Spain

In 1850, Almería inaugurated one of the largest hydraulic works in 19th century Spain. It was a complete disaster

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It is May 8, 1850, Níjar (Almería). Although the promoters have been trying for months, finally the inauguration of the Isabel II reservoir will not have the physical presence of the Queen which gives it its name. But they are not going to let that ruin the moment, their moment. We talk about what may be the largest hydraulic work of the Andalusian 19th century and one of the most ambitious on the peninsula: 35 meters of stonework built at will by more than a thousand private investors that culminate the old dream of the Duchess of Abrantes, to build a dam along the Rambla del Carrizal. A dam doomed to failure. Money in abundance. In 1821, in the heat of the mining boom in the Sierra Almagrera of Almería, Diego María Madollel He created ‘Irrigation of Níjar’ and obtained tax exemptions from the crown. The idea was simple: build a stone structure 44 meters long and 35 meters high with the idea of ​​irrigating more than 18,000 hectares in Campo de Níjar and Campohermoso. Over the next 40 years, Madollel would learn that there are many ways to fail. The first was almost immediate. The second took almost twenty years and the third, in 1842, with the constitution of the Níjar Reservoir Company, seemed to be the good one. The businessman gathered more than a thousand shareholders from Almería, Murcia, Málaga, Madrid and Valencia (people who had become rich from the mines, wanted to invest, but did not know much about the matter) and got the state to declare the project a ‘public utility’; but, five years later, the project could not get off the ground. It wouldn’t have started, but In 1848 the drought began. A persistent, sharp and prophetic drought… but that promoted the construction of the swamp. Madollel saw his opportunity and began selling water rights. The construction moved forward, the Murcian Jerónimo Ros took control of the construction and by 1857 not only the dam was finished, but also a very complex system of irrigation canals and pipes. Madollel had built a hydrological Ferrari: but the road was not in condition to go more than 20 kilometers per hour. How much everything goes wrong. Despite the very long development, the promoters did almost everything wrong. To begin with, they did not carry out hydrological studies of the area and that prevented them from realizing that the riverbed did not have enough flow to fill the reservoir or to irrigate 18,000 hectares. Furthermore, they did not realize that the regime of the boulevard was ‘torrential’: when it rains, it does so torrentially and that causes enormous amounts of sediment to be washed away. By 1871, the reservoir was completely blocked. The failure was enormous. Or almost. Because, although it is true that today the prey is a relic for hikersthe truth is that Madollel did have some vision. Today the Campo de Níjar is the epicenter of one of the largest seas of plastics in the country. The hydrological pressures are the same or worse, but this shows that it doesn’t matter how many times the climate twists our hand, the man is there to try again. Image | ANE In Xataka | The reservoir that would “never be filled” is opening its floodgates: 23 years later, the largest swamp in Western Europe is completely full

Europe is looking for a place to put its AI gigafactory. Spain and Portugal are showing all their renewable plumage

