If the question is whether they forgot the elevator shaft in the tallest residential skyscraper in Spain, the answer is simple: it was much worse

For many years, the Mediterranean horizon was the canvas on which Spain projected its most audacious ambitions, including some extremely difficult to catalog. In times of prosperity, the sky seemed limitless. Then, each silhouette in height began to count a different story about risk, pride and collective memory. The vertical dream born of euphoria. He Intempo building started to get up in 2006at the exact moment when credit was flowing without brakes and Benidorm continued to feed its obsession with growing towards the sky as if there were no tomorrow. We are talking about two tower-shaped monsters of almost 200 meters joined by a golden diamond, a hyperbolic architecture that promised mark an era and become the new icon of the Mediterranean “Beniyork”. The project was born with generous financing from a Galician box and with a ridiculous social capital compared to the magnitude of the work, a disproportion (and a nonsense) that today sums up better than anything the climate of that Spain that believed that the cranes would never stop turning. From the symbol of the future to the monument to the bubble. But the crisis of 2008 changed the script suddenly. The loan skyrocketed above 100 million, the financial institution went bankrupt and the debt ended in hands of the Sarebthe bad bank. The works were paralyzed, the developer entered into internal conflict and the building was left with its structure practically finished but trapped in a legal and financial limbo. For years, his shadow threatened to add to that long list of phantom monsters, in fact, it was the golden skeleton that dominated the Poniente beach, a mass visible for kilometers that summarized the collapse of a model economical based on brick and easy financing. The reality was worse than the myth. Then came the stories and legends, one turned into a meme and repeated a hundred times even in media reference. It happens that, it is not that in the tallest residential skyscraper in Spain they forgot the elevator shaft, it is that the reality it was much worse. The work accumulated erratic decisions, changes in construction, salary delays, serious accidents and chaotic management in which floors were concreted without having definitive plans for the upper ones. The project was at 93% with 100% of the loan consumed, there was physical risk due to the deterioration of the structure and a bankruptcy of creditors that left the fate of the giant in the hands of judicial administrators and investment funds. The problem was not a cartoonish technical detail, but rather a chain of incompetence, financial strain and poor planning that jeopardized the building’s entire viability. The elevator hoax that went around the world. Impossible to ignore it. The story that the architects “forgot the elevator shaft” was born of an ambiguous phrase and it became the perfect headline summer 2013. The image was irresistible: a skyscraper of almost 200 meters incapable of climbing its own neighbors. However, elevators existed, of course, and They worked and were planned in the plans. The photographs and subsequent media visits clearly demonstrated. It didn’t matter, the hoax was amplified in international media that they added layers fiction, from cables that didn’t fit to impossible redesigns. That anecdote overshadowed what was truly relevant: the problem was never technical, it was structural in business and financial terms. Rescue, redesign and change of owners. Years passed, and the bad bank promoted the necessary competition to prevent the tower from deteriorating and facilitated liquidity to complete the work. Later, an investment fund acquired the assetremodeled interiors that had become obsolete and corrected questionable decisions, such as hideous finishes that obscured the homes or layouts that did not take advantage of the sea views. Finally, the top diamond was reconfigured to offer more attractive apartments and the complex was relaunched, now as a luxury residential with thousands of square meters of common areas, hotel services and international marketing. From ghost to icon. Thus, and after more than a decade of delays, the Intempo residential skyscraper finally opened its doors and began to hand out the keys to his first clients. In total, 256 homes, 11 elevatorscomplete technical plants and a structure that rested on piles designed to support both towers. From that moment on, the colossus stopped being a simple media skeleton and became a building with neighbors and real activity. Its golden silhouette left behind the stories to keep you awake, it no longer represented only the bubble and failure, but also the resilience of a city that had made verticality its hallmark. That is why it is worth saying it once again: Intempo was not the skyscraper that forgot the elevator, it was the skyscraper that survived its own time. Image | Enrique Domingo, Diego Delso, Tim Rawle In Xataka | Matalascañas is an example of a major architectural failure: thinking that the beach of your childhood was going to be how you remember it. In Xataka | Parking lots were the goose that laid the golden eggs for bricks in Spain. Until someone created the tomb of Las Teresitas

China has just completed the world’s tallest dam. And what stands out the least is that it is as tall as a skyscraper

