Power outage in Spain, Portugal and other countries of southern Europe

The BBC Headline says "Power cut chaos in Spain and Portugal caused by 'rare' atmospheric phenomenon, says operator."
I could not find what was that 'rare' atmospheric phenomenon.
It is explained it in this other article but does not say which authority said it was the cause.
Induced atmospheric vibration was the cause of the Spanish power outage
The Portuguese grid operator -- REN -- is out with a diagnosis of what happened with the huge power outage today:

  • Due to extreme temperature variations in the interior of Spain, there were anomalous oscillations in very high volatge lines, something called 'induced atmospheric vibration'
  • These osculations cause synchronization failures between the electrical systems
  • It's a complex phenomenon and there is a need to rebalance electricity flows internationally, it could take a week to fix
...
Here is how DeepSeek explains it:

Induced Atmospheric Vibration (IAV) in high-voltage power lines refers to low-frequency oscillations (typically 0.1–10 Hz) caused by corona discharge effects near the conductors. Here’s a brief breakdown:

  1. Cause:
    • When high-voltage lines operate near their corona inception threshold, ionization of surrounding air molecules occurs, creating space charges (ions and electrons).
    • Under certain conditions (e.g., high humidity, rough conductor surfaces), these charges interact with the electric field, generating periodic electrohydrodynamic (EHD) forces.
  2. Mechanism:
    • The EHD forces induce pressure waves in the air, causing vibrations in the conductor or nearby objects (e.g., insulators).
    • Unlike aeolian vibration (caused by wind) or galloping (large-amplitude motion), IAV is driven purely by electrical-atmospheric coupling.
  3. Effects:
    • Usually low amplitude but can contribute to fatigue over time.
    • May exacerbate other vibration modes or cause audible hum.
  4. Mitigation:
    • Smooth conductor surfaces (e.g., polished or coated wires).
    • Optimized voltage gradients to minimize corona.
IAV is less common than mechanical vibrations but is studied for its unique electromechanical interactions. ...

The vibrations can lead to fatigue cracks and loosened hardware.
Now, there was a couple of interesting posts at spaceweather.com in recent days, I think this outrage may indeed be caused by the behavior of the Sun and the electromagnetic force, energy. However, I think it is necessary to provide data to make these statements and under which authority, expert, is the one who explains and establishes what happened ... but well, you can not expect much from the media.

From April 24
FARMERS, DID YOUR TRACTORS JUST GO CRAZY? Many modern farmers use GPS-guided tractors to plant and tend their crops. Last weekend, some of them veered off course. We've received a report of "dancing tractors" on Easter Sunday (April 20, 2025) apparently due to unusual GPS errors. The same thing happened on hundreds of farms last May during a severe geomagnetic storm. There was no geomagnetic storm on April 20, 2025, so we're looking for confirmaton. If you're a farmer or GPS operator and know of unusual disturbances in the past week, please let us know.
THE STARLINK INCIDENT IS NOT WHAT WE THOUGHT: It never made sense. On Feb. 3rd, 2022, SpaceX launched a batch of 49 Starlinks to low-Earth orbit--something they had done many times before. This time was different, though. Almost immediately, dozens of the new satellites began to fall out of the sky.​

At the time, SpaceX offered this explanation: "Unfortunately, the satellites deployed on Thursday (Feb. 3rd) were significantly impacted by a geomagnetic storm on Friday, (Feb. 4th)."

A more accurate statement might have read "...impacted by a very minor geomagnetic storm." The satellites flew into a storm that barely registered on NOAA scales: It was a G1, the weakest possible, unlikely to cause a mass decay of satellites. Something about "The Starlink Incident" was not adding up.

Space scientists Scott McIntosh and Robert Leamon of Lynker Space, Inc., have a new and different idea: "The Terminator did it," says McIntosh.

Not to be confused with the killer robot, McIntosh's Terminator is an event on the sun that helps explain the mysterious progression of solar cycles. Four centuries after Galileo discovered sunspots, researchers still cannot accurately predict the timing and strength of the sun's 11-year solar cycle. Even "11 years" isn't real; observed cycles vary from less than 9 years to more than 14 years long.

McIntosh and Leamon realized that forecasters had been overlooking something. There is a moment that happens every 11 years or so when opposing magnetic fields from the sun's previous and upcoming solar cycles collide. They called this moment, which signals the death of the old cycle, "The Termination Event."​

After a Termination Event, the sun roars to life–"like a hot stove where someone suddenly turns the burner on," McIntosh likes to say. Solar ultraviolet radiation abruptly jumps to a higher level, heating the upper atmosphere and dramatically increasing aerodynamic drag on satellites.

