shot

Not only has the US just lost the “eye” that Hormuz watched, its nuclear aircraft carrier is in Africa for fear of being shot down

by

Year 2019, an American surveillance drone more than 200 million of dollars disappears from the radar over the Gulf of Oman and, a few hours later, Iran shows its remains to the world on television. It was not the first time something like this had happened, but it was one of the most uncomfortable: a machine designed to see everything had been seen before it could react. Since then, in that part of the map, each silence in the systems begins to weigh more than it seems. Losing the “eye” that watched Hormuz. Confirmation of the fall of MQ-4C Triton a few hours ago is not a simple technical incident, but the loss of one of the most advanced pieces of the US surveillance system in the Persian Gulf. This drone, capable of operating at high altitude for hours and equipped with cutting-edge sensors, was key to monitor naval movementsdetect threats and maintain situational control around the strait. His disappearance, under circumstances still unclearleaves a most uncomfortable void at a time when every piece of information matters, especially in an environment where mines, drones and speedboats turn any mistake into a real threat. The “scared” aircraft carrier. Plus: the diversion of USS George H.W. Bush Going around Africa instead of crossing the Suez Canal is not just any logistical decision, but a symptom of that operational vulnerability What Washington is suffering from. The reason? Avoid passing through Bab el-Mandeb It means recognizing that even a nuclear aircraft carrier battle group, one of the most powerful assets in the world, cannot guarantee their security in a strait where actors such as the Houthis have demonstrated the ability to attack ships with drones and missiles. This detour not only lengthens times and complicates deployments, but also shows that military superiority does not always translate into freedom of movement. The uncomfortable precedent. Not only that. They counted the Forbes analysts that the decision of avoid Bab el-Mandeb It raises a disturbing question for the immediate future, because if this step is already considered too dangerous, what happens to Hormuz, much narrower, guarded and saturated with Iranian defensive systems? The logic is a huge question. Iran not only has more advanced technology than its regional allies, but also decades of specific preparation for that scenario. That makes any attempt to operate there a very high risk betand where even a single relevant impact could completely alter the strategic balance of the area. The strategic paradox. If you also want, what emerges from these movements is not that image of overflowing force that is presupposed, but rather of calculation and extreme fear. While American political discourse speaks of pressure, blockade and control, tactical decisions are revealing prudence, we would even say caution. The simple fact that the route of a nuclear aircraft carrier is redesigned to avoid a hot spot shows that the margin of error it’s tiny. And in an environment where a successful attack on a high-value ship could trigger disproportionate military and political consequences, the priority is no longer projecting strength and power, but avoiding losses at all costs. When losing a little is too much. In summary, the combination of drone crash Triton and the rnuclear aircraft carrier odeo paints a crystal clear picture: right now, the United States is not operating from a position of comfort, but rather in an extremely delicate balance. In that scenario, it doesn’t take a devastating blow to change the rules of the game, just with a symbolic one. Because a lost surveillance drone may be acceptable, even if it has the characteristics of the MQ-4C, but a damaged warship or a compromised nuclear aircraft carrier would be a very different story. Image | USN In Xataka | The US already has the first response to its blockade of Hormuz: a boomerang of unpredictable consequences called China In Xataka | The US has closed all exits from the Strait of Hormuz. And now Iran can put into practice what it has been preparing for 25 years

While the world looked at Iran, China has seized an island in the Pacific without a single shot. And now he is militarizing it

