He has just paid 1.5 million to expand the electricity grid until its fifth datacenter

If you pass through the A-23 at the height of Huesca and see operators opening a new underground channel for the electricity grid, you are seeing the new fat cable of Amazon. The company founded by Jeff Bezos continues to expand through Aragon With your data centers. Check me a cable here, literally. The last movement of the technological giant is an investment of almost 1.5 million euros to connect the electricity network to its future data center in the Walqa technology park, on the outskirts of Huesca. According to him Official Gazette of AragonAmazon Web Services (AWS) has projected the construction of an underground line of 1.4 kilometers that will pass under the A-23 highway and the N-330 road to take 15 kV of tension to its future center. This double circuit will connect the PHUS electric substation with the Amazon plot in Walqa. A project of 714 million. The new AWS Data Center in Walqa will occupy about 70 hectares. Construction work began at the end of April on old poultry farms. Amazon has planned a total investment of 714.6 million euros in this complex., One of the five new data centers that will be built in Aragon, adding to the existing three This center of Huesca is one of the five new data centers That AWS is going to build in the community, adding to the three already existing. The other four will be located in the Burgo de Ebro (two) and Villanueva de Gállego (two). All of them will be interconnected by a dense fiber optic network, functioning as a single and powerful “AWS region.” The Amazon Empire in Aragon. The abundance of cheap renewable energy, the available soil and regulatory facilities have consolidated Aragon as a digital hub of southern Europe. And Amazon is one of the companies that is most expanding in the area. The three locations that form the triangle of the EU-SOUTH-2 region of Amazon Web Services a data center in the Walqa Technology Park (Huesca), two data centers in the Burgo de Ebro (Zaragoza) and two other data centers in Villanueva de Gálgo (also Zaragoza). The three are expanding with five new buildings, in addition to electricity and fiber optic lines. In total, Amazon plans to occupy 354 hectares in Aragon. Not only Amazon expands in Spain. With one planned investment of 15.7 billion euros For the next decade, AWS is the data company that grows the most in Spain, but not the only one. Microsoft has announced investments of 6,690 million euros in Zaragoza and of 1,950 million in Madridwhere Oracle and IBM are also expanding. One of the most recent landings is Malo, which at the end of 2024 announced an investment of more than 750 million euros in a 190 hectares campus in Talavera de la Reina (Toledo). Also looking for soil and renewable availability. Image | AWS In Xataka | Amazon, Google and now also goal: the data centers industry is still shot in Spain

China has commissioned the largest battery of all its electricity network to an unexpected company: Tesla

China has no problem parking Commercial tensions with the United States If it is for the benefit of the country. And the country needs Tesla for an increasingly pressing task: stabilize a network with more and more renewable participation. The largest battery in the largest network. China has selected Tesla to develop what will be the largest energy storage station at network scale throughout the country, surpassing the 1 GWh battery park in Shandong. The American giant He signed an agreement with the local government of Shanghai for 4,000 million yuan, 557 million dollars, to lift a gigantic station that can actively participate in the spot electricity market. China has the largest electricity grid and a renewable energy generation capacity in constant and massive growth. The Tesla battery station You can buy and store energy When demand and price are low, and then sell it to the network during consumption peaks, helping to balance supply and demand, and improving the general stability of the system. The business is in the megapacks. The Energy Division of Tesla does not stop growing, to the point of become a fundamental pillar of the company. The project engine is megapacks, Large storage units in 3.9 MWh batteries which can be used to stabilize the electricity grid and avoid supply cuts. It is no accident that the most ambitious battery station in China will be built in Shanghai. Just four months ago, Tesla launched a new Megapacks factory in the Lin-Gang area, where is also its car factory “Gigafactory Shanghai”. The new “Megafactory” is the first plant of this type out of the United States, and although it has barely been operational since February, it has already produced more than 100 megapacks. Tesla gets into the patio of Catl and Byd. They are “only business”, but the movement is still striking considering that Tesla is competing with Catl and Bydthe two Chinese giants who take 54% of the world battery market. Another way to see it is that China needs many batteries By the end of the year, the government expects to reach 40 GW of storage. But taking into account that the country installs half of the entire new capacity for renewables (329 GW in 2024), by the time the Tesla battery station in Shanghai enters service, the goal will have continued to rise. And Tesla will be just one of the puzzle pieces. Image | Tesla In Xataka | China manufactures more batteries than anyone. The problem: they accumulate next to the solar panels without storing energy

