turbines

41 methane gas turbines

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Recently we said that xAI had the largest data center with the highest computing capacity in the world. It occupies about 13 football fields and has already reached one gigawatt of power, the first in the world to achieve that computing capacity. All this has an enormous energy cost, but Elon Musk can rest assured because he has just been approved for the installation of 41 methane gas combustion turbines, to the dismay of neighbors and environmental defenders. What has happened? Elon Musk has obtained permits to install 41 methane gas turbines to power Colossus 2, its new mega data center located very close to the Tennessee-Mississippi border. The news comes amid strong opposition from both the community and activists, who denounce that air and noise pollution in the area will increase since the turbines that were already operating are going to be doubled. They say on NBC that during the public hearing, none of the speakers spoke in favor of the project, but it ended up being approved anyway. Two years of controversy. It all started in 2024 with the construction of Colossus in Memphis, Tennessee. Months later, xAI received permission to connect to the electrical grid with a maximum power of 150 megawatts, but it was not enough. In the summer of last year, the Southern Environmental Law Center (SELC) revealed that there were at least 26 gas turbines operating without the necessary permits. In the end they ended up giving him permission to install 15 turbines permanently. Activist organizations such as NAACP have filed lawsuits against xAI for violating the clean air law. The map of xAI facilities spread across the Tennessee-Mississippi border. Source: Google Maps. Preparation: Xataka With one foot in each state. The decision to install 41 additional turbines has been made by the Mississippi Department of Environmental Quality (MDEQ), which is where the turbines will be located, but Colossus 1 and 2 are in Tennessee, as can be seen on the map above these lines. That the data centers are in one state and most of the turbines in another is no coincidence. Although the clean air law It is the same for both, in practice Mississippi is being much more lax when it comes to applying it, as has been demonstrated with this decision. Although there is a border in between, we are talking about the same metropolitan area, so the effects on air quality harm both sides of the border equally. To put it more into context, between Colossus 2 and the facility where the turbines operate there is less than 2km of distance that can be traveled in less than 7 minutes by car. How much this pollutes. Memphis is one of the states with the worst air quality in the US, so much so that It is known as “the capital of asthma”. They recently counted on Electrek which, according to xAI’s own request, we are talking about 6 million tons of greenhouse gases and 1,300 tons of harmful atmospheric pollutants (nitrogen oxides and sulfur dioxide among others) each year. And they also point out a striking detail: while all this is happening, Tesla boasts that in 2024 it avoided the emission of 32 million tons of CO2. The level of cynicism is also through the roof. Image | xAI In Xataka | We have been talking for years about how AI consumes a lot of water. Everything comes from a book that was invented

A wind farm in Tudela is going to lose most of its wind turbines. And despite this it will produce much more energy