by

For some time now, some countries have been capable of creating land where before there was only open sea, modifying entire maps in a matter of years. These transformations, visible even from space, have come to alter trade routes, ecosystems and regional balances without the need for major confrontations. Because sometimes, the most decisive changes do not begin with a conflict, but with a work that no one stops. A conquest without shooting. While international attention was completely absorbed by the crisis in the middle eastChina has executed a quiet but deeply strategic move in the South China Sea. They counted in Forbes which, without the need for direct military force, has transformed a tiny island, a reef barely visible on the map, into a new key piece of your network of maritime control, taking advantage of the global distraction and the lack of immediate reaction. The late response from countries like Vietnam and the initial silence of the international community have allowed this movement to advance practically without opposition, consolidating a fait accompli before the debate even began. From sandbank to strategic base in months. Through satellite images, the Telegraph explained that the pace of construction at Antelope Reef It revealed extraordinary industrial and logistical capacity, with dozens of dredgers working in coordination to create square kilometers of land in a matter of months. What was once a simple sandbank has now become an expanding platform with visible infrastructurefortified perimeters and enough space to house much more complex facilities. This speed not only demonstrates the ambition of the project, but also Beijing’s ability to alter the physical terrain of the conflict before other actors can react. The image on the left corresponds to December 19, 2025. The image on the right corresponds to February 17, 2026 Legality as a tool, not as a limit. China has accompanied this expansion with a parallel strategy based on reinterpreting international law and presenting construction as an internal issue, diluting the legal conflict in a narrative of civil development. The problem? That, under the framework of the UN Convention on the Law of the Sea, these constructions they do not grant new rights sovereigns, which places the project in a clearly controversial and diffuse area. Still, the combination of fait accompli and legal argument allows Beijing to move forward no need for confrontation directly, moving the conflict to the diplomatic and narrative terrain. Militarization without concealment. Unlike previous phases, where China denied the militarization of its artificial islands, the current development clearly points for military use from the beginning. The dimensions of the land allow the construction of landing strips capable to operate advanced fightersas well as the future installation of radars, missile systems and surveillance networks. In other words, more than a simple base, the enclave emerges as a node within a larger architecture that connects ports, maritime militias and intelligence capabilities, reinforcing control over one of the most strategic routes on the planet. A new balance under the sea. If you will, too, the result of this effort is a quiet but profound shift in the regional balance, one where each new island expands China’s capabilities. to monitor, deter and project power without resorting to open confrontations. From that perspective, these types of movements, cumulative and discrete, allow consolidate strategic advantages that only become evident when it’s too late to reverse them. Thus, while the world’s focus shifted towards other conflictsChina has continued to redefine the map of the Pacific in its favor, demonstrating that in modern geopolitics it is not always whoever shoots first who wins, but whoever builds without being interrupted. Image | Planet L. In Xataka | Satellite images have revealed something disturbing in China: where there were once villages, there are now unmistakable structures In Xataka | The most buoyant market right now is selling streaming and satellite images of US movements to Iran.

The United Kingdom has a laser capable of shooting down drones flying at 650 km/h. And each shot is the same as two beers.

