 3, it is virtually self-sufficient.

The move to change the Green Party’s position began in 2008 when a coalition of dissident members established the Greens for Science and Technology. The group started advocating for a technology-neutral approach to achieving climate goals based on science rather than dogma.

“The atmosphere doesn’t care about renewables or those classifications,” said Törmänen. “The only thing that matters is how much CO2 we are emitting. Just look at the CO2 emissions and do your legislation based on that.”

In 2014, the party ceased campaigning for the premature closure of existing nuclear plants. Two years later, it moved towards accepting advanced reactors. We Planet (formerly RePlanet), the organisation Törmänen helped found, established an Australian division in 2022 to promote pro-nuclear, pro-GMO, data-driven environmentalism. It describes itself as “a disruptive yet crucial voice” in the environmental debate that aspires to be a global force for change.

Having established a presence in countries as diverse as Bangladesh, Uganda and Ukraine, WePlanet claims to represent the “sensible global majority that supports everyone’s right to a modern, prosperous way of life”.

The decision by the Finnish Greens to break the nuclear taboo has snowballed in the broader environmental movement. Greenpeace in Australia remains implacably opposed to nuclear power, but Greenpeace’s Nordic division is increasingly ambivalent.

The dumbed-down narrative of “renewables good and nuclear bad” is breaking down in Scandinavia. A Swedish court ruling that the rights of the indigenous Sami people to graze reindeer had been violated by an invasion of wind turbines drew attention to the environmental and human costs of land-hungry renewables, even in the lightly populated Arctic regions of Scandinavia.

Törmänen said her positive view of nuclear is encouraged by her concern for protecting endangered wolves. There is increasing evidence that wind turbines repel wildlife, while the peaceful old-growth forests that encircle Olkilouto Island have become a haven for endangered species.

A shift in nuclear policy is a matter of active debate in the Swedish and Norwegian Green parties, particularly among younger members. Teenage Swedish activist Ia Aanstoot is one the leaders of the Dear Greenpeace social media campaign that wants legacy green groups to drop their opposition to nuclear energy. Aanstoot, who rose to prominence in the School Strikes for Climate Change, says the aim is “to pull Greenpeace into the 21st century”.

In Australia, by contrast, positions on nuclear appear to be hardening. Under Anthony Albanese, Labor has dug in, resisting calls for a more pragmatic approach from South Australia’s Labor Premier, Peter Malinauskas, and the Australian Workers Union.

The Coalition’s decision to seek a mandate to lift the moratorium on nuclear power has injected fresh political heat into the debate. Bowen is investing an increasing amount of his time in attempts to discredit the Coalition’s stance, even as his arguments become increasingly surreal.

Bowen is right to assert that planning and construction for nuclear generation take time. So too do all of the alternatives. Offshore wind, if it goes ahead in Australia, won’t be up and running this decade. Snowy Hydro 2.0 is likely to be 10 years late and at least three times over budget. After a budget that committed $22.7bn to green energy and production, Bowen might dare to revisit his arguments on cost. Olkilouto 3 was built by a private Finnish consortium, Teollisuuden Voima Oy (TVO), which had the good sense to negotiate a turn-key contract that meant that cost overruns were born by the Franco-German constructors.

The cost to TVO was €5.6bn ($9.6bn), somewhat cheaper than Snowy Hydro 2.0. It has a life of 60-80 years, meaning it will still be running at the start of next century.

Australia will eventually adopt nuclear. The only question is how much capital and hot air are wasted in the meantime.
The Australian

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May 30, 2024 at 02:30AM

Offshore Wind “Wake Effect”

The media bias in favor of industrial wind turbines is a sight to behold. Simple reporting of the facts, from costs to environmental tradeoffs, could inform the public and voters to quite possibly eliminate the government gravy train that disadvantages virtually all of us. That is, everyone except for wind developers and other constituencies of the Climate Industrial Complex.

It is uncommon to see a break in the narrative of “the energy transition.” This was recently done at E&E News’s Energywire, “‘Wake effect’ could drain 38% of offshore wind power, study says“. This piece by Heather Richards (May 5, 2024) is worth revisiting at length. Key quotations follow:

The findings from national lab and university researchers upend assumptions about how turbines interact with each other.

Wind turbines off the East Coast might significantly drain energy from each other, lowering the power output of an offshore farm by up to 38 percent, according to a new study that challenges early assumptions about the nascent industry’s electricity contribution.

The findings add to growing research about the “wake effect,” which is when offshore turbines in close proximity affect each other’s energy output.

Researchers from the University of Colorado and the National Renewable Energy Laboratory (NREL) found that entire wind farms can impede neighboring projects, decreasing the power production of adjacent farms by up to 15 percent under some conditions.