The government blames Red Eléctrica. Electric network blames electric. Electricity blames the Government and Red Eléctrica

Crossing accusations among the actors of the Spanish energy system. The Government of Spain published at the last minute of Tuesday the report that will submit to Brussels on the blackout of April 28, in which it indicates the poor planning of the network operator. Hours later, Red Electrica has submitted its own report, pointing to the bad praxis of electric companies. The electric, on the other hand, deny all responsibility, ensuring that their systems acted correctly to an unstable network, and accusing the opacity authorities. In a corner of the ring, the Government of Spain. The official report of the analysis committee created by the Government is overwhelming: the blackout was the result of a surge chain reaction that the system could not support. Although the 182 pages technical research Distribute responsibility between the planner and the executors (plants that were connected, but did not comply with the criteria set to control the tension), the Ministry for Ecological Transition directs directly to the network operator due to structural weakness. Among entire pages censored to maintain the confidentiality of those involved, the Government report indicates the two critical errors committed by Electricity that day: poor programming and insufficient capacity for dynamic control of tensions. On the one hand, the number of thermal groups scheduled to regulate the tension was lower than that of previous weeks. On the other, the operator did not replace a group in the southern zone that had been out of service the previous afternoon. It was where the waterfall caused the three disconnections They made the system fall like a nipe castle. Following the protocols was the third “mistake” that, without being considered bad praxis, the operator committed. According to the report, Red Eléctrica made three decisions to reduce system oscillations that rose the tension: 1) increase the misery of the network, connecting several 400 kV lines previously disconnected; 2) reduce exports to France and Portugal; and 3) disconnect several reactances, equipment that absorbs reactive energy to lower the tension. The result was the waterfall that triggered the automatic disconnection. In the other corner of the ring, Red Electric. Faced with the conclusions of the Government, Red Electrica has submitted its own report and a closed defense of his performance. Their managers denied any planning error and aimed directly at the electric: “If the third -party centrals had regulated the tension as they should, the blackout had not occurred,” said Concha Sánchez, director of operation of the system, at the press conference on Wednesday. Electric Red defends that its programming was enough. That calculations and technical restrictions were made “whenever all groups comply with the obligations imposed by current regulations.” And that this would have been the right plan if the others had fulfilled their part. Who are the others? The electric. Operator’s analysis determines that disconnections that caused the blackout They should not happen: the plants shot without the tension reaching the ranges required by the regulations. They coincide with the government in which the generation “did not comply with the established obligations” to regulate the tension and “did not absorb the reactive energy” that was obliged to absorb. As a cake, the president of Redeia, Beatriz Corredor, accused the electric Do not facilitate all the required information or to do it without sufficient quality for a technical analysis. On the other side of the quadrilateral, the electric. Large electric companies (Iberdrola, Endesa and EDP) categorically deny any failure in their facilities. Its version is that the protection systems acted “as established by the electrical regulations in the face of a serious situation of network instability.” That the disconnections were automatic and correct to protect the equipment from a network that was already unstable. And that its centrals followed at all times the instructions of the system operator. The electric They also accused the government of “issuing public judgments that only result in the confusion and hinder of the process”, and claimed to Red Electric to share all the technical information transparently. The employer assures that Electric detected tension problems “Before the incident occurs” and communicated them to Red Electric. Problems that, according to the employer’s version, were discarded by the operator. A significant fact is that the report presented on Wednesday by Red Electrica focuses on events after 12:03 of April 28, qualifying the previous facts as “non -relevant.” A statement criticized by analysts, since the government’s own report details “atypical” volatility in tensions throughout the morning and previous weeks. In the words of the electric, the operator cannot act as “judge and part” of the investigation. And in the corner that remains, consumers. Those who We will pay at the light bill The cost of restoring electricity with synchronous generators, later recovering The cheapest renewable energy. Those who are at the mercy of little transparent data to choose who to believe in this war of accusations, whose backdrop is the foreseeable legal battle for compensation. The blackout not only affected Spain, but also Portugal and partially to France, which anticipates millionaire claims, which in turn explains the defensive position of all those involved and the meticulous construction of their respective stories. The great blackout of April 28 was not a simple technical failure. It was the collapse of a system that operated on the edge, evidencing a chain of vulnerabilities That, once the responsibilities were purified, it will have to be corrected. Another put to the point that We will undoubtedly end up noticing In the light invoice. Image | Marvel, Freepik, Xataka In Xataka | After the blackout, a proposal gains strength: dividing Spain into three price areas for light