by

For some time now, armies have pursued an idea: weapons that fire energy instead of projectiles. Already in the Cold War was experienced with systems capable of concentrating heat at a distance, although technical limitations relegated them to tests and prototypes for years. Today, with advances in electrical generation and beam control, that ambition has begun to emerge from the laboratory, although it still entailed challenges that for a long time seemed impossible to solve. The UK seems to have solved the most important one. From the laboratory to real combat. He DragonFire program marks a turning point in the evolution of directed energy weapons, and it does so by going from technological demonstrator to embedded operating system. The United Kingdom has decided to accelerate its deployment until 2027integrating it into Type 45 destroyers and becoming the first European country from NATO in deploying a functional naval laser. There is no doubt, the movement is not only technological, but also doctrinal, because it implies changing the way in which air defense at sea is conceived, integrating new layers that do not depend on traditional ammunition. Two beers for the price of a shot. The key element of DragonFire is not only its accuracy, but rather its economy. Each shot costs just about 10 pounds (just over 11 euros) in electricity, just a couple of “pints” in a pub compared to the hundreds of thousands that a conventional interceptor missile can cost, which completely alters the balance between attack and defense. we had seen it in Ukraine and now in Iran. In a scenario where cheap drones are launched by the dozens or hundreds, responding with expensive missiles had become unsustainable, while a laser allows the pace to be maintained. without depleting critical resources. This difference makes the laser an especially attractive tool in modern conflicts where saturation is more important than sophistication. Extreme precision and new capabilities. The system has proven capable of hitting targets the size of a coin a kilometer away, maintaining the beam on moving targets until causing structural failure. More: its architecture combines multiple fiber lasers in a single high-quality beam, guided by electro-optical sensors and continuous tracking systems. Furthermore, its sustained firing capability eliminates one of the main limitations of conventional weapons: need to rechargeallowing you to take on multiple threats consecutively in a matter of seconds. The response to swarms. The rise of cheap drones and swarm attacks has put in check to traditional defense systems, designed to intercept more limited and higher value threats. DragonFire positions itself as the direct response to that change, offering an effective solution against small, fast and numerous targets without compromising missile arsenals intended for strategic threats. In this context, the laser does not replace existing systems, but rather complements themreinforcing short-range defense and freeing up resources for more complex scenarios. From sea to air and land. Beyond its naval deployment, the program aims for broader integration in ground and aerial platformswhich infers a structural change in modern weaponry. Let us think that the possibility of standardizing this type of technology in vehicles, ships or even combat fighters opens the door to a new generation of systems where energy progressively replaces to physical ammunition. Analysts recalled by Army Recognition that although there are still limitations (such as the need for line of sight, electrical power and thermal management), the advancement of DragonFire indicates that that concept before fantastic of “infinite ammunition” has ceased to be a theoretical idea and has become an operational reality in development. Image | UK Ministry of Defense In Xataka | Spain has built a laser that shields the backbone of its Navy: the A400M is now ready for combat In Xataka | China has achieved something hard to believe: reducing the production of laser weapons and parts for electric cars to one second

lock up China without a single shot

by

Japan is a country made up of more than 6,800 islands, although only about 400 are permanently inhabited. Many of them are small, remote and barely appear on the map, but their location places them in some of the most strategic points of the planet. The invisible barrier. It is evident that international views have been marked by the war in ukraine and now in Iran but, in the meantime, Japan has been raising a kind of “invisible barrier” fortified on a chain of islands off China that completely redefines the balance in the Pacific. It is not a single base or a large visible deployment, but a dispersed network of military positions stretching from southwestern Japan to remote points of the ocean, creating a continuous line of surveillance, detection and potential attack. This strategy turns small islands, many almost uninhabited, into key pieces of a system designed to stop the Chinese advance without the need for open war. From forgotten territory to the first defensive line. It we have counted in recent years. For decades, these islands barely had a military presence, but that has been changing radically in recent times. Places like Yonagunia few kilometers from Taiwan, have gone from having no troops to hosting radars, electronic warfare systems and permanent military unitswhile other positions have been reinforced with new bases and military equipment. There is no doubt, this turn responds to a crystal clear reality: if China tries to act on Taiwan, these islands would be the first objective or the first shield, and Japan is no longer willing to leave them exposed. One of the Type 12 models installed on the islands by Japan Missiles, radars and drones. The real change is in the type of capabilities deployed, which turn this chain of islands into a system offensive and defensive at the same time. As? For example, Japan is deploying long range anti-ship missilessystems capable of hitting hundreds or even thousands of kilometers, along with advanced radars and drones that allow you to detect and track targets in real time. Not only that. Added to this are new weapons such as hypersonic projectiles and cruise missiles that extend the range to the interior of the rival territory, thus marking a clear break with its historical policy of limited defense. Lock up China without firing a shot. Beyond protecting his territory, he recalled this week the wall street journal in an extensive report that the network has a strategic objective much more ambitious: complicate China’s movements at sea in a kind of trap. We are talking about a group of islands that is part of what is known as the “first chain”a set of narrow sea passages that any Chinese fleet must pass through to project power into the Pacific. By deploying weapons at these points, Japan turns each transit at a riskraising the cost of any possible operation and creating a kind of encirclement that limits freedom of maneuver without the need for direct confrontation. The definitive jump. In short, all this reflects a profound change in Japanese strategy, which has gone from passive defense to an active deterrence with the ability to strike from a distance if necessary. The introduction of rocket missiles attests to this. Type 12 long rangethe Tomahawk purchase and integration with US forces, all indicative that Japan no longer just wants to resist an attack, but prevent it threatening key adversary objectives. If you like, we are facing a delicate balance, because reinforces securitybut it also turns these Japanese islands into possible targets, increasing tension in an increasingly unstable region. Image | NARA, Tokoro_ten In Xataka | A single island houses 70% of the US military bases in Japan. There is a compelling reason for them not to leave: China In Xataka | China is sending drones to an island 100 km from Taiwan. The problem is that Japan and the US are filling it with missiles

