overwhelming

China is giving an overwhelming lesson in nuclear power plant construction to the rest of the planet

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The time it requires the construction of a nuclear power plant From the moment the concrete is poured until the moment it is connected to the electrical grid, it takes between 15 and 19 years in the West; between 7 and 9 years in Asia and the Middle East; and 6 to 10 years in India and Russia. And the total cost of the project usually ranges between 24,000 and 60,000 million dollars. Barakah 4 nuclear power plantin the United Arab Emirates, has four nuclear reactors, took 9 years to build and cost $24.4 billion. On the other hand, the nuclear plant Hinkley Point Cin the United Kingdom, clearly illustrates the execution problems faced by some Western nuclear projects. After several delays Its first reactor will come into operation at best 13 years after the start of construction of the plant. And its final cost will exceed 50 billion dollars. At an intermediate point, Vogtle Unit 4 is established, in the US, which has taken 11 years to be operational and has cost about 35 billion dollars. As can be expected, the number of reactors and the technology they use have a profound impact on the cost of the plant and the time that needs to be invested in its development. Even so, as we have just seen, construction costs and time vary greatly from one region of the planet to another, especially if we introduce China into the equation. And in this scenario the country led by Xi Jinping is unbeatable with a average construction time of 6 years per nuclear plant and a cost of $2,500/kW compared to the 10-year average and almost 8,500 dollars/kW for the rest of the planet. China’s recipe is the most competitive Shangwei Liu explains clearly in the article you published on the website of the Roosevelt Institute what is the strategy that China has devised to reduce the cost and time invested in the construction of its next-generation nuclear power plants. Its plan is based on two pillars: the reconstruction of the supply chain and economies of scale. To a large extent, China’s success is due to the fact that it has managed to create a national supply chain that is immune to the ups and downs and instability of the international market. In addition, it has a lot of qualified labor in all links of its supply chain. There is only one country on the entire planet capable of approaching China’s numbers in this complex and demanding scenario: South Korea. On the other hand, the economy of scale that has given China so much joy in a very wide range of markets also has a place in the production of the components required by nuclear plants. Furthermore, when replacing components manufactured abroad by local elements This Asian country managed to drastically reduce costs during the first decade of this century, and stabilize them during the last decade. However, there is another factor that works in China’s favor and that we cannot ignore: its coordinated industrial policy and stable regulatory framework allow it to carry out long-term planning. There is only one country on the entire planet capable of approaching China’s numbers in this complex and demanding scenario: South Korea. Its latest nuclear plant projects show a cost of between 3,500 and 4,500 dollars/kWwhich places it close to China, with 2,500 dollars/kW, and well below the average of 8,500 dollars/kW for the rest of the planet. This achievement is the result of approaching nuclear energy as an industrial assembly line and not as a set of isolated engineering projects. Again, economy of scale makes the difference. The US numbers are much less favorable. And the total cost of its latest nuclear plants exceeds $15,000/kWalthough presumably this figure will moderate until it barely exceeds the $10,000/kW in future projects. If Western countries want to drastically reduce their costs and moderate the time it takes to construct their nuclear power plants, they will necessarily have to look towards China and South Korea. The reconstruction of their supply chain is essential, and, in addition, they will have to resolve the crossroads posed by the commitment to large reactors, or by compact modular reactors. At the moment there are no other options on the table. Image | Generated by Xataka with Gemini More information | Roosevelt Institute In Xataka | The future of energy is floating in the Arctic: Russia’s ace up its sleeve is a nuclear plant

Europe has just measured how much wind potential Spain has left. The answer is an overwhelming first place