You already know how to turn CO2 into electricity and batteries

The new space race will not end until someone mount a self -sufficient colony on Mars, provided A company of such caliber Be available to our hand. For now, the Chinese Academy has been investigating how to generate and store energy without more raw material than the one that offers In situ The red planet. Convert the Martian atmosphere into electricity. The University of Science and Technology of China (USTC) has designed A pioneering system to feed the future human bases of Mars with energy from its own atmosphere. According to the study published in Science BulletinChinese thermal and energy engineers started from the Brayton cycle, on which the land gas turbines are based, but replacing noble gases such as xenon with the gases of the Martian atmosphere, dominated in 95% by carbon dioxide. When using a available fluid In situthe circuit can be filled after any leak and avoids the logistics nightmare of having to send tons of gas packaged from the earth. But the most surprising thing is that it would achieve a conversion efficiency of up to 22%. Take advantage of the atmosphere to store it. In addition to the Brayton generator that breathes CO2, another team from the same university He designed a battery of lithium-carbon dioxide (Li-Co2) that uses the CO2 of the atmosphere of Mars as an active discharge agent. It is nothing more than a proof of concept, but in laboratory conditions at 0 ºC, the cells of this battery reached an energy density of 373 Wh Kg⁻¹ and a durability of 1,375 hours, the equivalent of two marian months. It could be combined with solar panels, burning CO2 at night or during dust storms, as a solution the intermission of solar energy. Technology is similar to Lithium-Aire batteries, only instead of air, absorb the CO2 of the atmosphere and release energy to feed rovers and helicopters. It would be necessary to try it under variable pressure, radiation and fine dust that sneaks into all Martian mechanisms to approve. China hopes to make history on Mars with Tianwen-3. China’s space program goes at a vertigo speed and these theoretical concepts could be tested on Mars in robotic missions before what we expect. The Tianwen-3 probe of the CNSA Space Agency will mark the next landing of the Asian country on Mars. With a launch planned for 2028, it is the mission that expects to bring to the earth the First Martian soil samples after the cancellation of Mars Sample Return of the NASA. Whether in this or any next robotic mission, seeing a closed, compact and filling generator running on Mars next to a CO2 -based storage system would be a giant jump towards that hypothetical future in which the human being will be a multiphenetary species. Image | POT In Xataka | No one has advanced NASA in the exploration of other planets from the USSR. China plans to do it even in Neptune

In case we had not had enough problems in the electricity network, a “severe” solar storm has come to complicate it

The closeness of the Pico de Activity of the last solar cycle implies stirred times in the field of “spatial meteorology.” And we have seen one of the most important during these days, a “severe” geomagnetic storm caused by this activity. Geomagnetic storm. The last two days have been days of “intense” solar activity. The geomagnetic storm has reached a Kp = 8 index, which implies that it has been a “severe” storm, from G4 category (On a scale that goes to G5). The value of the index has descended since then: the last data offered by the NOAA spatial meteorological prediction (National Oceanic and Atmospheric Administration) indicates that the value Average Index KP In the last three hours it has been kp = 6. Despite this, spatial time is still scrambled and According to forecasts He will continue to be until tomorrow. An ejection of coronal mass. According to He explained yesterday The Spanish Space Agency through a statement, the origin of this activity is in a high -speed coronal mass ejection (CME), associated solar fulguration of class M8.2 and with origin in the Ar4100 active region. KP 8. What does that mean of kp = 8? The K Geomagnetic Index measures disruptions in the land magnetic field and is used to characterize the magnitude of geomagnetic storms, especially through the planetary index K or KP Index. The latter uses a series of magnetometers distributed in stations located in various parts of the planet. The indices above kp = 5 are associated with a specific degree in the geomagnetic storm scale Employed by the NOAA SWPC, being G1 (minor) the smallest category on the scale and G5 (extreme) the category that denotes the strongest storms, those of index Kp = 9. A G4 storm. The storm recorded on Sunday, with a Kp = 4 index led the center to alert a “severe” or G4 geomagnetic storm. In your noticethe SWPC pointed out that, in addition to intense northern lights and lower latitudes than usual, possible impacts on infrastructure and networks, including problems with satellites and loss of precision in the GPS. The Category events They usually imply possible problems with voltage control that can also cause “mitigable” problems in electrical networks. At space vehicles, the SWPC indicates that these storms are associated with possible monitoring problems that require future corrections. Finally, other possible impacts are on the spread of HF radio signals and low frequency radio navigation. An active solar cycle. The situation has stabilized With ups and downs And, although the last one average three -hour data from the KP index is 6, the SWPC has already reduced the intensity of the storm to G1, or minor storm. The last months have been revolts as far as spatial meteorology is concerned. In October 2024, A similar situation He brought spectacular dawn. According to estimates From the experts we are already after the peak of activity of solar cycle 25, but we have not yet moved away much so the solar activity remains intense. Perhaps this is not the last storm of these characteristics that we see in the coming months. In Xataka | We have detected the exact date on which the most brutal solar storm occurred in history. Thanks to the trees Image | Solar and Heliospheric Observatory (Soho) / SWPC/NOA