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There is a concept that should be familiar with: technological sovereignty. The United States is looking for her in terms of semiconductors so as not to depend on Taiwan. China wants her with the same goal and with the intention of strengthen your industry. And Europe is also pursuing it. Within this search is the idea of ​​strengthening European sovereignty in artificial intelligence by building AI gigafactories. And Spain and Portugal are clear about one thing: they want to be that node of European AI. InvestAI. Within this search for independence, the truth is that Europe has a long way to go. On the world stage, they depend on the Dutch ASML to create cutting-edge chipsbut Taiwan and China are the world’s factory and the United States has been a key partner both in software as in space matter. Seeing the recent course of the United StatesEurope has realized that it cannot depend so much on foreign alliances and that its key systems are not European, and it is going to dig deep into its pockets. 200 billion euros is what the European Commission’s InvestAI initiative has to invest in programs focused on the development of artificial intelligence. Within it, there are another 20,000 million saved to build gigafactories. GigafactorIA. Its name is quite revealing and it is about huge data centers with capacity for hundreds of thousands of chips with the objective of both training and inferring artificial intelligence models. The plan was launched a few months ago with the reconversion of seven European data centers in data centers for AI and with one objective: that European companies stop turning to foreign ones. For example, the French Mistral signed with Microsoft to be able to use its systems to train Le Chat. The idea is that this be done ‘at home’. It is estimated that one of these gigafactories may have more than 100,000 state-of-the-art AI processors and they are expected to be optimized to have low consumption, reuse of resources such as water and be a strategic node close to other companies, universities and serve to attract talent. Strategy. Spain has been for a few months tempting American companies to build their data centers in the national territory. Aragon has become one of those strategic pointsbut also Madrid either Tarragona. Now, there are other municipalities that oppose it (something that not only happens in Spain). Within this strategy of European technological sovereignty, Spain has two aces up your sleeve: Mora la Nova in Tarragona and San Fernando de Henares in Madrid. They are the two municipalities that could host one of these AI gigafactories and that would take advantage of the technological and energy infrastructure in the area to accelerate the projects. The information is not new, but now Portugal joins in. As detail From Moncloa, both countries are going to carry out a series of bilateral efforts to be at the energy and technological head of Europe, doing emphasis on the coordination of artificial intelligence projects. Because Spain wants the European gigafactory and Portugal too. The neighboring country is already developing a data center in Sines, and the two countries are playing their cards. Energy. Portugal plays the card that Sines has a good connection with the Atlantic submarine cables. Spain also has a powerful argument: if Europe wants AI gigafactories to be energy efficient, the country has a renewable infrastructure that can help make AI independent of gas or coal. Through the agreement between the two, the intention to collaborate to take advantage of the complementary capabilities and synergies between both countries is put on the table. Problem. There are several. On the one hand, the energy ones. Although Spain is one of the Europe’s powers in terms of renewable energyartificial intelligence demands a lot, a lot of energy at peak times. So much so that not only Big Tech have private projects to open nuclear power plantsbut it has been shown that it is necessary turn to coal to meet demand. Because AI needs sustained energy, but above all fast and immediately accessible in the most stressful moments. And there renewables only comply if there are huge batteries involved. On the other hand, Europe is now building its infrastructure… and it is the worst time. If you want gigafactories to have the latest generation chips, it means buying NVIDIA’s H200s. The problem is that these chips, which are currently leading the way, will be surpassed in the short term by a new generation. NVIDIA is already working at full capacity on Vera Rubinand it is not a more powerful chip, but a paradigm shift. This game of being at the cutting edge of AI is slow because the infrastructure has to be built. But, above all, it is expensive. In any case, the results on which countries will host the gigafactories are expected to be published this spring, and we will see if the Spain-Portugal candidacy convinces the Commission. Images | Moncloa, chaddavis In Xataka | Spain has a plan to capture more data centers than anyone else: “shield” them from energy costs

Spain has many options to manufacture the successor to the Airbus A320. We have advantages that our neighbors do not

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Airbus is going to have to make a very relevant decision within its business in the next decade, and that may affect Spain more than we think, although in a good way. We are referring to where the aeronautical giant will manufacture the successor to the A320, the best-selling single-aisle aircraft in the world. In this sense, Spain is running as a strong candidate, and even the CEO of the group himself counted that the country has ballots for it. Why this decision matters. The A320 is Airbus’ star product, the one that moves the bulk of its deliveries and the one that competes directly with Boeing in the highest volume segment of all commercial aviation. The program that replaces it will define Airbus’ industrial roadmap for decades, so the country that houses all its technological knowledge, investment and employment can give itself a good tooth in the teeth. In this context, Guillaume Faury, CEO of Airbus, counted during his meeting with the media at the Getafe plant that “Spain has many cards in its hand to attract these investments.” Where is Spain today? Airbus currently has eight centers and around 14,000 employees in Spain. The largest of them is the Getafe plant, the company’s headquarters in the country and its largest industrial facility in Spain, with nearly 10,000 workers. Added to this is the Illescas factory, specialized in carbon fiber structures, which would soon benefit from the A350 production increasegoing from 5-6 units to 12 in 2028. There is also a relevant presence in Albacete and Seville. “Basically all the activities we have in Spain are growing,” counted Faury. Advantages of Spain. Faury recognized that Spain presents “some competitive advantages over other European countries”, among them the progress in renewable energies, which can help contain energy costs, one of the factors that most concern the group on a continental scale. The CEO claimed also that Europe pays between 2 and 2.5 times more for energy than the United States or China, being a gap that hinders the competitiveness of this industry on the continent. Therefore, in this context, Spain can be a great asset for the company. Added to this is a supply chain with years of experience, qualified labor and a good relationship with the Government, according to Faury himself. But not everything is won. For Faury, the conditions that Spain must continue to meet for the award to be possible include competitive labor and energy costs, a reliable supply chain and a good availability of workers with the appropriate qualifications. He also warns that the challenge of competitiveness cannot be addressed only from a national perspective, but rather a European one. “If we want to keep the industry in Europe in the long term, we have to simplify the regulatory framework and guarantee affordable and available energy,” pointed out the CEO. Consider In this sense, we must “take the bull by the horns” in the face of a situation that he described as urgent. Cover image | Gabriel Goncalves In Xataka | AI seemed ready to destroy skilled employment. A new study with real data says something different: unemployment has barely moved