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If we look at the sky and our plains, the country is an undisputed giant. According to official data from the Wind Business Association (AEE)wind energy is already the first source of electricity generation in our country, covering an impressive 24% of national demand. With more than 31,600 megawatts (MW) of accumulated power distributed in 1,412 wind farms, Spain has consolidated itself as the second country in Europe (only behind Germany) and the sixth in the world in installed power. However, behind this success of “emptied Spain” a broken bridge hides. The wind blows and the blades turn, but we lack the cables to bring that clean energy to the cities and factories where it is actually consumed. And right now, when bureaucracy threatens to suffocate the sector, Europe has just put on the table a report that shows that what we have built to date is just the tip of the iceberg: the margin for growth that Spain has left is not only large, it is overwhelmingly higher than that of the rest of the continent. An overwhelming first place. The confirmation has come directly from Brussels. The Joint Research Center (JRC) of the European Commission has just published the second edition of the report ENPRESSO 2. This scientific document does not make estimates on the fly: it measures the feasible technical potential of onshore wind energy in Europe with a very high geographical resolution of 1 square kilometer. The results position Spain as the leader of the entire EU by a very wide margin. As the expert Joaquín Coronado explains:the figures are stratospheric. In the reference scenario, Spain reaches a technical potential of 183.9 gigawatts (GW) of installable capacity and 415.4 TWh/year of generation. More than double that of Romania and Sweden, the next in the ranking. If we cross this with our current capacity, the conclusion is stunning: the ceiling is very far away. How do we lead with such advantage? The merit of this first place is even greater if we understand how it has been calculated. The European Commission report has applied very strict filters For an area to be considered suitable: the mills cannot be more than 5 kilometers from a road, nor more than 3 kilometers from the electrical grid, and must respect minimum distances from population centers (1 km) and protected areas such as Natura 2000. After passing all these demanding filters, 5.8% of the Spanish territory is available and suitable to house wind turbines. As Coronado explainsour low relative population density in those areas where it is windier gives us a brutal competitive advantage. We are much less sensitive to changes in separation distances (so-called “setbacks”) than densely populated countries such as Germany, France or Poland. Even if Europe forced us to move 2 kilometers away from towns (the most restrictive scenario), Spain would still retain 52.8 GW of potential. It’s not all lights. The energy expert warns of a purely internal problem: “regulatory heterogeneity.” While national regulations establish a separation distance of 500 meters for populations, there are autonomous communities such as the Balearic Islands, Navarra or Valencia that require 1,000 meters, and others such as the Basque Country or the Canary Islands that request 400. This regulatory fragmentation means that the real potential varies drastically depending on which side of the autonomous border the wind blows. The bureaucratic infarction of a “full” network. At this point in the x-ray, it is time to address the elephant in the room. As we have explained in Xatakathe Spanish electrical system suffers a serious administrative “thrombosis”. The network is not physically collapsed, but administratively “full” and underused. Panic broke out when the National Markets and Competition Commission (CNMC) was forced to delay the capacity maps until May because 90% of the nodes appeared in red. Faced with this bottleneckthe CEO of Red Eléctrica, Roberto García Merino, defends himself by remembering that they have 1.5 billion ready to invest, but the paperwork delays works that barely require a year of physical work for up to a decade. As if the internal traffic jam were not enough, we come across France’s external plug, whose pyrrhic interconnection (2.8%) isolates us and forces us to throw away cheap energy to protect its nuclear industry. The risk of dying of success. Spain finds itself at a historical crossroads. We have the climate, the soil, the wind and the endorsement of the EU. If we add to this wind potential the 19 GW of reversible hydraulics already in the pipeline, Spain has in its power to develop the most competitive emissions-free electricity mix in all of Europe. But to achieve that future, heat maps and reports from Brussels are not enough. It is necessary, as experts point out, to homogenize legislation between communities, compensate local populations and, above all, urgently expedite permits to build the network. As a summary from the sector: “The plans are very nice, but they have to be built.” Image | Carlos Teixidor Cadenas Xataka | Macron believes that Spain has “a problem” with renewables. What it really means is that they are “competition”

While the world desperately seeks rare earth, China has an overwhelming advantage: it’s called Wem