The solar energy that does work without electricity

The blackout of April 28 left Spain and Portugal without light, even surprising those who had solar panels at home. How is it possible? The answer is in the connection From facilities to the electricity grid, but there is a solution that comes from Seville. Short. The Toscano company has developed Combi Max, a differential that, when it detects a supply cut, electrically isolates the house of the rest of the network and allows you to continue using the electricity generated by the solar panels. Also, like have indicated on their websitethere is another more complete version and with extra protection against overtops and overloads. More in depth. The device developed in Seville works isolating the electrical installation of the house when the light goes, which allows us to continue using the solar energy generated at that time. In fact, its effectiveness is not only theoretical: during the blackout of April 28, several users managed to maintain the supply thanks to this system. “Correos have reached us by thanking us,” said Luis Toscano, founder of the company, In an interview with the sixth column. There are limitations. It can only be used as long as there is sunlight and the installation is generating electricity. In addition, it is not suitable for feeding high consumption appliances such as furnaces, hobs or electric cars. On the other hand, it does allow the essential elements of the home, such as the fridge, the lighting or the load of the mobile, which can make a big difference during a light cut. But it does not replace a battery. It is a great solution for the day and for moments of blackout with sun, but does not replace a battery system. For that reason, if you want to keep the supply also during the night or in cloudy days, it is necessary have energy storage. Having panels is not enough. The blackout has been a warning: it is not enough to generate energy, we must also know how to manage it. This new device, Combi Max, is a step in that address. In an increasingly electrified world it is a big step. Image | Unspash Xataka | The signals were there: Europe detected the blackout oscillations in Spain but did not know how to anticipate collapse