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The useful life of wind turbines is between 20 and 25 depending on the location and can reach up to 30 with some investments. The old blades are then removed and They are recycled in the most diverse ways and the wind turbines (some) are replaced by others. Or almost not, because the iconic Montes de Cierzo wind farm in Tudela is practically going to stay bald. Paradoxically, it will produce almost double. The skyline of Montes de Cierzo is going to change a lot. One of the autonomous communities that previously and most intensively opted for wind energy was Navarra, reaching become the Silicon Valley of wind turbines. Its deployment began in 1994 in the Sierra del Perdón, covering its territory from north to south that decade. What does that mean? Taking into account its useful life, in recent years there has been a renewal of its machinery. Latest, that of the Montes de Cierzo in Tudela. On the Statkraft roadmap is removing these veteran wind turbines from the Navarre park this year, removing 41 wind turbines to replace them with four latest generation models. Before, in the first phase of this renovation project, had already retired 44 machines to replace them with 10. In short, the park is going from 85 wind turbines to 14, with what that means in terms of visual impact. For this purpose, the company will allocate 40 million euros and has already been selected to receive aid of up to 24% from the IDAE. Less mills, more energy. Of course, the wind turbines will have a nominal power of around 6.5 MW (standardized by common companies such as Siemens Gamesa either Nordex). Thus, when the park is operational, there will be 84% fewer wind turbines disturbing the horizon of the Ebro Valley, but that will not mean that Monte del Cierzo takes a step back in energy supply, quite the contrary. We are facing a full-fledged repowering: the installed power will go from 60 MW to 90 MW, growing by 50%. Annually, the production estimated by the Norwegian company will go from 145 GWh/year to around 300 GWh/year, almost double. This change of wind turbines will be accompanied by storage systems. Repowering with hybridization. Having fewer mills and producing more is the standard for updates, but this project hides a technical singularity: the incorporation of a lithium ion battery system with 14.26 MW of power and 28.51 MWh of capacity. In fact, it is one of five projects by a Norwegian company to combine sun or wind and storage. only in the Spanish state. With a loading and unloading capacity of two hours, the park will be able to carry out peak shaving and energy shiftingor what is the same, smooth out production peaks and be able to move energy at times where it is needed or the price is higher. In addition to better peak management and improving efficiency, the company explains that this system will allow you to reinforce the security of supply. Why is it important. Because although there are fewer machines, power increases by 50% and production doubles. Furthermore, with this system the wind farm will function as if it were a bank: if there is excess energy, it will be stored for when the wind stops or there is high demand. In this way, it minimizes one of the endemic evils of renewable energy such as wind or solar, which depend on external and unrelated factors such as the climate. On the other hand, cleaning the horizon by almost decimating the number of wind turbines is also important from an environmental point of view. Finally, Statkraft has explained that will prioritize companies in the area in the construction of the project, which will directly generate employment in 2026. In Xataka | The solar miracle that went wrong: Spain produces more electricity than it can manage In Xataka | We have a problem with heat in buildings. A Navarrese investigation knows how to cool them without air conditioning Cover | Statkraft