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It seems clear that it has begun A race On the planet: the search for Rare earths and the essential critical minerals for many of the sectors that mark the geopolitical agenda. The problem for 99.9% of nations is the same: when they seem to have reached a deposit there are already A Chinese flag. What is not usually explained so much is how Beijing does. The miliar origin. Deep in the mountains of center of China extends A monumental installation that transforms both the landscape and the global competition for strategic resources. It is a gigantic antenna of 500 kilowatts, with lines that are deployed over 80 and 120 kilometers, originally conceived to maintain communication with underwater underwater. This electromagnetic colossus, whose extension exceeds in five times the New York surfacehas been converted into a decisive instrument for the exploration of critical minerals, projecting signals capable of penetrating kilometers in the earth’s crust and revealing deposits that previously remained out of human reach. What began as a military project has become a Scientific and Technological Weapon which gives Beijing a remarkable advantage in the race for the resources that will define the future of energy and industry. Electromagnetic exploration. A study of the China Geological Survey (CGS), published in the Geophysical & Geochemical Exploration magazine, has detailed how the country has managed to monopolize Electromagnetic systems of ultra-high power. All platforms that exceed 100 kW are in Chinese territory, while the most powerful tool in the United States barely reaches 30 kW. The difference is not trivial: this technological leap has allowed Chinese geologists to discover in recent years sites of historical magnitude, such as the Greater gold deposit of the world, reserves Lithium ultra-extends and uranium veins in depths Never achieved. The research led by Chen Hui and his team affirms That these innovations consolidate China’s world position in electromagnetic exploration theory and technology, placing it far ahead of any western competitor. The challenge. As the superficial deposits of copper, lithium, cobalt and rare earths are exhausted, the exploration has moved to what geologists call The “Second Mineral Space”: An underground strip that extends between 500 and 2,000 meters deep. In this environment, the signs issued by mineral bodies are extremely weak and are usually buried under the cultural noise generated by electricity lines, urban infrastructure and extractive operations. The Chinese response has been to redefine the scale of prospecting: multiply the transmission power by above 100 kWflooding the subsoil with signs capable of crossing interference and reaching depths of up to 3,000 meters with unprecedented clarity. Advances in the subsoil cartography. The jump is not limited to power. While conventional techniques relied on two -dimensional models not suitable for complex structures, Chinese systems use Sensors distributed networks and multidirectional field sources that allow a real three -dimensional image of the subsoil. In the Jiama copper mine, in the Tibet, a controlled audio-magnetothelúrica tensorial study (CSAMT) reached unpublished resolutions at more than 3,000 meters, subsequently confirmed with drilling nuclei. These results They far exceeded to the Magnetotheluric of Natural Source, usually ineffective in saturated noise environments. The methods. One of the most prominent advances is the Electromagnetic method wide field, developed by Professor He Jishan, which allows you to obtain reliable data even in the so -called “nearby field zone”, where the records were not very useful. At the same time, the time-frequency electromagnetic systems are expanding the available information by measuring not only the resistance of the materials, but also its polarization and permeabilityessential parameters to distinguish between different types of deposits. The Wem project. And so we reach the clearest symbol of this ambition: The Wem project (Wireless Electromagnetic Method), whose colossal structure crosses China’s heart with two antenna lines arranged almost at right angles. This system, which began as a naval communication tool, has become the First electromagnetic transmitter of continental scale used in the prospecting of resources. In a national test carried out in 2023its signs were detected from Tibet to Interior Mongolia and Guangdong, more than 2,000 kilometers away. In the area of ​​Xiong’an there were magnetic fields up to seven times higher than the natural background noise, an unequivocal demonstration of the system’s capacity to impose itself on the most complex interference. Strategic advantage. In other words, with these Beijing technologies It is placed at the head of the struggle for the essential mineral resources for the energy transition and the green technologies: lithium for batteries, cobalt for high resistance alloys and rare earths essential in modern electronics. In contrast, most Western countries lack comparable systems and, except Russia, almost none use ultra-high power instruments in terrestrial prospecting. Even the most powerful teams manufactured in the West have been designed at China, which underlines the existing technological dependence. A new geopolitical board. China’s ability to identify deep deposits quickly Not only is it a scientific advantage, but also strategic. Control over technology and data places Beijing in a position to mark the rhythm of the discovery of resources in the coming decades. If you want, in a context where the energy transition redefines the global value chains, who controls access to lithium, cobalt and rare earth will control much of the industrial future. With the deployment of Giant antennas and electromagnetic systems Of unpublished power, China is making it clear that it does not intend to participate in the race: its goal is to win it. Image | Ilo Asia-Pacific, Herry Lawford, Terence Wright In Xataka | The great covered in the War of Critical Minerals is Tungsten. The US needs it and 83% have it China In Xataka | In 1978 Chinese engineers visited two key US companies. On his return an empire began: the rare earths

Japan expired its nuclear power plants after Fukushima. He has just reversed with a overwhelming law