China has a beastly capacity to create pharaonic structures. Impossible roadshighways with infernal ‘knots’, very complex tunnels and one ridiculous amount of bridges so functional and essential to connect areas like ostentatious. But among all his civil engineering works, the ones that are most striking to me are the dams. And, after the largest in the world, now They have one that is as tall as a skyscraper. It is the Zhenjiang pumping stationand is key to adding even more renewable energy to your accountant. Figures. The name is “Zhenjiang/Jurong Pumping Station” and, located in Jiangsu province, it has become the latest milestone in Chinese energy engineering. The project began in 2017 and, as is customary in almost all of these infrastructures in the Asian giant, both its dimensions and construction times are surprising. In these eight years, they have built the highest pumping dam in the world, 182 meters high, equivalent to a 60-story building. Apart from the height, its volcano shape is striking, with a reservoir at the top capable of storing up to 17.07 million cubic meters of water. Context? What 6,800 Olympic-sized swimming pools have (okay, it’s equally difficult to imagine the number). Bowels. It’s not just imposing on the outside. Its engine room is 800 meters deep and has dimensions of 250 meters long, 60 meters high and another 25 meters wide. In this room are the six mixed turbines and, in total, the project has established a dozen records in the sector. Its role in renewables. It is estimated that the investment has been about 9.6 billion yuan, about 1.3 billion euros, and all to feed more than 360,000 homes. Each of the turbines generates 225 MW for a total of 1.3 GW of installed power. Thanks to both the dimensions of the turbines and the difference in level and force of the water, it is estimated that it will consume 1,800 million kWh annually during pumping and will generate 1,350 million kWh during discharge. It is a consumption/generation difference of 25% and, although it is not a figure that attracts attention, it is a milestone, since current pumping (or reversible) installations require hydraulic jumps of about 400 meters to operate under the same conditions. The turbines at the Zhenjiang plant do so with a head of less than 200 meters. That is, it is optimized for low gradient conditions, but maintaining a high volumetric flow. In summary, It’s like a giant battery, but with water. During low demand hours, the plant moves water to the upper reservoir and, during peak consumption, releases it, passing it through the turbines at high speed and generating electricity in the process. According to estimates, it will save 140,000 tons of coal per year, which represents 349,000 tons of CO₂. One more in the Yangtze. Despite everything the plant represents in terms of civil engineering and its role in renewablesthe greatest achievement of this plant is that it has been shown that it is possible to build massive storage systems if artificial elevations are created. In flat areas with unfavorable orography, Zhenjiang demonstrates that pumping structures can be created to help achieve decarbonization objectives without depending so much on wind and solar power. Wang Chenhui, director of the Development Department of State Grid Zhenjiang Power Supply Company -responsible for the dam-, assures that “at full operation it will provide approximately 2.7 million kilowatts of bidirectional power regulation capacity, relieving pressure on the electrical grid during peak load periods.” It will be more help for Jiangsu province than this summer consumed 6% more electricity than in 2024, reaching 156 million kilowatts. And also in the Yangtze are the mammoth dam of the Three Gorges and the next largest dam in the world. The one in Zhenjiang is not so huge nor does it generate as much electricity, but it is the highest in the world and, as we said, a demonstration that, if the terrain is not good, you can always build a huge pool at 190 meters high. Image | Ministry of Water Resources of the People’s Republic of China In Xataka | China has built the highest bridge in the world and has done what it must: turn it into a show