It has been so windy in Spain that the wind turbines have been disconnected

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Spain woke up this Wednesday, January 28, 2026, under the effects of a storm of cold, snow and wind that has gone beyond the collapses on the roads. The storm Kristin has not only covered in white the center of the Peninsulacausing major traffic jams and a rise in teleworking in Madrid, but has also forced the system operator, Red Eléctrica de España (REE), to execute emergency measures to prevent the electrical balance from being compromised. Two hours of tension. Between 08:00 and 10:00 in the morning, REE was forced to activate the call Active Demand Response Service (SRAD). The reason was a specific but severe mismatch between generation and available demand. According to operator datathe system suffered a deficit of just over 2 gigawatts (GW). The forecast pointed to an operating power of 38,526 MW, but reality remained at a peak of 36,517 MW at 08:50 hours. This imbalance, which is technically known as a problem in the so-called “morning ramps“was due to a paradoxical phenomenon: excess wind. Although wind power is a key piece of the electricity mix, when gusts exceed certain safety thresholds, the wind turbines must be disconnected to avoid structural damage. The “wind blackout.” This phenomenon made the actual production would plummet to 7,500 MW, compared to the 12,500 MW initially planned. Added to this factor was a “secondary effect” from Portugal, where the storm also caused havoc, forcing imports to be reduced of electricity to Spain from 2,300 MW to just 800 MW. As wind energy expert Sergio Fernández Munguía explains on their social networksthis disconnection is not an anomaly, but rather an automatic protection mechanism. In situations of extremely strong winds, higher than the operating limits of the wind turbines – around 25 meters per second, about 90 kilometers per hour – the turbines are stopped preventively to guarantee their integrity. A physical limit that makes extreme wind an operational risk factor for renewable generation. The “red button” for the industry. The SRAD is the successor to the old “interruptibility”. This is a mechanism included in Operation Procedure (OP) 7.5 which allows REE order large industrial consumers to temporarily reduce or stop their consumption to relieve the network and guarantee reserve levels. Around thirty companies from different sectors and sizes participate in the service, with a minimum demand of 1 MW. These companies receive a reward both for being available and for each effective activation. In the last auction, held on November 28, 2025, 1,725 ​​MW were awarded for the first half of 2026, with a total cost of 255 million euros that ends up having an impact on consumers’ electricity bills. This Wednesday’s execution took place in two blocks. The first, 865 MW, at a price of 116.47 euros per MWh; and a second block of 860 MW at 120.90 euros per MWh. In total, 1,725 ​​MW of industrial power was paralyzed, the maximum available in this period. The role of gas and criticism of the system. Given the fall of wind power and practically no solar production at those early hours, the system depended on gas backup. The combined cycles went from generating about 3,000 MW at 6:00 in the morning to more than 8,000 MW at 9:00. However, this effort was not enough to fully offset the loss of renewable generation. According to industry sources consulted by The Energy Newspaperaround twenty combined cycle plants – around 8,000 additional MW – were not coupled or in immediate operational reserve, which prevented their rapid entry into the system and precipitated the order to stop industrial consumption. What can we expect in the coming months? Despite the spectacular nature of the measure, the official message is one of calm. Electrical Network has underlined in its statements that “the continuity of supply has not been compromised at any time” and that the activation of the SRAD has the sole objective of guaranteeing the system’s safety reserve levels. However, the scenario for 2026 poses relevant challenges. The operator estimates that during this first half of the year around twenty SRAD activation orders could be issued if similar stress situations are repeated. This mechanism is not the last link in the security chain, but it is a critical defense against abrupt power variations in a system with a high penetration of variable renewable energies. The challenge of intermittency. What happened this Wednesday once again puts on the table the challenges of operating an electrical system that is increasingly dependent on the weather. The rapid activation of the SRAD and the support of gas prevented greater evils, but the episode reinforces the need to have firm reserves – such as hydraulics and combined cycles – and industrial flexibility mechanisms capable of shielding the network against unforeseen meteorological events in the future. Image | Unsplash Xataka | Inspecting an offshore wind turbine no longer requires stopping it: the drone that uses AI to ‘x-ray’ moving blades

Wind turbines planted in the middle of the ocean were a maintenance challenge. Until the scanner drone appeared

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Until very recently, performing a “health check” on an offshore wind turbine was a complex, slow and, above all, expensive logistical process. The industry standard dictated that to inspect the blades, the turbines had to come to a complete stop while specialized technicians traveled by boat to perform manual inspections. This practice represents a direct interruption in the generation of clean energy and loss of income for operators. However, this scenario has changed thanks to Danish startup Quali Drone, which has successfully completed the first contactless drone inspection of a fully operational offshore wind turbine. The landmark in the Baltic Sea. The setting for this advance has been the Rødsand 2 offshore wind farm, operated by RWE since 2010 off the coast of Denmark. There, the AQUADA-GO project team showed that it is possible for a large drone to fly autonomously at a short distance from the blades while they rotate at high speed. As detailed by RWEthe solution has gone from a laboratory experiment to an operational concept successfully demonstrated in real offshore conditions. “We have shown that it is possible to inspect offshore wind turbines with a drone equipped with a visual camera while the turbine is operational,” says Jesper Smit, CEO of Quali Drone. More in depth. To operate in the hostile conditions of the sea, no conventional equipment has been used. The drone is an advanced hardware platform designed for high-precision missions. State-of-the-art sensors: The drone is equipped with high-resolution cameras, infrared thermography and artificial vision systems. Autonomy and precision: It uses mission planning software and an online data infrastructure that allows the drone to track the movement of the blades autonomously. Digital Twins: The technology employs “Digital Twins” to document errors and ensure reports meet industry standards. Subsurface Inspection: Unlike traditional optical methods, this system can scan the internal layers to find damage that is not visible from the outside. Beyond the drone: what the human eye cannot see. The drone is not limited to taking photographs; It is an advanced diagnostic platform. As Xiao Chen explainsassociate professor at DTU (Technical University of Denmark), have developed artificial intelligence models that use algorithms deep learning to identify anomalies. This “digital brain” is capable of detecting everything from surface erosion to internal structural fractures through the use of thermography. Additionally, the AI ​​model learns with every flight: each inspection feeds the system with new data, making it smarter and more accurate each time it is deployed at a wind farm. A paradigm shift. This breakthrough is not just a technical feat; It has profound economic and environmental implications. According to Energy Cluster Denmarkthe impact of the AQUADA-GO project is summarized in compelling figures: Cost reduction: Savings in inspections of at least 50% are estimated in the future. Energy efficiency: By not stopping the turbines, green electricity production is maximized and the levelized cost of energy (LCOE) is reduced by 2% to 3%. Safety and Climate: The risk for workers is reduced by avoiding the deployment of ships and technicians at height, also cutting CO₂ emissions associated with maintenance by between 30% and 50%. Economic driver: This technology is expected to generate between 33 and 55 new full-time jobs and increase the revenue of the companies involved by up to 230 million Danish crowns after commercialization. Towards a smart wind industry. What started as scientific research in Denmark is today a “market-ready commercial solution”, in the words of Jesper Smit. The ability to monitor blade health continuously and without interruption could be the missing piece to make offshore wind energy even more competitive and safer. Image | RWE Xataka | Northern Europe has launched itself into offshore wind. The problem is that there are countries that ‘thieve’ wind