hunt down Russia’s most ruthless group without a single shot

by

Since the start of the full-scale invasion, the war in Ukraine has been a succession of adaptations forced, where each side has had to learn faster than the other to survive. What began as a bet on speed and political collapse led to a long conflicttechnical and increasingly ruthless, one in which the rules have changed as many times as the weapons on the field. From wear to operational calculation. After almost four years of war, Ukraine has begun to accept that inflicting massive casualties like explained recently A minister, by himself, does not change the logic of the conflict. Russia has shown that it can absorb huge losses without modifying its strategy, while using drones and deep strikes to erode the Ukrainian rear, cut off supplies and psychologically break the troops holding the front. This context has forced a rethinking from kyiv: the battlefield is no longer decided only on the line of contact, but in what happens dozens of kilometers behind, where commanders, drone operators and logistics routes support the Russian advance in slow motion. The war of the rearguard. In open regions like Zaporizhzhia, the difference between resisting and giving ground comes down to the ability to deny the enemy freedom of movement in the rear. Russia has converted medium-range drones in your key weaponattacking Ukrainian roads, convoys and equipment before they even enter combat. Ukraine, on the other hand, has depended for too long of death zones close to the front, betting on annihilating Russian infantry when it is too late to stop the general pressure. More and more Ukrainian commanders assume that, if it is not hit before to the system that fuels the assaults, war becomes a race of attrition impossible to win. The window of opportunity. This change of mentality coincides with a series of blows that have disorganized the Russian army. Disconnection of terminals key communications and internal decisions that have limited its own coordination channels have created a temporary vacuum in enemy command and control. Ukraine has read that weakness not as an occasion to launch local attacks, but as a strategic opportunity rare: for the first time in months, a large Russian formation appears exposed, dependent on fragile lines of communication and struggling to coordinate its defense in depth. And not just any one. The hunt for an army, not adding corpses. The plan that begins to take shape It goes far beyond “kill more or how many more.” The objective now is to encircle, isolate and destroy a specific and hitherto implacable formation of the Russian army, depriving it of reinforcements, ammunition and effective command until it becomes a a burden for Moscow instead of an offensive instrument. Where? In the southeast of Ukraine, where movements indicate that kyiv tries to wrap to the 36th Russian Navybut not through a great armored advance, but with a constant pressure on their flanks, selective attacks on key nodes and a systematic denial of their rear. In other words, it is not a spectacular offensive, because the least important thing is the shots, but rather a prolonged and methodical hunt. A risky but necessary position. There is no doubt, the shift involves risks more than obvious: for example, it demands more intelligence, more medium-range drones and even complex coordination at a time when Ukraine remains very limited by resources and irregular external support. But it also reflects a harsh and realistic conclusion: as long as Russia can rotate units and replenish men, the casualty accounting does not decide the war. Only the destruction of formations entire, unable to withdraw or reorganize, may alter the operational balance and, with it, Ukraine’s position both on the front and in any future negotiations. In that sense, what is underway is not just another offensive, but an attempt to change the rules of the game on the ground. Image | RawPixel In Xataka | An unprecedented experiment is happening in Ukraine: bombs have turned dogs into other animals In Xataka | Europe has been wondering for years “what Russia will do when the war in Ukraine is over.” The answers are not optimistic