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14 years after Fukushima disasterJapan has pressed the reset button in its nuclear policy with a new law that It has just come into force and will allow the nuclear reactors to operate beyond 60 years. Energy Pendulazo. Behind him 2011 disasterJapan imposed a strict limit to the useful life of nuclear power plants: they could operate for 40 years, with a possible extent to 60 years if they exceeded rigorous security tests. Now, that barrier has vanished as a solution to the energy challenges facing the country. Stop the clock. The law introduces an ingenious formula To extend the useful life of Japanese nuclear centrals: the periods in which a reactor has been inactive due to “unpredictable circumstances” will now not count in their operating age. This includes stops for security reviews or judicial suspensions, provided they are not due to a negligence of the operator. The clearest example is that of reactor 1 of the Central de Takahama. Inaugurated in 1974, he is the oldest in the country. After Fukushima, He was standing for about 12 years. With the new law, that time “does not count”, which would allow it, in theory, to continue working until 2047, reaching a useful life of 72 years. Of course, the new law is accompanied by a strengthening of supervision. The reasons for change. The 180 degree turn in Japanese nuclear policy responds to a perfect geopolitical storm. The Russian invasion of Ukraine shook world energy markets, evidencing the dangerous Japan dependence on imported fossil fuels. On the other hand, the government provides for a massive increase in electrical demand promoted by artificial intelligence and the manufacture of semiconductors, two strategic sectors for the future of the country. As a fourth world economy and fifth CO2 issuer, Japan has the ambitious objective of achieving carbon neutrality by 2050. Nuclear energy, free of direct emissions, is now an indispensable tool to achieve it. The new Japanese energy mix. The road map is clear: Japan aspires to Renewables are the main source of energy By 2040, but nuclear energy will play a fundamental role. For that same date, the country expects atomic energy to represent about 20% of the country’s energy supply, a gigantic leap from 5.6% of 2022. Image | Hirorinmasa (CC by-SA 3.0) In Xataka | The largest nuclear power plant in the planet is a beast with seven reactors. Is ready to return after Fukushima

The most “walkable” cities in the world, gathered on a map with an overwhelming winner: Europe