be the tallest church in the world

that the Holy Family It is an architectural jewel, there is little doubt. Which is one of the great icons of Barcelona and one of the obligatory stops for tourists who come to the city, either, as attested by the 4.8 million of visitors it received last year. Now Antoni Gaudí’s temple will be able to boast an added merit: being the highest church of the entire planet, a brand that has just been snatched from the Ulm Cathedral, which held that record since 1890. The key: a little big growth of its central tower. What has happened? That the world ranking of mega constructions has undergone an important change. Above all because of its symbolism for Barcelona, ​​Catalonia and Spain as a whole. Yesterday, almost on the eve of All Saints’ Day, those responsible for the works of the Sagrada Familia they hoisted a piece of the ‘Tower of Jesus Christ’ that has raised the height of the temple to almost 163 m. If the fact were not surprising in itself, it comes accompanied by a surprise for lovers of world records: it has turned the Catalan temple into the tallest church in the world, a merit that has been taken away from Ulm Cathedral. Why’s that? What the temple has just incorporated is part of the cross of the ‘Tower of Jesus Christ’, a centerpiece of the Sagrada Familia. More specifically what they installed on thursday The operators with a crane is the lower arm of the cross (7.25 m and 24 tons), which had arrived in July divided into four panels. Those responsible for the project detail that the piece has a double-turn geometry, a square shape at the base, octagonal at the top and a coating of white glazed ceramic and glass, materials chosen for their “luminosity and resistance to atmospheric conditions.” “Once completed, the cross will have a total height of 17 m, equivalent to a five-story building, and a width of 13.5 m,” they clarify. Why is it important? The Sagrada Familia takes almost a century and a half being built, an extensive period full of ups and downs and marked by milestones such as the death of the father of the project, the architect Antoni Gaudi (1926), the Civil War or the Covid-19 pandemic. Throughout this vast chronicle, the works have celebrated important milestones, but Thursday’s is especially symbolic. The reason? How has he been in charge of remember the Archdiocesan Church of Barcelona, ​​the new piece raises the glonal height of the temple to 162.91 meters. It is expected that in the next few monthsas the works are completed, the ‘Tower of Jesus Christ’ will take another growth spurt until reach 172 mbut the current mark has already been enough to turn the Sagrada Familia into a record building. And who had the record? Right now the tallest church in the world (recognized by Guinness World Records) is the Ulm Cathedrala Lutheran church located in Baden-Württemberg (Germany), built in several phases between 1377 and 1890 and which has a spire that reaches a height of 161.5 m. The difference with the Catalan temple is still minimal, but that will likely change in the coming months as the tower is completed. In summer the temple already conquered another milestone, also thanks to the pinnacle: it surpassed the Mapfre Tower and Hotel Arts and became the largest building from Barcelona. Its construction is possible thanks largely to the money that visitors pay to visit the temple. Last year the 4.8 million of visitors, 2.7% more than in 2023 and even above pre-covid data. Images | Holy Family 1 and 2 In Xataka | Gaudí planned a heavenly staircase for the Sagrada Familia. Fulfilling the project implies expropriating the neighbors

China has turned on a wind turbine so large that among its blades the tallest building in Spain fits. And there are 11 meters left

Best known by Your high speed trains Able to reach 450 km/h, the Chinese state company CRRC Corporation He just hit the table in a very different industry: that of marine wind turbines. A new scale for offshore wind. CRRC has launched the larger floating wind turbine in the world. Known as Qihang, it has a tower of 151 meters high and a rotor 260 meters in diameter, 11 more than the crystal tower, the tallest building in Spain. Qihang opens a new scale for marine wind energy in which only China competes against China. With 20 MW capacity, it exceeds 16.6 floating wind turbines and 18 MW that Envision Energy and Dongfang Electric deployed, respectively, in 2024. However, it will soon be surpassed by Mingyang Wind Power’s new 22 MW model. Touring like a high -speed train. With a maximum rotation speed similar to that of CRRC trains, the Qihang wind turbine can produce up to 62 GWh of energy per year, enough to supply electricity to 37,000 homes per turbine. Its design is a work of art of modular architecture. It allows multiple power settings, and adapts to different floating platforms and anchors. With materials capable of supporting extreme conditions, including typhoons, it has more than 200 sensors in blades, structures, transmission systems, floats and moorings for comprehensive monitoring. First unit in tests. The first Qihang He left the CRRC factory In Sheyang (Jiangsu province) on October 10. He arrived in Dongying (Shandong province) in December and was transferred to the test site in the port of Guangli using self -propelled modular barges. On January 11, already completely assembled, it began to operate in what will be a period of exhaustive tests and certifications before its definitive to the high seas and its connection to the electricity grid. The country that surpassed Europe at sea. With unstoppable development, China already exceeded the United Kingdom as the country with the highest installation of marine wind energy in the world, and this type of huge floating turbines only reinforce its global leadership. Only Chinese companies are developing turbines with powers greater than 20 MW for the logistics difficulties they entail In regions like Europe. Floating technology can expand the generation of wind energy to deeper and more distant waters from the coast, accelerating the decarbonization of the electric grid without impacting the landscape of the coast. In Xataka | China installed in August the most powerful “wind turbine” capable of resisting typhons. Two blades have just been broken In Xataka | China has connected the world’s largest terrestrial wind turbine. It is so great that it is altering the local microclimate

Log In

Forgot password?

Forgot password?

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

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

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