Spain is preparing a data center specifically designed to have AI for war. The surprise: it is in Soria

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More than two thousand years ago, on the hill of Numanciaits inhabitants preferred to resist to the end rather than surrender to the siege of the legions of Publius Cornelius Scipio Aemilianus. That story of defiance against a superior enemy has remained engraved in Soria’s memory as a symbol of resistance. Now, a few kilometers from that place, in the Valcorba industrial estate, the Ministry of Defense wants to build another kind of fortress: a data center named Numant-IA, where defense will no longer be measured in walls or swords, but in servers, algorithms and artificial intelligence. A unique project. While we live a technological-military schism in the USSpain accelerates in a project that precisely combines both sections. The Government has launched Numant-IA, a data center with a notable investment and totally dedicated to offering computing for AI. Here there are, yes, two notes that stand out. The full name of the project will be the Center for Advanced Defense Technological Capabilities, and its investment is part of the Annual Contracting Plan of the Ministry of Defense (Pacdef) from 2026. It includes 7,868 proposals and 156 framework agreements with a combined value of 10,102 million euros. Soria, new technological capital. The data center announced by the Government last September and that already it was outlined months before, it will have its headquarters in Soria. The project will take advantage of a space provided by the Soria City Council and that covers an area of ​​almost four hectares in the Valcorba industrial estate. Lieutenant General José María Millán, director of CESTIC, already warned then that said center will carry out the “incorporation of artificial intelligence systems for the benefit of the Armed Forces.” Military applications. The initial investment, which was 70 million euros, has been increased to almost 130 million euros according to El Heraldo de Soriaand will be assumed by the Ministry of Defense. Its resources will be used for applications that will process classified data in the area of ​​operations and logistics, and military applications will be an integral part of its mission. This project confirms other movements of the Armed Forces such as the development of Gonzalo, that “ChatGPT” for the army which is precisely designed to support this type of tasks safely. Employment and template. About 20 people will be a permanent part of the staff of this center that will operate 24/7 once it is operational. The construction of the data center, the Department of Defense states, will generate “a significant economic and employment impact on the city.” We know when, but we don’t know what. The Ministry of Defense has indicated that the project has a construction period of 24 months, and therefore they hope that it will theoretically be ready by early 2028. What we do not know is what type of infrastructure it will house or what the real capacity of the data center will be. 67.88 million euros will be dedicated to information systems and servers – unspecified, perhaps because they are not yet defined – while construction will be allocated 58.68 million euros and a third item of 1.65 million euros has no specified purpose. Sovereignty and decentralization. Choosing Soria as the location for this data center responds to the decentralization strategy of the Armed Forces. The defense budgets demonstrate this with a distribution of these funds throughout Spain in different projects that try to avoid the danger of excessive centralization of critical centers. The movement also answers to others that we have been seeing for months and that make it clear that in Spain and Europe they are trying to find solutions that allow us to have the highest possible degree of digital sovereignty. Image | Ministry of Defense In Xataka | Spain’s main problem is not weapons, fighters or drones: it is the number of hands it lacks to use them