The histogram shows the number of objects falling out of Earth orbit each year since 1975. Vertical dashed lines mark Termination Events. There's an uptick in satellite decay around the time of every Terminator, none bigger than 2022.

As SpaceX was assembling the doomed Starlinks of Group 4-7 in early 2022, they had no idea that the Terminator Event had, in fact, just happened. Unwittingly, they launched the satellites into a radically altered near-space environment. "Some of our satellite partners said it was just pea soup up there," says Leamon.

SpaceX wasn't the only company hit hard. Capella Space also struggled in 2022 to keep its constellation of Synthetic Aperture Radar (SAR) satellites in orbit.

“The atmospheric density in low Earth orbit was 2 to 3 times more than expected,” wrote Capella Space's Scott Shambaugh in a paper entitled Doing Battle With the Sun. “This increase in drag threatened to prematurely de-orbit some of our spacecraft." Indeed, many did deorbit earlier than their 3-year design lifetimes.

The Terminator did it? It makes more sense than a tiny storm.

From April 25
INTERPLANETARY SHOCK WAVE: An interplanetary shock wave struck Earth's magnetic field on April 24th at ~0715 UTC. What is an interplanetary shock wave? It's an abrupt change in the solar wind--probably a CME that we didn't realize was coming. This one sparked auroras in New Zealand and Colorado, but no global geomagnetic storm. Aurora alerts: SMS Text

From April 27
A DOZEN SUNSPOT GROUPS: Today, there are twelve sunspot groups on the solar disk. That's a large number. However, they all have stable magnetic fields that pose little threat for strong flares. Solar activity should remain low throughout the weekend. Aurora alerts: SMS Text

MONSTER TORNADO ON THE SUN: On Earth, the most dangerous tornadoes are rated F5. On the sun, they can be hundreds of times worse. David Wilson photographed this twister, big enough to swallow our entire planet, from his backyard observatory in Inverness, Scotland:​

From April 28
THE SUN'S X-RAY OUTPUT HAS FLAT-LINED: Nine sunspot groups are crossing the solar disk. Not one of them is flaring. As a result, the sun's X-ray output has flat-lined. Quiet conditions should persist for the next 24-48 hours. Solar flare alerts: SMS Text

A SOLAR ECLIPSE IN SPACE: Yesterday, the Moon eclipsed the sun. No one on Earth saw it. The "lunar transit" was only visible from space. NASA's Solar Dynamics Observatory recorded the whole thing from geosynchronous orbit: 1745863096301.png
 
So I asked an AI engine for some details. Here are the answers :

1/ "The phenomenon of “induced atmospheric vibrations” caused by extreme temperature variations, as mentioned in the context of the massive power outage in Spain and Portugal, refers to a rare event where rapid and significant changes in atmospheric temperature affect extra-high voltage power lines.

How the phenomenon works:
  • Extreme temperature variations within Spain led to abnormal oscillations on 400 kV power lines.
  • This rare phenomenon, called “induced atmospheric vibration,” occurs when rapid expansion or contraction of the power lines-triggered by sudden thermal changes-alters the electrical properties of the network (such as resistance and transmission capacity), making the system unstable.
  • These electrical oscillations can desynchronize interconnected systems, causing cascading disturbances throughout the European power grid.
Consequences:
  • Unlike a typical incident, this phenomenon triggered a chain reaction that was difficult to contain, affecting multiple countries and paralyzing critical infrastructure.
  • Episodes of extreme heat or cold are known to cause power lines to overheat or contract, reduce transmission capacity, and even accelerate the aging or failure of certain electrical components.
Rarity:
  • “Induced atmospheric vibrations” are extremely rare at this scale and difficult to predict, which explains the severity and extent of the blackout.
Summary:
This rare meteorological phenomenon is a direct consequence of extreme thermal variations that disrupt the electrical behavior of high-voltage power lines, leading to abnormal electrical oscillations and, in this case, a massive blackout."


2/ "Here is a more technical explanation of the phenomenon, based on current scientific understanding and the context of the April 2025 Iberian blackout:

Technical Mechanism: Induced Atmospheric Vibrations and Power Lines​

1. Vortex-Induced Vibrations (VIV) and Power Lines
  • When there are rapid and extreme temperature changes in the atmosphere, they can cause strong and turbulent wind flows.
  • These wind flows can interact with overhead power lines, which are essentially long, cylindrical conductors suspended in air.
  • As wind passes across these cables, it can create alternating low-pressure zones on either side of the cable, leading to the formation and periodic shedding of vortices - a phenomenon known as vortex shedding.
  • The alternating forces from these vortices can induce oscillatory motion in the cables, known as vortex-induced vibrations (VIV).
  • VIV is well-studied in engineering, especially for underwater cables and risers, but the same principles apply to overhead electrical lines exposed to atmospheric flows.
2. Coupling Mechanical Vibrations to Electrical Instability
  • The mechanical oscillations of the power lines can, under certain conditions, lead to fluctuations in the electrical parameters of the transmission system, such as impedance and capacitance.
  • Extreme temperature changes can also cause rapid thermal expansion or contraction of the cables, further altering their physical and electrical properties.
  • These rapid changes can destabilize the synchronization of interconnected power grids, especially if multiple lines are affected simultaneously.
3. Cascading Effects and Blackout
  • If the mechanical and electrical oscillations are strong enough, they can trigger protective relays or cause faults in the system.
  • This can lead to a loss of synchronization between grid segments, causing a cascading failure that propagates rapidly across interconnected networks.

References to Scientific Concepts​

  • VIV is a well-known phenomenon where fluid flow (air or water) around a cylindrical object (like a cable) induces oscillations due to vortex shedding.
  • The amplitude and frequency of these oscillations depend on wind speed, cable tension, and cable geometry.
  • In rare meteorological conditions, such as those involving sudden extreme temperature shifts and turbulent winds, the risk of large-scale VIV increases.
In summary:
The rare meteorological event likely involved rapid temperature changes and turbulent winds that induced vortex-induced vibrations in high-voltage power lines. These mechanical oscillations, coupled with changes in electrical properties, destabilized the grid and triggered the widespread blackout."


Conclusion : some atmospherically-induced vibrations of the electrical power lines have changed (?) their electrical properties, thus creating some instability on the high-voltage network, which causes the failures.
Which still looks strange to me. I'm going to ask an expert about this phenomenon.
 
The poor cashiers at the rather large store across the street from my house were tired today. One said, "Just like during the pandemic." She told me people couldn't pay with their bank cards; there was no phone line, and no machines worked. Only CASH. The bank tellers for withdrawing money weren't working either.

This power outage is very serious. It's serious because it involves money. So one might assume that this power outage is related to money.

Yet not all the electricity on the islands has suffered a power outage. But electronic cashiers, banks, and card payments have. Very strange.

Is this an attempt at shock policy? It could be.
 
Ah and yes, people were unable to pay with digital money. Maybe this will wake up some about this subject.
Funny, today around 10-11 am my thoughts wandered to something along the lines of "haha, all it takes is that power be out for like a week, and the entire generation will be forever discouraged from digital currencies!". And then this happens.

Perhaps this is just nature itself bringing back balance and reminding everyone of the dangers of going full digital (as i don't really believe it was due to temperature variations, sounds like they don't know the cause and are desperately trying to find any rational-sounding explanation).
Who knows, this might even lead to a strong anti-digital movement in Spain and Portugal in the future.
 
What surprised me the most today was the people.

The city without active traffic lights and people calmly giving way politely and the flow was completely normal.

In supermarkets that had their own generators, shopping was possible without any problems. There was no rudeness or haste.

And everyone knew that no one is to blame, only the brainless people who rule us all.

Very incredible.
On a sidenote, there is a book, several times positively mentioned on the forum: Arthur Firstenberg, "The Invisible Rainbow, A History of Electricity and Life" that might explain, one of the reasons, why people get calm again, start to physically relax, no haste, when there is less or no electricity.

Its a scientifically well written research on widely ignored effects of electricity and EMF on humans, plants and animals. Here is a review from the authors website.
 
  • This rare phenomenon, called “induced atmospheric vibration,” occurs when rapid expansion or contraction of the power lines-triggered by sudden thermal changes-alters the electrical properties of the network (such as resistance and transmission capacity), making the system unstable.
  • These electrical oscillations can desynchronize interconnected systems, causing cascading disturbances throughout the European power grid.

  • Extreme temperature changes can also cause rapid thermal expansion or contraction of the cables, further altering their physical and electrical properties.
  • These rapid changes can destabilize the synchronization of interconnected power grids, especially if multiple lines are affected simultaneously.
If these rapid temperature changes are real culprit, does it mean that very soon ice age will be upon us?
 
If it's not an inside job, it's interesting to witness how the electric grid can act as a giant measuring device which can't be hidden :lol:

My bet is something unusual was at play, atmospherical or electromagnetic. Perhaps induced by some seismic. Especially now the MSM try to rationalise : " The possibility of a computer attack is increasingly being raised". How a computer attack can induce rapid temperature changes?

Energy weapon?

We will see.
 
Last edited:
I would say this is a typical marketing campaign. Notice rare metal deals and the great need to push selling home power banks in the EU.
Such an induced power blackout always leads people to think whether it's worth buying a PV array and a power bank. I am afraid it is all about money again.
 
Back
Top Bottom