The Government remains committed to ending telephone SPAM and is now targeting electricity companies. It’s still a shot in the air

by

The Spanish Government’s crusade against SPAM calls continues. At the beginning of the week, the Ministry for the Ecological Transition and the Demographic Challenge approved the new General Regulations supply, marketing and aggregation of electrical energy. The main purpose of this is, according to the Government, to protect consumers through new measures. And one of them collides head-on with a recurring practice of marketers: SPAM calls. The measure. After the entry into force of the new regulation, telephone calls to advertise or contract services are prohibited, as long as “they have not been expressly requested by the consumer in advance or they are the one who calls the company.” It will not have immediate effect, companies will have four months to adapt to the regulations, under penalty of fines of between 600,000 and 6,000,000 euros if they fail to comply, according to the Law 24/2013, of the Electrical Sector. There is more. In addition to the prohibition of calls without express consent, the Royal Decree establishes the obligation to provide a completely free customer service number, as well as a maximum period of 15 days to respond to user claims and complaints. It is also prohibited to cut power to electro-dependent consumers on holidays and eves. Very nice, but. Although the Government has been trying to tackle the SPAM problem for more than a year, the reality is very different. According to the OCU, 99% of Spaniards (me among them, this week) continue to receive unwanted calls. Some companies continue to take advantage prior consent to send advertising communications, and others are providing their call centers with telephone numbers outside the traditional prefixes to continue with their practice, despite the fact that the law penalizes it. An endless war. The war against SPAM does not only affect Image | Xataka In Xataka | If you are tired of receiving spam calls every day, good news: MasOrange is tired too

On August 1, 1828, an English captain shot himself in Chile. And thanks to that Darwin devised the theory of evolution

by

On August 1, 1828, in Puerto del Hambre, Chile, an English captain shot himself in the head. He died twelve days later, in his cabin, moaning and screaming in pain. His grave is still there, decorated with nautical charts. His ship took two years, HMS Beagleto arrive back at Plymouth and when he did he had a 26-year-old aristocrat named Robert FitzRoy as captain. Along with the Titanic, the Santa María and the Nautilus, the Beagle is one of the best-known ships in the world. For five years it was the home of a very young English naturalist named Charles Darwin who, over the years, would come to state one of the most dangerous ideas ever thought of: the theory of evolution. But the story could have been different (and very different!) because of a simple nose. A captain who did not want to be alone Despite his youth, Captain FitzRoy had several things in his favor: he had commanded a ship for two years, he had completed the expedition successfully and, above all, he was the nephew of George FitzRoy, 4th Duke of Granfton. Therefore, it was not surprising that he was entrusted with another of the large number of missions that attempted to carry out hydrographic surveys of the coasts of South America. With the independence of the Latin American republics, this cartographic information was of vital importance for the British army. The only problem was that it was a terribly boring task. Without going any further, Pringle Stokesthe captain I was talking about at the beginning, fell into a very deep depression before committing suicide. That’s why FitzRoy asked for a geologist for the mission. No one disputes that, as they had already verified on the previous mission, bringing someone capable of “knowing the nature of the rocks and soils” of the regions they were visiting could be very useful. But that was only the official reason. FitzRoy didn’t want to be alone. I should have written that ‘only’ in quotes. Evidently a brig of the class Cherokee Like that one, it carried an average of 120 people in its belly. But the aristocracy has always been exquisite for its companies. The captain was looking for a gentleman with scientific interests and a university education who could be excellent company to talk to during the months of the trip. The problem was how to select that gentleman. Luckily, FitzRoy knew how to do it. The mirror of the soul Although physiognomy is as old as human beingsthe idea that people’s personalities could be known through the shape of their faces became popular thanks to Lavater, a Swiss shepherd who lived in the second half of the 18th century. And when I say popular, I say very popular. The great intellectuals of the time accepted the pseudoscientific theses of physiognomy as a proven fact. It didn’t matter who we were talking about: doctors like Charles Bellphilosophers like Herbert Spencer or writers like Balzac; Everyone looked at the drawing of eyebrows, the prominence of a chin or the shape of a nose looking for clues to understand those around them. FriztRoy too. When it became clear that none of his friends wanted to accompany him on the trip, the captain wrote to the Admiralty to find someone who, meeting the requirements, would like to accompany them. They were able to contact the University of Cambridge. After a few unsuccessful attempts, a 22-year-old young man appeared at FitzRoy’s door who, on paper, seemed perfect. But on the paper, understand me, the silhouette of his nose was not there. Oh my goodness, the nose! He was convinced that that nose was not that of a man with the energy and determination necessary for such a trip. FitzRoy did the impossible so that that guy wouldn’t step on the Beagle at any time. But eventually it became clear that he either accepted that nose or he would have to make the journey alone. And thank goodness. That nose collected dozens of samples and collections, took thousands of geological, biological and anthropological notes and, many years later, enunciated the theory of evolution. A nose named Charles Darwin. Physiognomy could change the history of contemporary biology (even if it was call evolutionary thought ‘wallacism’). So that they then say that pseudosciences are not dangerous. Send noses.