Meeting the energy demand of AI is leading to desperate measures. How to reuse old airplane turbines

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The AI ​​race has put the electrical infrastructures of half the world in check. Data centers need more and more megawatts, and they need them now. But the energy industry does not play at the same pace, which explains why there are companies installing airplane engines next to these huge graphics card farms. Two options, two problems. When a company builds a new data center for AI, it has two options. The first is to connect to the electrical network, but according to IEEE Spectrumpermits to carry out interconnection can reach eight or even ten years in some regions. AI, however, advances in a matter of months, and cannot wait a decade. Hence, many companies, like Elon Musk’s xAIopt for option 2: build their own power plant on the site. This is not without problems either. Global demand for gas turbines has skyrocketed, and not just because of AI, but because of economic growth in Asia and the Middle East. Manufacturers such as GE Vernova or Siemens Energy have waiting lists of three to five years, and for larger models, the period is longer. As noted in a report by Public Powera new gas plant project commissioned today could begin operating in 2032. Aircraft engines as power plants. This bottleneck has caused, on the one hand, that turbine manufacturers rub their handsand on the other, that companies sharpen their ingenuity. And this is where aeronautical engineering and the reuse of aircraft turbines come into play. The concept of using aircraft engines to generate electricity is not new. They are known as aeroderivative turbines: they are smaller, lighter and easier to maintain than heavy industrial turbines. What is new is the scale and urgency with which this solution is being implemented. From a Boeing 747 to the data center. An American company called ProEnergy has become a protagonist of the trend with a simple plan: buy used jet engine cores, specifically the CF6-80C2 model of the iconic Boeing 747, and adapt them. These engines, after decades of service in the air, are disassembled, reviewed piece by piece and rebuilt for a second life on dry land. The result is the PE6000 unit, a gas turbine that, as detailed the popia companyis capable of generating 48 megawatts (MW) of electricity. A single one of these units can power a small or medium-sized data center, or a city of up to 40,000 homes. A bridging solution. The reality is that these converted aircraft engines are not the definitive solution, but rather what the industry bridges for the first years of operation of its data centers. “Both projects are designed to provide bridge power for five to seven years, which is when they hope to have interconnection to the grid,” says the CEO of ProEnergy. But business is good. The company has already sold 21 of these turbines for two projects, adding more than 1 gigawatt (GW) of capacity thanks to its speed of delivery. Companies can buy a turbine from ProEnergy by 2027 or wait a decade to build a conventional plant. Everyone wins. Except the environment. It is gas that ends up burning in order to have these data centers operational in record time. Image | ProEnergy In Xataka | If the question is “how does having a data center next to my house affect me”, in the US they already have an answer: 267% more expensive electricity