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Little by little, Europe has been expelling the car. It’s something that goes beyond low emissions areas: It’s almost cultural. The cities of the continent were designed tailored to the pedestrians in which the cobbled streets and the squares were usual and, although they have given way to the roads, that pedestrianization is coming back. And show that pedestrian power is this map elaborated by Visual Capitalist in which we see the 20 most passable cities in the world on foot. Spoiler: The 20 are European. The map. The data to prepare the map have been extracted from the study ‘A universal frame for inclusive cities of 15 minutes‘and the graph of The Economist And it allows us to visualize the average time that someone living in a city of 500,000 inhabitants or more has to walk to reach some basic service. These services or comforts include places such as schools, restaurants, stores or hospitals and, although cities must be scored to choose an order, the truth is that the average time is very, very similar among them. Average time. Thus, of the 20 most pedestrian or more passable cities on foot in the world, the first would be Milan (with an ideal center to walk, everything is said) and the last one would be Oslo. Of course, as we can see in the table that we leave below, the difference between them is not a nonsense: Milan 6 minutes and 24 seconds Copenhagen 6 minutes and 36 seconds Turin 7 minutes and 6 seconds Dublin 7 minutes and 24 seconds Lyon 7 minutes and 24 seconds Munich 7 minutes and 30 seconds Paris 8 minutes Marseilles 8 minutes and 6 seconds Genoa 8 minutes and 6 seconds Edinburgh 8 minutes and 12 seconds Berlin 8 minutes and 12 seconds Vienna 8 minutes and 18 seconds St. Petersburg 8 minutes and 18 seconds Bilbao 8 minutes and 24 seconds Bordeaux 8 minutes and 30 seconds MINSK 8 minutes and 36 seconds Stuttgart 9 minutes and 6 seconds Lille 9 minutes and 6 seconds Barcelona 9 minutes and 12 seconds Oslo 9 minutes and 30 seconds Characteristics. The European advantage over other countries and the characteristics that make cities more friendly to pedestrians are diverse. On the one hand, these big cities usually have historical centers that have been pedestrianizing or that were already. There are many examples, but cities like Amsterdam or Paris, among many others, They have gained ground to the car In recent years with more pedestrian areas of both the center and the school streets. Another important factor is that many of them were founded before the arrival of the car, so they were designed to reach everywhere. That is why there is a greater proximity to essential services and there is a green infrastructure such as squares, gardens and parks that are also inciting, in addition, to walk. On the other hand, public transport is also very developed, reducing the dependence of the private car. Advantages. There are many, but we can encompass them in one: health. Walking more and taking less the car implies that air quality improves because there is less pollution. Noise is also reduced, although these two factors are something that the electric car has potential to change. Having a more active lifestyle, it has positive consequences on health and the cardiovascular system and is something that promotes community life. Projects. All this has led to the fact that, as we say, Europe is friendly with the pedestrian, there are cities that are rethinking their urban model. In Spain, there are cities like Logroño that They have gained space to the car. Pontevedra is Another curious casewith 80,000 vehicles in the center in the late 90s only 7,000 in 2018. The idea is to have “15 minutes cities”And, although in Spain we already live in them, there are projects for large cities to be even more friendly. An example is the Supermanzanas of Barcelonahe XPANDE project of Burgos to convert 23,000 square meters into pedestrian areas, the regeneration of Bilbao, Valencia either Sevilleamong other large and small throughout the territory. Out of Europe? And, in fact, it is something that has been encouraged at European level. He WALKING PANEUROPE PLANor European Walking Plan, was an initiative to promote that pedestrian mobility throughout Europe, driven by common policies and focused on improving health. Outside Europe, then … there is everything. To find the first most passable city on the list, you would have to go down to 28th place, where Kyoto is. And, within the top 50, there are other cities that are not European such as Taipei, Katmandú, Taichung or Tokyo, all in the lowest part of the list. USA, Cochista region. On the other side of the end is North America. The United States and Canada are countries that have developed cities in a completely opposite way to European: prioritizing the use of the private car. The first on the list is Vancouver in 53 position and it is something that will be difficult to change despite the projects individuals of each city. The reason is that it is something cultural due to the urban design of its large cities, where suburban areas are They expanded big before and after Second World War and where the highways They won the ground to the neighborhoods very quickly, destroying communities and that model of “cities of 15 minutes”. Cities like Houston or Los Angeles They could not sustain themselves without the car, in fact. In the end, it is curious as, at least in Europe, the cities of the future seem to look at the past to recover a healthier and closest urban model. In Xataka | High speed lanes for pedestrians, the solution for all those who hate the slow sidewalks

An overwhelming cast with second season already announced, and already in streaming

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Eye to this cast: Michael Fassbender, Richard Gere and Jeffrey Wright, accompanied by secondary schools such as Jodie Turner-Smith, Katherine Waterston and John Magaro. A luxury squad for one of the most anticipated thrillers of this 2025 start: ‘The agency‘, who has aroused so much expectation that his second season has already been announced and that you can see now In Skyshowtime and In Movistar Plus+. In it we will meet An undercover agent of the CIA who receives the order to abandon his normal life to return to work in London. But when he falls in love, he is willing to sacrifice his work and his own identity to safeguard his private life, which will precipitate an international intrigue where they are involved, among others, a veteran agent of the organization. Behind ‘The Agency’ are the brothers Jez and John-Henry Butterworth, screenwriters of ‘Indiana Jones and the Dial of Destiny’. Signing the first two episodes is Joe Wright (‘The darkest moment’), which makes it very clear that we are facing a high -budget product, which is noticed in its action sequences (although the series has a rhythm that is cooked over low heat, and where intrigues abound in offices than the thrilling persecutions) and cinematographic finishing. At the moment, Skyshowtime (which presumes this series, rightly, as one of the most outstanding elements among its premieres this month) It has only released the first two episodes of ‘The Agency’. The issuance of the same will last to the ten chapters, so we will have time to get the meticulous rhythm and the oppressive atmosphere of this new spy epic. Header | Skyshowtime In Xataka | This is how US spies cheated Russia in the 80s and sold savage chips to the Soviets