Spain is betting its future in the semiconductor industry on a single card: gallium chips

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SPARC Foundry is one of the best assets that Spain can cling to to get on a train, that of semiconductors, currently guided with a firm hand by USA, South Korea, Taiwan, China and Japan. This Galician company, however, does not pursue producing silicon chips. In this area, competing with the five powers I just mentioned is essentially impossible. SPARC’s plan involves building a manufacturing factory in the Valadares Technology Park, in Vigo. next generation photonic semiconductors. The interesting thing is that these chips will not be silicon; They will be manufactured using gallium arsenide (GaAs), indium phosphide (InP) or gallium nitride (GaN), and will most likely have a leading role in the telecommunications, defense, automotive, consumer electronics, quantum computing or the aerospace industry. Be that as it may, SPARC will not tackle the GIGaNTE project alone. Indra leads it with a 37% stake in SPARC Foundrywhich places the latter group as the majority partner of the company specialized in the production of chips. According to SPARC and Indra, the Vigo semiconductor plant will be operational during the first half of 2027 and will have the capacity to manufacture up to 20,000 wafers per year when it is able to work at full capacity. An interesting note: GIGaNTE, the name of this project, has been designed around the chemical formula of gallium nitride (GaN). Gallium aspires to be the protagonist of the next generation of chips Photonic integrated circuits use photons to process and transmit information. Photons are the elementary particles responsible for forms of electromagnetic radiation, including the manifestation of visible light. They have no mass and are capable of traveling in a vacuum at a constant speed: the speed of light. However, something worth not overlooking is that although we are referring to them as particles, they also manifest as waves, hence the existence of the quantum phenomenon known as ‘wave-particle duality’ to identify the wave nature of light. Although, as we have seen, SPARC will produce photonic chips, the core of its business will revolve around gallium arsenide and gallium nitride. Unlike silicon, They are not elementary semiconductors. And they are not because the latter are characterized by being made up of a single chemical element, while gallium arsenide (GaAs) is composed of gallium (Ga) and arsenic (As), and gallium nitride (GaN) is composed of gallium (Ga) and nitrogen (N). SPARC is going to produce photonic chips and the core of its business will revolve around gallium arsenide and gallium nitride The term semiconductor is appearing many times in this article, so it is a good idea that we review what it is about before moving forward. A semiconductor is an element or compound that, under certain conditions of pressure, temperature, or when exposed to radiation or an electromagnetic field, behaves like a conductor, and, therefore, offers little resistance to the movement of electrical charges. And when it is found in other different conditions it behaves like an insulator. In this last state it offers great resistance to the displacement of electrical charges. In elements with electrical conduction capacity, some of the electrons in their atoms, known as free electrons, can pass from one atom to another when we apply a potential difference at the ends of the conductor. Precisely, this electron displacement capacity is what we know as electric currentand we all know intuitively that metals are good conductors of electricity. Curiously, they are because they have many free electrons that can move from one atom to another and, thus, they manage to transport the electrical charge. Gallium nitride and gallium arsenide are semiconductors, and this implies that under certain circumstances they are capable of transporting electrical charge. When the appropriate conditions exist, the mobility of its electrons is much greater than in semiconductors such as silicon or germanium. And this means that its capacity to transport electrical charge is also superior. Another very interesting property of these compounds is their high saturation rate. It is not necessary for us to delve into this parameter to the point of excessively complicating the article, but it is interesting that we know that it reflects the maximum speed at which electrons can move. through the crystal structure of these compounds. This maximum speed is limited by the dispersion suffered by the electrons during their movement. Gallium arsenide transistors can work at frequencies above 250 GHz This property has very important repercussions. One of them is that gallium arsenide transistors can work at frequencies above 250 GHz, which is a quite impressive figure. In addition, they are relatively immune to overheating and produce less noise in electronic circuits than silicon devices, especially when it is necessary to work at high frequencies. On the other hand, gallium nitride can work at very high voltages and reach extreme temperatures without its performance or stability being compromised. Besides, allows manufacturing compact and efficient transformers Because it dissipates little energy in the form of heat, it will most likely play a fundamental role in the charging infrastructure of electric cars and base stations for 5G communications. Image | Generated by Xataka with Gemini More information | SPARC Foundry In Xataka | Spain steps on the accelerator in its particular chip race. And it does so with a total commitment to integrated photonics