He was deported to China after co -founding NASA’s JPL. Now China has made one of his ideas come true: flying wind turbines

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In the mid -twentieth century, the United States made a decision that later A high position of the Navy described as “the most stupid thing that this country has ever done.” Qian Xesenan indisputable genius of aeronautical engineering, co -founder of the prestigious JPL laboratory of NASA, and a key figure in the development of American coheteria, was deported to China in 1955 accused of communist sympathies in full witch hunt. Qian, welcomed as a hero in his homeland, became the father of the space program and the development of Balistic missiles in China. Decades later, a new generation of Chinese engineers, heirs of the scientific ecosystem that helped build, has broken a world record with a technology that pursues an old ambition of Qian Xesen: wind turbines that fly like zepelins to harvest the energy of great altitude winds. A Zepelin anchored to ground to generate electricity On October 10, in the heavens of Jingmen, province of Hubei, a 23 -meter long aerostate with a leadable appearance rose to 500 meters high. It was not a transport or surveillance vehicle, but The S500, a floating wind energy system That, at that altitude, began to generate more than 50 kilowatts of power. With this flight, China not only launched an innovative project, but sprayed two world records that until now He held an American MIT research team: The one with the highest flight altitude for such a turbine (the previous one was 297 meters) and the one with the highest power generated (compared to the previous 30). The concept, developed by the Sawes company In collaboration with the University of Tsinghua and the Chinese Academy of Sciences, it is as elegant as complex. The system uses A member of helium filling to raise a wind turbine to altitudes where the wind is much stronger and more constant than on the surface. The electricity that generates is transmitted to a station on land through the same high strength cable that anchors the structure. The advantage of this design is clear: the energy that can be extracted from the wind is proportional to the cube of its speed; already hundreds of meters high, Winds are not only faster, but also more stablesignificantly reducing the intermittency that it lills to the terrestrial wind farms. According to developer calculations, wind resources in the stratosphere on a region like Hami, in Xinjiang, are 40 times higher than those of the surface. Of emergency situations to the generation at network scale The S500 and its successor, the S1000 of 100 kW Proven for the first time in Januarywere developed for emergency rescues, urban security and places of difficult topography. In case of earthquake or flood, the system can be deployed rapidly to provide energy and communications in the disaster area. But Sawes’s ambitions go much further. The company He just finished assembly The following model on its road map: the S1500, designed to operate 1,500 meters of altituderepresents a jumping of the capacity in capacity, with a power of generation of 1 megavatio. It is proof that technology not only looks for niches such as emergency response, but aspires to become a renewable energy source at an electricity scale. To achieve this power, the S1500 integrates a complex system of 12 generators that operate simultaneously inside its central duct. The key for such a powerful system to fly is material engineering: generators are manufactured in carbon fiber To minimize the weight, maintaining the complete structure below a ton. Like his little brother, energy becomes electricity in the airship itself and low to land through an anchor -integrated cable. With this design, Sawes has attracted the support of important investment funds and contracts that already exceed 500 million yuan (about 64 million euros). The company has opened an assembly plant In Yueyang. The story of Qian Xesen is one of the greatest anecdotes about the unforeseen consequences of fear policy. As you tell Los Angeles Timesthe man who interrogated Wernher Von Braun and laid the basis of the JPL was separated and returned to a country that, at that time, had a much lower scientific development. He took care of changing that, and now his heirs are materializing some of his ideas in his native country. Images | Sawes In Xataka | How China became a nuclear and spatial power in the most unexpected way: with a student of the mit expelled by the US

In Peru, a company has had an idea to take wind energy directly to your home: turbines as a lay way