A hero without a cape recorded the same shot for a year. Along the way he left the flat earthers without arguments

by

Intrigued by the phenomenon, Eratosthenes decided make an observation in Alexandria, located about 800 kilometers north of Siena. There, on the same day and at the same time, he noticed that a vertical stick did cast a definite shadow. The discrepancy led him to a fundamental question: how was it possible that in one place there was no shadow and in another there was, at the same time? Eratosthenes deduced that the only explanation was that the earth’s surface was curved. A lot of time has passed since then, but the flat earthers are still among us. The home experiment. For centuries, the idea of ​​a flat Earth has outlived telescopes, satellites and lunar missions. Despite the overwhelming evidence, from the images taken from space and the established physical principles from Aristotleflat earthers have continued searching for the edge of the planet, organizing expeditions to Antarctica or navigations to the supposed “end of the world” that invariably end with the same discovery: that the edge does not exist. Be that as it may, an anonymous Reddit user has dismantled once again his entire creed without leaving home. Armed only with a security camera, the shadow of his garage and the patience of an entire year, he managed to record a test as simple as it was incontestable: the movement of the Sun drawing a figure of eight perfect on the ground. The footprint of the Sun. Between March 2024 and March 2025, this user (under the alias RedditorofReddit07) marked daily, at the same time, the position of the end of a shadow cast by a corner of his garage. After twelve months, the yellow dots traced on the cement an asymmetric curve in the form of infinity: an analemma. This phenomenon, documented by astronomers for centuriesis the direct result of the 23.5 degree tilt of the Earth’s axis and the planet’s elliptical orbit around the sun. In the summer months, the star reaches the highest point of the analemma; in winter, the lowest; and during the intermediate seasons the rest of the figure is drawn. Each latitude generates a slightly different shape, but they all share the same essence: an Earth that moves, rotates and tilts, not a motionless disk under a celestial lantern. The physics of time. The analemma not only reveals the movement of the planet, but also the difference between solar time and time measured by clocks. In theory, noon always occurs at 12 o’clock, but the Sun does not reach its highest point at exactly the same time every day. This variation, a consequence of the inclined axis and the unequal speed with which the Earth travels its orbit, is the reason why the analemma adopts a figure-eight shape. Science sums it up in a formula called the “Equation of Time,” an adjustment that explains why solar days vary in length and why the apparent position of the Sun advances or lags throughout the year. This mismatch is as predictable as it is beautiful, and can only be explained by a spherical planet that orbit a starnot by a flat disk with a wandering Sun that rises and falls without altering its size. The impossible refutation. In the flat earth modelsthe Sun moves on a plane, like a lamp on a table, projecting its light in circles on the surface. If that were true, the end of a shadow always observed at the same time should remain fixed throughout the year. However, the garage experiment shows exactly the opposite: a harmonic displacement that only fits the heliocentric model. Reproducing this effect in a flat world would require, in addition to an act of faith without a network, that the Sun change its trajectory, height and speed in an absurd way, violating the very laws of optics and gravity that its alternative model allows. The flat earthers themselves, faced with such evidence, barely manage to develop new explanations that are more imaginative than scientific. The method. He merit of the experiment It lies not in its complexity, but rather in its humility. Without telescopes or laboratories, a simple fixed camera and a daily routine were enough to record the annual dance of the Earth in front of the Sun. Each shadow point marked on the cement is a slap to the conspiratorial noise that floods the internet. In times when science is forced to defend the obvious, an ordinary garage has become an observatory and an anonymous user a popularizer. He already said it Carl Sagan himselfalthough he only needed a stick to dismantle conspiracies. Image | reddit, jailbird In Xataka | 48 people went to Antarctica to prove that the Earth is flat. They confirmed what can be done with a simple stick In Xataka | Astronomers cannot define this object. They only know that it is heading at two million km/h to the center of the Milky Way