The almond trees throughout Spain are already in bloom and that is fantastic news for the sector. Or also a disaster

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40 years ago, on January 10, the father of Simplisíssimus told him it would be a bad year for the almond. The reason was simple: when the trees flowered early, the almond embryo was exposed (“weak and sensitive”) to late frosts that could destroy entire crops. Therefore, the good time for flowering was March, he explained. And he must have been right, but in the last 44 years it has been increasingly difficult to prove it. According to an article published by AEMETSince 1981, the flowering of the almond tree has been advancing systematically and documented throughout the country. But it seems that, at least in some areas, this has changed this year. If confirmed, it could be good news. When do almond trees bloom? According to the work of the Autonomous University of Madrid, the Senckenberg Research Institute and AEMETin these 40 years, the median flowering date in the center of the peninsula has moved from February 12 to February 7. Of course, the progress has not been linear: it has accelerated in recent years. At a historical level, the most advanced in recent decades was in 1993 (around January 8). And why should we care? In general terms, because the almond tree is the most extensive woody crop in Spain and, in fact, it is growing: in the last decade the dedicated area has grown by 34%. The almendril madness in the country is such that, well, Spain leads the sector with 765,000 hectares productive. That is, it is an issue that matters to us as a country. So, we’re talking about good news, right? It will depend on how the weather goes from now on and, furthermore, we must not forget that It has not been like this in all places. However, as has been happening lately in the field, it can be (at the same time) good news and bad news. Good because a big harvest would help remove volatility that the almond has had in recent years, because it would help generate rural employment in a year which is expected to be complicated by flooding and will give a break to agricultural insurance. And yet, a good harvest can end up delaying a fundamental debate: that of varieties. The only way the sector has adapt to climate changes is betting on late or hyperlate variants. They are not a magic solution, but it is a solution. The question is whether the global almond giant, up to its eyeballs in debt, will understand that it has to make a move. Image | Tim Mossholder In Xataka | An end of February with 20 ºC, haze and full reservoirs is not “good weather”: it is the sign of a completely misplaced meteorology

The emptied rural Spain has been revealed as the great energy engine of the State

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Spain is a State full of contrasts. At a demographic level, the population density is concentrated in Madrid and coastal cities, that is, 30% of the territory concentrates 90% of the people. It is “tight Spain.” The rest, approximately five million people, occupy 70% of the territory, in the interior of the peninsula. More people consume more resources, which puts two realities on the table: Madrid consumes more and generates less energy than anyone else and that emptied Spain is the energy engine of the State, as the report summarizes “The energy transition in the Spanish rural environment” prepared by Monitor Deloitte. The most striking fact: 84% of renewable energy generation comes from rural environments. Context. In the collective imagination we associate energy production with large nuclear or fossil fuel installations, but nothing is further from current reality. Spain is carrying out an energy transition collected in the National Integrated Energy and Climate Plan with the objective of reaching 81% electricity generation from renewables. And it’s on the right track: the report of the Spanish Electrical System of Red Eléctrica for 2023 It showed that it had already exceeded the 50% quota. At specific moments, has reached 100% supply. Listing renewable sources by their importance, we find wind energy prominently, followed by photovoltaic and hydraulic energy. Where. In rural territory, in that sparsely populated place where natural resources and space abound. The report highlights regions such as Castilla-La Mancha, Castilla y León and Aragón as hubs precisely because of their availability of soil and climatic resources (radiation and wind). Why is it important. Because the State needs that emptied Spain and its resources to successfully carry out its energy transition. Without that territory or its available resources, there is no decarbonization or energy sovereignty. Obviously a paradox occurs: that the most populated places are those that produce the least energy and vice versa, which generates a territorial imbalance. However, this deployment of infrastructure can become an opportunity to promote local employment and thus establish the population. Finally, agrivoltaics is revealed as a way to modernize the agricultural sector, making it possible to make cultivation for food compatible with energy supply, all on the same soil. In figures. In addition to this substantial share of 84% of renewable energy from rural areas, the report reveals other interesting figures: There are 15 provinces with critical population density (