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Lego pieces have accompanied generations as a way to create without limits: blocks that are stacked on each other to form houses, cities, rockets, whatever the imagination allows. Over time, the designs became more sophisticated, with complex structures and realistic themes. But in essence, everything is still based on a simple idea: build, piece by piece. Now this idea must be extrapolated to another context as important as the generation of energy. In a world where taking advantage of every centimeter of space is vital – especially in cities – thinking of installing a wind turbine at home may seem crazy, but it is not so far from reality. A new design. A Peruvian startup, Eolic wall, has developed A new way of understanding wind energy, moving away from the traditional model of huge blades anchored in the landscape. Instead, they have created a system of modular, compact and stackable wind cells, with a square shape. Innovation. This technology has an aerodynamic design that allows speeding of the wind that crosses them, which allows to generate more electricity even with moderate breezes. Unlike traditional turbines, Eolic Wall rotor It is sustained by a peripheral ring that improves wind capture and allows a more compact design. Also, thanks to its modular design It can be stacked vertical or horizontally as construction pieces, adapting to the environment and energy demand. You can add more units over time. Willn’t there be such stuck problems from another? A common question is: “Willn’t several be saved from each other?” In traditional wind farms, turbulence between turbines reduce their performance if they are too together. However, Eolic Wall has solved this problem with an internal aerodynamic chamber, which protects the flow of the wind inside each cell. Thus interference is avoided and can be installed in places where it was unthinkable to put a turbine, such as buildings or urban courtyards. A unique peculiarity. The use of permanent strategically located magnets reduces almost zero the friction of the system. This not only improves performance, but also reduces wear and extends the life of the cells. In addition, by eliminating almost all friction thanks to its magnetic system, common maintenance and mechanical wear problems affect conventional wind turbines are faced. When will they be available? Although there is not yet an official mass launch date, Eolic Wall already It has been recognized by Forbes magazine as one of the best startups in Peru in 2024. It is currently developing pilots and Looking for alliances Strategic to climb your technology. Other systems. Eolic Wall is not alone in this tendency towards miniaturization and urbanization of wind energy. There are other interesting proposals, such as LTO TURBINA ARCHIMEDES (LIAM F1)which is committed to a helical design inspired by the Archimedes spiral to capture the wind from any direction. For its part, The turbines flowerknown for its aesthetic design in the form of a flower and its ability to function in proximity without losing efficiency. Self -consumption is no longer just solar. The future of energy self -consumption no longer depends solely on Fill the roofs of solar panels. Wind energy is gaining land in the urban environment, and proposals such as Eolic Wall are marking the way. Because maybe shortly, you can see Small stacked turbines as if they were Lego pieces. And we will not say it figuratively. Image | EOLIC WALL and Mathijs Dubbeldam Attribution-Nancommercial 2.0 Xataka | The University of Oxford has found reservations of an energy source for 170,000 years. And he has the recipe to exploit them

France is installing turbines under the sea to exploit the renewable energy source that never ceases: the tides