The light bill has shot up to 267% in the US

by

“I could not keep paying such an invoice,” says a woman from Baltimore. In the areas of the United States close to large concentrations of data centers, the wholesale price of electricity has risen up to 267% in the last five years. To anyone’s surprise, consumers are assuming these costs in the light bill. Short. An exhaustive Bloomberg analysis He has crossed the prices of 25,000 points of the American electricity grid with the location of the country’s data centers. The result is devastating: more than 70% of the nodes that registered large price increases are less than 80 kilometers from a Data centers cluster. AI and the price of light. According to the International Energy Agency, the electricity consumed by data centers will double up to 945 twh from here to 2030overcoming the demand for entire countries like France or Japan. The AI ​​will be the main engine of this increase. While large technological ones defend that their data centers bring investment, high quality jobs and tax revenues that benefit the adjacent communities, the residents of these large energy monsters have been suffering less debated consequences. A matter of supply and demand. The energy demand of the AI ​​data centers is so high that it is carrying the auctions of electrical capacity at record prices. The phenomenon is especially visible In the accounts of the largest network operator in the United States, PJM Interconnection, which covers 13 states. In its last annual auction, the load of the data centers fired the sale of PJM capacity In 7.3 billion dollars, 82% more. The reason is simple: energy demand grows much faster than the ability to generate new electricity. But the consequences go beyond simply encouraging the installation of new energy sources. The wholesale price that electricity pays to guarantee the future supply affects both the invoices of the companies and the households. David against Goliath. To understand the conflict at street level, it is enough to travel to Virginia, home of the largest concentration of world data centers. It is estimated that Between the 3rd and 40% of world Internet traffic Go through your servers. Here, the Dominion Energy electric company expects demand to grow 85% by 2039. If they were not the data centers, the growth would be only 10%. But here they are, so new infrastructure will be needed, such as high voltage towers and electrical substations, which will have to be paid. And who pays? Today, these expenses are distributed among all the clients of the electric company, from a small apartment to the gigantic data center. It does not happen only in the US. Although the epicenter of the crisis is in the United States, due to its leadership position with AI, the problem is global. Technology companies seek to expand their infrastructure throughout the world, and voltage in electrical networks is replicated. In the United Kingdom, the greatest demand from data centers could Electricity prices more expensive 9% by 2040. In Malaysia, the government has had to Increase electrical rates of the data centers as the new facilities test the country’s supply capacity. The social cost of technological progress. Data centers are not born by spontaneous generation. Someone has to build and maintain them, which generates employment. In Virginia, they contribute 9,100 million dollars to state GDP. The career of giants such as Microsoft, Amazon or Google is reviving investment in renewable energy and more efficient chips. But as long as the electricity grid does not supply and the light invoices continue to rise, the debate on the cost of AI for citizens will continue to fueling. Image | Rawpixel In Xataka | Google has finally revealed how much electricity and water consumes its AI. Estimates could not be more wrong