The same day that the US threatened Spain and said it did not need the Rota base, the US invested 13 million in expanding the Rota base

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More than 7,000 kilometers from Washington, on the coast of Cádiz, is one of the military enclaves most important of the United States outside its territory. NATO missile shield destroyers operate from there and dozens of military ships and aircraft pass each year heading to Africa, the Middle East or the eastern Mediterranean. In the midst of international escalation, that place returns to position in the center of the geopolitical board. And it reminds us again that everything has a price. Political noise and military reality. The diplomatic crisis between the United States and Spain in the wake of the war against Iran has been marked by harsh statements, veiled threats and rhetoric that suggested a strategic rupture between both countries. Washington openly criticized the refusal of the Spanish Government to allow the use of the Rota and Morón bases for operations against Iran, while Madrid defended that this war lacked legal coverage and it did not have international support. However, under this political clash a much more prosaic reality remains intact: the daily functioning of military cooperation between both countries. has barely changed. Bilateral agreements remain in force, facilities continue to operate normally and collaboration between the armed forces runs through technical channels that, although it may not seem like it, are completely separate from diplomatic noise. A threat with millions under his arm. Yes, the most revealing paradox of this situation occurred on the same day that the United States raised its tone against Spain and dropped that I didn’t need the naval base of Rota. While the political rhetoric spoke of distancing, the US Department of Defense simultaneously awarded a contract of about 13 million of euros to renew various infrastructures within the Cádiz base, from paving and parking lots to structural repairs and painting of facilities. It we count last week. The contract, awarded to a spanish company and with an execution period of five years, it was not an isolated investment but part of a broader program of modernization that will last until the next decade. In practice, while public discourse hinted at a strategic cooldown, the Pentagon was reaffirming with money and works that Rota remains a centerpiece of its military architecture in Europe. Rota as a logistical pillar. Investments are not limited to maintenance work. Washington has also approved projects much more ambitioussuch as the construction of enormous fuel depots capable of storing tens of thousands of barrels to supply naval aviation and ships of the 6th Fleet. Added to this are new missile warehousesammunition maintenance facilities, hangars for strategic transport aircraft and improvements to docks and landing strips. All this logistical reinforcement has a clear recipient: the US destroyers permanently deployed in Rota, which will soon pass five to six unitsin addition to the numerous ships and aircraft that use the base as a support point for operations in Africa, the Mediterranean and NATO’s southern flank. Thus, far from losing relevance compared to other locations such as Morocco, Rota is thus consolidating itself as one of the most important logistical nodes of the US naval strategy. Spain also expands its base. As we write A few days ago, the reinforcement of Rota is not just an American bet. The Spanish Navy has also launched its own expansion plan to solve an increasingly evident problem: the base has become too small for the number of ships it houses. Currently, American destroyers, a large part of the Spanish fleet, amphibious units and naval aircraft coexist there, in addition to ships participating in international exercises. Solution? To absorb this growing traffic, the Ministry of Defense is preparing a profound transformation of the facilities valued at more than 300 million eurosone that will practically double the port’s capacity with new docks, fuel tanks and logistical expansions. The project even contemplates modify the mouth of a nearby river and reclaim dozens of hectares from the sea to build new port infrastructure for the future F-110 frigates and to the Spanish amphibious ships. Morón and cooperation. Meanwhile, the Morón air base also continues to be part of the joint military plans. US command reports new facilities are planned ammunition storage and improvements in critical infrastructure within the Sevillian facility, with investments that could reach tens of millions of dollars. At the same time, air operations continue developing normally: American tanker planes continue to use Spanish bases for their logistics missions and, when the Spanish Government limited their use for certain operations related to Iran, the aircraft simply they moved temporarily to other European bases without altering global military cooperation. The Frigate and Iran. In fact, Spain’s own military performance in the conflict illustrates well this duality between political discourse and strategic reality. While Madrid insists that it is not participating in the offensive against Iran nor does it allow the use of its bases for that purpose, Spain has at the same time deployed one of its most advanced units in the eastern Mediterranean. The Frigate Christopher Columbusequipped with the Aegis combat system and anti-aircraft missiles capable of intercepting threats at more than 150 kilometers, has been integrated into the air-naval group of the French aircraft carrier Charles de Gaulle next to Greek ships to protect Cyprus against attacks with missiles or drones. Its mission is defensive and framed within the support of European partners, but its presence demonstrates that Spain remains fully involved in regional security in the midst of the escalation of the conflict. The diplomatic “show” and the military machinery. In short, the sum of all these movements paints a peculiar scenario, to say the least. On the surface, the declaration war between Washington and Madrid suggests deep tensions and strategic disagreements over intervention in Iran. But under this political spectacle, the joint military machine continues working normally. United States iinvest hundreds of millions in reinforcing its bases in Spanish territory, Spain expands them facilities to accommodate more ships and aircraft, armies they continue to coordinate within NATO and Spanish forces participate in military … Read more