———————

In the research paper, “New offshore wind turbines can take away energy from existing ones,” Science Direct reports on the findings, with the authors offering apologetics (“We need a diverse mix of clean energy sources to meet the demand and decarbonize the grid”) and (“With better predictions of wind energy, we can achieve more reliance on renewable energy”). The article states:

In a new paper published March 14 in the journal Wind Energy Science, a team led by Dave Rosencrans, a doctoral student, and Julie K. Lundquist, a professor in the Department of Atmospheric and Ocean Sciences, estimate that offshore wind turbines in the Atlantic Ocean region, where the U.S. plans to build large wind farms, could take away wind from other turbines nearby, potentially reducing the farms’ power output by more than 30%.

Accounting for this so-called “wake effect,” the team estimated that the proposed wind farms could still supply approximately 60% of the electricity demand of the New England grid, which covers Connecticut, Maine, Massachusetts, New Hampshire, Rhode Island, and Vermont.

“The U.S. is planning to build thousands of offshore wind turbines, so we need to predict when those wakes will be expensive and when they have little effect,” said Lundquist, who is also a fellow at CU Boulder’s Renewable and Sustainable Energy Institute.

When wind passes through turbines, the ones at the front, or upstream, extract some energy from the wind. As a result, the wind slows down and becomes more turbulent behind the turbines. This means the turbines downstream get slower wind, sometimes resulting in lower power generation.

The wake effect is particularly prominent offshore, because there are no houses or trees that stir up the air, which helps dissipate the wakes, said Rosencrans, the paper’s first author.

Using computer simulations and observational data of the atmosphere, the team calculated that the wake effect reduces total power generation by 34% to 38% at a proposed wind farm off the East Coast. Most of the reduction comes from wakes formed between turbines within a single farm.

But under certain weather conditions, wakes could reach turbines as far as 55 kilometers downwind and affect other wind farms. For example, during hot summer days, the airflow over the cool sea surface tends to be relatively stable, causing wakes to persist for longer periods and propagate over longer distances.

There is another problem for offshore wind ….

“Unfortunately, summer is when there’s a lot of electrical demand,” Rosencrans said. “We showed that wakes are going to have a significant impact on power generation. But if we can predict their effects and anticipate when they are going to happen, then we can manage them on the electrical grid.”

Compared with energy sources derived from fossil fuels, wind and solar power tend to be variable, because the sun doesn’t always shine and the wind doesn’t always blow. This variability creates a challenge for grid operators, said Lundquist. The power grid is a complex system that requires a perfect balance of supply and demand in real-time. Any imbalances could lead to devastating blackouts, like what happened in Texas in 2021 when power outages killed nearly 250 people.

To better understand how the wind blows in the proposed wind farm area, Lundquist’s team visited islands off the New England coast and installed a host of instruments last December as part of the Department of Energy’s Wind Forecast Improvement Project 3. The project is a collaboration of researchers from CU Boulder, Woods Hole Oceanographic Institute and several other national laboratories.

The instruments, including weather monitors and radar sensors, will collect data for the next year or more. Previously, offshore wind power prediction models usually relied on intermittent data from ships and satellite observations. The hope is that with continuous data directly from the ocean, scientists can improve prediction models and better integrate more offshore wind energy into the grid.

Or not. Wind is the perfect imperfect energy for the grid, and offshore wind more so.

==========

A Press Release from CU Boulder was titled “How much energy can offshore wind farms in the US produce? New study sheds light.”

“In a new paper published March 14 in the journal Wind Energy Science, a team led by Dave Rosencrans, a doctoral student, and Julie K. Lundquist, a professor in the Department of Atmospheric and Ocean Sciences, estimate that offshore wind turbines in the Atlantic Ocean region, where the U.S. plans to build large wind farms, could take away wind from other turbines nearby, potentially reducing the farms’ power output by more than 30%.”

“When wind passes through turbines, the ones at the front, or upstream, extract some energy from the wind. As a result, the wind slows down and becomes more turbulent behind the turbines. This means the turbines downstream get slower wind, sometimes resulting in lower power generation.”

“The wake effect is particularly prominent offshore, because there are no houses or trees that stir up the air, which helps dissipate the wakes, said Rosencrans, the paper’s first author. Using computer simulations and observational data of the atmosphere, the team calculated that the wake effect reduces total power generation by 34% to 38% at a proposed wind farm off the East Coast. Most of the reduction comes from wakes formed between turbines within a single farm.”

“But under certain weather conditions, wakes could reach turbines as far as 55 kilometers downwind and affect other wind farms. For example, during hot summer days, the airflow over the cool sea surface tends to be relatively stable, causing wakes to persist for longer periods and propagate over longer distances. ‘Unfortunately, summer is when there’s a lot of electrical demand,’ Rosencrans said. ‘We showed that wakes are going to have a significant impact on power generation. But if we can predict their effects and anticipate when they are going to happen, then we can manage them on the electrical grid’.” 

 

The post Offshore Wind “Wake Effect” appeared first on Master Resource.

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May 30, 2024 at 01:04AM