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In the heart of the sea, where the powerful tidal currents move to the rhythm of lunar gravity, an energy revolution is being created that promises to transform the future of Europe. France has a continuous energy with a large -scale installation. The project. French company Normandie Hydroliennes has created The NH1 initiative to generate energy from sea currents. The installation will consist of four seniomotor submarine wind turbines that will be located in the Raz Blanchard, a sea step known for its currents. The great support. EU 2023 Innovation Fund He has subsidized to the project with 31.3 million euros. In this way, Europe expects to integrate tidal energy into the energy mix in France and Europe, adding a constant and predictable source to avoid Intermittent energy problems. The largest in Europe. Thus it will be thanks to the AR3000 turbines, which are considered The most powerful in the world in the mareomotor energy sector. Each turbine will have a 3MW power and a 24 -meter rotor diameter and, its advanced control system will constantly adjust the speed and angle of the blades to optimize the production of electricity. It should be added that the marine structure of these turbines allows them to be installed in just 20 minutes. Stable energy. An interesting small fact is that this type of renewable energy offers a stable and continuous supply, thanks to Natural forces as the lunar gravity that generates the tides and moves the oceans continuously. Energy sending. The energy generated by the turbines will be transported to the ground through a single export cable, which facilitates the connection of multiple turbines to transmit the electricity generated efficiently. This type of very demanded cables in Europe It has made effective The network connection between England and Denmark, among other projects. However, too It has been target of objectives In geopolitical conflicts. The occasional setback. Like any type of large -scale system, problems may appear. The company has indicated that the design of the project minimizes the environmental impact and reduces costs, but problems may arise due to the extreme marine conditions of the sea pass. As for the marine impact, problems may arise of local fauna and flora. Forecasts. From the French company have indicated which will provide 34 GWh per year to the France electricity network from 2028. In addition, they have estimated that this energy source has a potential of up to 100GW by 2050, supplying the electrical needs of 94 million homes throughout the continent. Image | Wiseed Xataka | Oceanic energy is the new promise of renewables. And Japan is already testing a gigantic turbine

China is improving both its wind turbines that Germany only finds an explanation: spies

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Espionage is an art that requires adequate ingenuity, strategy and tools. But if we talked about using wind turbines to obtain information, it would seem science fiction. However, reality exceeds fiction, China has been accused of spying on Germany. Short. A group of German experts has detailed In a report that Chinese manufacturers could be using sensors in wind turbines to collect unauthorized data in Germany. In detail. The report, commissioned by the German Ministry of Defense, suggests that Chinese companies They could use sensors of turbines to extract confidential data or turn off the turbines remotely. In addition, they have recommended suspending wind projects that have a Chinese signature, the first being the Waterkant Marine Park. And what does China say? China’s Chamber of Commerce (CCCEU) has described the report as “technically unlikely and lacking a factual basis.” From the Chinese agency they have assured that companies are complying with European regulations. In addition, they have argued that concerns about security, related to data collection or remote control, are a pretext to block Chinese companies in the European market, which could affect loyal competition and international commercial relations. But can the turbines be used to spy? According to the CCCEU and Chinese experts, wind turbines They are not equipped to spy. The sensors are designed to optimize performance, monitor failures and protect wildlife. In addition, the remote control and management systems of wind farms, such as Waterkant, are managed by German and European companies. From the Chinese part they reinforce the idea that these allegations are unfounded and part of an attempt to protect the local market. But in defense. Marine wind projects have been suspended for military security concerns such as It happened in Sweden. The reason is because a wind farm can affect the arrest and monitoring of missiles due to the dimensions of a wind turbine. However, other countries are using them in their favor as the case of Poland, which has installed radar and sound systems among wind turbines. In addition, a similar strategy is addressing Windeurope together with NATO and the European Defense Agency (EDA) with the creation of a new project: Symbiosis. In it they seek to deploy marine renewable energies in the maritime defense space and create synergies to address them. Other accusations of espionage to China. It is not the first time that the Asian giant is accused in the German country, less than a year ago, three suspects They were arrested for stealing military technology. He was also accused of Early Europe With its secret space plane. It should be added, all the material you are designing to improve your espionage skills as Use Starlink signals to detect spy and drones airplanes, or A camera that identifies faces 100 kilometers. Finally, the Asian country It is developing A espionage agency, the Guoanbu, to become the first world power by 2049. The approach is based on economic and technological intelligence, along with cyberspage capabilities. Forecasts. Right now the US tariff replication has left a vacuum In global trade, which China is taking advantage of exporting its exports. For that reason, China wants to continue investing and working with the European Union. Despite this friction, bilateral shops They have reached The 5,591 billion yuan (771 billion dollars) in 2024, reflecting an interannual increase of 1.6 percent. Image | Pixabay Xataka | Finland has a problem with renewables. You will solve it by building a storage megabattery

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