Europe has reached the end of winter with depleted gas reserves. A country has a model to save it: Spain

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This winter, which is coming to an end, is being colder than expected, something that as we have seen has caused havoc. Without going any further, there have been planes that have not been able to fly due to lack of antifreeze. If we talk about gas for heating, storage has also reached red numbers: the Netherlands has a reserve of approximately 12%, Germany and France are around 21%, according to AGSI data. In this low-minimum scenario, there are two countries that deviate from the norm: Spain and Portugal, with reserves of 56.87% and 76.7%, respectively. Of course, the difference in capacity is abysmal: 3.57 TWh for the first and 35.9 TWh for the second. It is not a coincidence: it is that the Spanish state has a particular infrastructure that has led it to this point. The context. The conflict between Ukraine and Russia that began in 2022 accelerated the independence of the old continent from Russian gas. Among the measures from Brussels, an emergency rule by which all EU member states had to start the winter with their gas reserves at 90% to ensure supply. However, in 2025 the EU decided to maintain that 90% target. but relaxing the norm to optimize costs. This greater flexibility together with a harsher than expected winter has brought an end to winter with reserves that are at their lowest in the last five years. The harsh European winter. In mid-January, deposits fell below 50%. If the winter ends with a capacity of 30%, Europe will have to inject 60 billion cubic meters of gas. To get an idea, approximately the annual gas consumption of all of Germany. In short, Europe has to refill its tanks in the summer and it will need a lot of imported gas to do so, which means go out into the market and face other competitors and the logistics of bringing it here in an increasingly complicated geopolitical scenario. The Spanish strategy. The Spanish gas storage system is based on two pillars: underground storage and LNG regasification. The second leg is providential, insofar as it is where Spain makes the difference and, furthermore, It is a powerhouse. In fact, Spain owns 35% of all LNG storage capacity in the EU, how Sedigas collects. Its enormous regasification capacity enables diversification of origin, with USA as first supplier with 44.4% of the total gas and another 15 different countries later, according to Enagás data. Spain has an infrastructure of seven plants that makes it possible to receive LNG ships from different sources, thus ensuring supply in case any mishap (technical problems, conflicts, political decisions) fails. Spain started the winter making decisions. Although the previous strategy gives it an advantage over other member states, Spain adopted a conservative strategy When facing this winter 25/26, adjusting to concentrate reserves in January and February, the coldest and with the most demand. A management decision to not waste that cushion prematurely. He was absolutely right: in January gas consumption rose 10.2% compared to the previous year, with a 30% increase in that destined to generate electricity because renewables contributed less than expected. Spain plays in another league. Thanks to its infrastructure, Spain no longer only consumes gas: it re-exports it. It has become a hub for redistributing gas to Europe as a kind of energy logistics platform, providing geopolitical and economic value to a state that, due to its geographical location, is isolated (which, for example, in the electrical field plays tricks on him) Is there real risk? While it is true that widespread shortages are not expected, there are localized risks in Europe. As summarizes El Economista, Spain has precedents of similar levels, such as 2016, 2017, 2019, 2022, where supply was not compromised. Of course, we will have to see what happens with the demand for LNG in summer globally, because it could make European replenishment significantly more expensive. In any case, Spain will get to that moment better than most. The scenario is not very rosy at the moment, precisely, with the Strait of Hormuz closed and the diplomatic crisis between Spain and the US, its main supplier. In Xataka | Europe believed it had won the gas war against Russia. Now it faces a much more uncomfortable reality: its dependence on the United States. In Xataka | The gas market becomes unpredictable: we have tanks full and ships on the way, but the price remains an enigma Cover | Pronor