What has been shot is the rest of the bill

by

The receipt of natural gas becomes more expensive with the arrival of autumn. On October 1, a new upload of the natural gas receipt entered into force. The last resort rate (TUR) is scanned on average 13.2% in homes and between 12% and 20.1% in neighborhood communities, According to the resolution published in the Official State Gazette (BOE). The climb occurs in full start of the heating season, an especially sensitive moment for families that depend on gas to heat their homes. More increases? Each quarter, the Ministry for Ecological Transition always updates the TUR. The mechanism is automatic: if the cost of the raw material varies more than 2%, the rate is updated. And this October, the combination of three factors has been decisive: Seasonal gas: each fall is incorporated into the calculation because in winter the demand increases. Only that component causes the cost of the raw material to shoot 24.9% compared to July. International markets: Actually, base gas has reduced 6.5% thanks to the Brent drop Already a stronger euro against the dollar. But that respite has been buried by seasonal surcharge. The tolls and regulated charges: that finance transport and distribution. According to the OCUthis year they have risen strongly, especially in the fixed term of the invoice, which in some cases has shot up to 43%. In summary, although in the part of the international markets there has not been a disruptive change, the regulated adjustments and the entrance of the winter gas have ended up pushing the upward rate. How much do I have to pay for gas? The answer depends on how much each home consumes. The regulated rate (TUR) is divided into sections according to the annual use, which allows to easily identify what rate corresponds to each case: Tur1: up to 5,000 kWh/year. They are normally homes that only use cooking gas or for the hot sanitary water. In this section, the fixed is € 3.93/month and the variable in € 0.045/kWh. Tur2: Up to 15,000 kWh/year. It is the most common rate in families that use gas for both hot water and heating. Here the fixed rises to € 8.11/month and the variable to € 0.043/kWh. Tur3: Up to 50,000 kWh/year. It is applied in large homes with intensive heating or in small businesses. The fixed is € 18.82/month and the variable drops to € 0.039/kWh. In more practical data, According to the OCUan average home with 9,000 kWh a year goes from 553 to 619 euros per year, that is, 66 euros more in a single quarter. On the other hand, in neighboring communities there are special rates (Tur4 to Tur11), ranging from 50,000 kWh to very high consumption. Here the increases are higher: from 12% to 20.1%. Tur4 rises 15%, Tur7 19.2%and Tur11 20.1%. The hardest blow will be received by those who use the gas for heating, since the fixed term is paid every month although it is not consumed. Even so, the OCU emphasize that the Tur It is still cheaper than many free market rates, where some customers even pay twice. Beyond the invoice. The increase in gas does not affect only the families that use it for heating or hot water. It also conditions the electrical system. After the blackout of April 28, Red Eléctrica reinforced the use of combined gas cycles to give stability to the network. And what was born as an emergency measure has become the new normality: when solar and wind generation falls, The support continues to put the gas. This explains a paradox: Spain produces more renewable energy than ever, but not being able to store it sufficiently, gas enters to meet demand and ends marking prices. In other words: although the electricity and the gas invoice are different, the role of gas in the system makes both connected. There will be more changes in the future. And we already count it in Xatakabetween 2028 and 2032 eight million gas counters will be replaced. The new ones will be intelligent, will allow real -time readings and reduce fraud, but they will also cost more: the rent will go from € 0.58 to € 1.10/month, about 6 euros more a year for each home. The government defends that, in the long term, it will be saved on consumption and emissions, but in the short term it will be another rise in the invoice. The look set in January 2026. When the rates will be checked again. Everything will depend on the contribution of the gas, the euro against the dollar and the regulated tolls. But the context does not invite optimism, since the EU has extended the obligation to store 90% of the gas, which maintains pressure on demand. In addition, the Spanish electrical system will continue to need gas as supportat least until 2026, because there is not enough storage or intelligent networks. Finally, investments in digitalization and modernization (Accountants, batteries, micro -redes) will bring more fixed costs for consumers. In short, the gas will remain a volatile terrain and, although the regulated rate continues to be the most competitive, it is not a safe refuge. The increase in this October recalls that energy continues to mark the pulse of the family economy and that, until there is a system capable of storing and taking better advantage of renewables, gas will continue to dictate the rules of the game and invoice. Image | Freepik Xataka | Natural gas has become essential in the AI ​​era, and this chart exposes countries with the largest reserves

Log In

Forgot password?

Forgot password?

Enter your account data and we will send you a link to reset your password.

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

Here you'll find all collections you've created before.