‘The island of temptations’ overwhelming in February

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Finally, it has neither ‘Big Brother’ nor ‘First Dates’ nor, of course, ‘Next Level Chef’ the Mediaset bet that has planted that roller of audiences that are ‘El Hormiguero’ and ‘La Revuelta’. He has been an old acquaintance of the house (eighth year already) in the genre that I rent the most of Telecinco (the realitiesSubsection beaches and sand), and with the unexpected help of this year’s great television viral surprise: Montoya. The frightened of Montoya. Montoya’s attempt to enter the house where his girlfriend was with one of the seducers has gone around the world for his many comic elements: the overflowing passion of the contestant, the screams of Sandra Barneda asking him to return, the (possible) good Physical form of the camera that had to follow him … all that made a more than possible script scene but, fiction or not, it was exciting, which has generated Thousands of memes in everyone. We are left with Don Pico Patobut yesterday Whoopi Goldberg It was a trend in Spain Because in his morning debate program he had spoken with his Dyslate of Montoya. Good audiences. Before the final explosion of Montoya we talked that the program had not started with audiences especially high. Last week, when Montoya began to be a family name, the season had an average audience close to 16% of Share, similar to last year. But from there, he has not stopped climbing. Strategies in search of audience. The tactic that Mediaset has carried out is to chop its Monday program, first issuing an “express” edition that retains interest and competes with ‘El Hormiguero’ and ‘La Revuelta’. This past Monday was issued between 22.06 and 23.10 and reached 14.9% screen share, an absolutely unheard of Telecinco (‘Big Brother’, when it was issued in that section of coincidence, it stays at 6%) . ‘El Hormiguero’ got 14% of Share and ‘La Revuelta’ 15%, with which Montoya was only a tenth below Broncano. From that point of the night the audience of the reality He shot, reaching 21.4% and defeating their competitors: the talent culinary ‘bake off’ and the Turkish soap opera ‘Renacer’. 9 out of 10. Even before the global domination of the Montoya Meme, ‘The island of temptations’ already had a brand to show off: 9 of the 10 most viewed emissions in January belong to them. It is a space that usually dominate the afternoon snakes of La1, but Montoy Prime Timebut certainly explains the interest that this new edition has aroused. The audiences, child. Since ‘the revolt’ they have always made references to the war of audiences with ‘El Hormiguero’, not taking them too seriously (especially, because frivolizing about their value is also a form of attack to those who do value them), and This Tuesday was Lalachus the one that referred to the entrance of the new contender. Broncano finished the issue with a reference to one of the most ridiculously viral aspects of suffering from Montoya: “The battle of the decade, interrupted by a pussy in the neck.” Header | Mediaset In Xataka | Broncano, Giró and Buenafuente: the plan of the new director of TVE to put the war of audiences up

The electric car is an overwhelming success in China. So much so that it makes no sense to call it like this

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The adoption of electric car in China It is far from what we have been watching in Europe for some time. Specifically, with a market share of 20% compared to just 6% in the EU, despite the efforts of manufacturers to electrify their fleets. This It has been growing firing for yearsthanks to direct subsidy policies, tax exemptions and, above all, a colossal investment in infrastructure. The world’s largest network for electric car recharge is there, with more than 8 million load points Ay Byd as a sales leader. The rhythm is being so vertiginous that, for some, the term “electric car” is beginning to become obsolete. The next step is the intelligent electric car. Catl word. Catl is the largest battery manufacturer globally, and one of the main weight names in the world of electric car. It provides batteries for many of the manufacturers, and at the annual meeting of the Davos Economic Forum put on the table A new term: ‘EIV’. Currently, we refer to electric vehicles such as EV (Electric Vehicle) but Pan Jian, Co -president of CALT, states that the term EIV begins to gain strength. The message is clear: the electric car is ceasing to be, simply, an electric car. Intelligence. Beyond marketing strategies, the reality is that the electric car is rotating much more than a car moved by electricity. Manufacturers like byd are planned to invest 13.6 billion dollars in IA development For electric cars. Others, such as Xiaomi, focus efforts on offering driver and Aito assistance systems, a company participated by Huawei, have given several lessons to European manufacturers about The autonomous parking. China leads the integration of intelligent technologies into electric vehicles, and the focus on software (in front of the chaos of some European manufacturers), It is a good proof of this. Upward forecasts. By 2025, It is expected that China sells a total of 12 million electric. To know if it is much or little, you can use the fact that in Europe less than one million were enrolled in Europe. Despite The obstacles that Europe wants to put to China In its price war, the country is enough and left over its local brands both in its land and outside it. Image | Byd In Xataka | NEW BYD ATTO 2: already available in Spain the bet of ByD in the electric car segment of 25,000 euros (or less)

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