If the solution to the housing crisis in Spain is “building taller buildings”, Alcalá de Henares has taken it seriously

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If you want to solve your residential deficit and stop the upward spiral of prices, Madrid needs housing. tens of thousands of housing, if we trust the calculations carried out by the real estate sector. With that backdrop in the capital (as in other points of the country) has opened a debate: Should we look up? That is to say, if houses are needed and the buildable land is what it is, has the time come? replant the height of buildings, both in established neighborhoods and in new real estate developments? In Alcalá there are those who believe so. In fact, the birthplace of Cervantes has started the countdown to provide one of the tallest skyscrapers in the community, a tower of almost 30 levels. What has happened? That Alcalá de Henares seems to have unblocked an ambitious real estate project that it had been years on the table: a tower that, once completed, will become one of the tallest residential buildings in the Community of Madrid. The news has revealed it the company Ten Brinke, which has partnered with Invesco Real Estate to carry out the operation. Although not many details of the project have been revealed, it is known that the building will be around 30 floors and will exceed the 300 homeswhich will redefine the skyline of the city and will surpass La Garena, an office tower 17 floors and 71.7 m which now dominates the town’s skyline. There are those who now slide that the new construction will be the first residential skyscraper in Alcalá de Henares and one of the few in the Community of Madrid that exceeds 25 heights. What do we know about the project? In the statement In which he announces the “closing of the operation”, Ten Brinke slips a couple of clues about the future property: it will be residential, it will exceed 300 homes and will have 28 levels in total, a sum of 25 floors in height, the ground floor and two underground levels. Furthermore, Ten Brike clarifies that the developers will bet on a “product mix” formula, including family housing, premium apartments and “spaces aimed at modern living.” Regarding deadlines, he states that the works will start “in the coming weeks”, without outlining a delivery schedule. Has anything else transpired? In recent days the Madrid press has pointed out various details to adults, such as that the objective is for the homes to be used for rental marketthat the tower will be around the 80 meters high and that will be located in the Francisco Anton streetnext to the new GAL neighborhood. The SER chain assures that the project has actually been licensed since 2021. A few years ago was announced an ambitious residential development, the Tower (or garden) Cervantes, with buildings 25 stories high. The Idealista portal even reached advertise The apartments, which were offered from 256,000 euros and also stood out for their common areas, with more than 15,000 m2 of gardens and recreational areas that included an outdoor pool. At that time (2024) the idea was to deliver the first keys towards the summer of 2027. Why is it important? Beyond the relevance of the project and its impact on the Complutense skyline, the tower is important because it will inject 300 new homes in a town that has seen how rents and the price per m2 have become more expensive in recent years, in line with the rest of Madrid. According to the Idealista portal, in February the m2 It cost €2,74419.3% more than in the same month last year. Regarding the rent, the m2 It was rented for €13.7which represents an annual increase (February 2025) of about 12%. The municipality has also seen its registry grow in recent years, going from 193,751 registered in 2018 to more than 203,200 residents, according to the tables of the INE. Images | Ten Brinke In Xataka | Madrid is discovering that there is something more controversial than the ‘tazo’ of garbage: where the hell to put a canton of garbage

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