A stabilization of poor electricity

In 2024 23.2% of Electricity of the Spanish Energy Mix It had a wind origin; 20%, nuclear; 17%, photovoltaic solar; 13.6%, combined cycle; 13.3%, hydraulic; and the rest proceeded from the burning of coal or other renewable sources. The accounts are very simple: during the year we have left behind More than 50% of electricity production It had a renewable origin. And presumably In 2025 the total energy balance It will not be very different. The Government of Spain has created an investigation commission that seeks to identify the causes of the total blackout that we suffer throughout the country on April 28. However, during the last days in the media and social networks Some experts have indicated the need for a country with such a high production of Energy of renewable origin have an effective stabilization system. The intermittent nature of renewable sources justifies this thesis. The Spanish energy mix needs a stabilization system of the robust network The figures that we have reviewed a few lines above Nuclear energy for the moment too holds an important contributionalthough in this article we are interested in repairing a very relevant difference between both forms of electricity generation: its continuous or intermittent character. Nuclear reactors produce energy in an essentially constant way as long as it is not necessary to undertake Fuel recharge or carry out installation maintenance operations. However, wind and photovoltaic energies, of course, depend on the availability of wind and solar radiation. This obvious behavior explains Why are intermittent energy sources. However, there is something that is not obvious: the electricity grid must maintain a permanent balance between generation capacity and consumption. The electricity grid must maintain a permanent balance between generation capacity and consumption This simply means that wind farms, nuclear plants, photovoltaic solar facilities, combined cycle plants and hydraulic plants that are connected to the Spanish electricity grid should be able to deliver at all times the electricity that is being sued. Otherwise there would be an imbalance between the generation capacity and the consumption that could trigger very important problems in the electricity supply. I could even justify a total blackout like the one we experienced just a week ago. The two parameters that we are interested in knowing to understand why this imbalance is problematic are the frequency and voltage or voltage. The Spanish electricity grid, like those of our European neighbors, works with alternating current at 50 Hz or cycles per second. When we investigate the panorama, the panorama is complicated a bit, but not too much. Electricity is distributed throughout the Spanish territory through a high voltage network that has 44,000 km of 220 kV and 400 kV lines. Once electricity is close to the points where intermediate substations will be consumed are responsible for reducing the voltage to 132 kV. In medium and low voltage networks, electricity has a voltage of 15 to 30 kV, and, finally, local transformers reduce it to 230 volts for domestic use in our homes and shops, OA 400 volts for industry and large consumption centers. The problem appears when for the reason that is the electrical infrastructure undergoes a significant deviation of frequency or voltage. Synthetic inertia systems that mimic the behavior of rotating masses can also help renewable to correct the imbalances between demand and generation quickly An important imbalance between the planned generation for renewables from meteorological models and real generation can cause it to occur an excess energy that is not assumed by consumption. Renewable sources do not have a mechanical inertia system that allows them to quickly correct that difference, so it is possible that a deviation of the frequency and tension of the ability to compromise infrastructure performance is tried. The nuclear and thermal plants, however, have a rotating mass that acquires the inertia necessary to cushion the sudden changes of their generation capacity. Fortunately, these imbalances can be avoided, but to do so it is essential to have energy storage systems or reversible pumping to deliver or absorb power when necessary. Synthetic inertia systems that mimic the behavior of rotating masses can also help renewables correct the imbalances between demand and generation quickly. Such a heterogeneous energy mix As Spanish can work properly, but it is essential that you have a stabilization of the robust and efficient electricity network. Otherwise the quality and reliability of the electricity supply will be compromised. Image | Kindel Media In Xataka | What is the “energy zero” and why the supply can go suddenly but it takes hours to recover In Xataka | The blackout in Spain raised the possibility of a cyber attack. The EU rules out

The reason why electricity took more than 15 hours to restore 100% in Spain: the feared “Black Start”

The Iberian Peninsula went out at 12:33 of April 28. In just five seconds, two southwest disconnections of the peninsula They removed more than half of the instant demand from the network. The frequency collapsed and interconnection with France jumped by instability. Spain stayed at 0 MW and 0 Hz, never seen. Resting the service was the real challenge. 15 hours of surgical work. At 03:30 on Tuesday, Red Eléctrica, the Spanish electrical system operator, announced that 99.95% of the demand was covered again (100% was not reached until the afternoon in the afternoon). Spain starred in greater practical exercise of replacement of a European network From the great continental blackout of 2006, The first on this scale from a country that obtains its energy mainly from renewable sources. The dreaded Black Start. Turn on the light out of nowhere, start the zero power grid. With 50 million users, Spain has faced One of the most challenging cases of “Black Start” They are remembered. He needed 15 hours because he had to go step by step, first starting the most flexible plants: hydroelectric plants, enabled for Black Start with diesel structure to feed pumps, valves and control systems). Mainless Spain redeemed. With 10% of the Spanish mix and 25% of the Portuguese, the pumping hydraulics was the first ammunition: The hydroelectric plants of the Muela and Aldeadávila They synchronized in three minutes, moving from zero to 3 GW. Each central created its 50 Hz “island” (the frequency at which the turbines have to turn) before introducing load. Red Electric was connecting the turbines one by one and introducing load in a dosing way so as not to stop them. Gas for climbing. With the nuclear off (except for the imported of France, which provided 1.4 GW of power in the replacement), the gas plants became the backbone of the network before reincorporating renewables. Monday’s wind was almost calm and the photovoltaic disappeared at nightfall, so the weight fell on water and gas. Morocco injected several hundred MW who were critical to start plants in Andalusia. As for nuclear. The automatic cut of five of the seven reactors generated a radio traffic jam: the xenon-135 accumulated after a sudden stop absorbs neutrons and blocks the reaction for 24-48 h. 32 hours after the blackout, No nuclear had yet been synchronized. That 3-4 GW hole synchronous forced to squeeze hydraulics and gas and delayed total recovery. The fuses jumped. When the blackout occurred, more than 70% of the generation was renewable (37% solar, 32% wind). 3.4 GW of nuclear energy, 1.6 GW of cycles and 1.4 GW of cogeneration provided the synchronous inertia of the network, but were not enough to compensate for the disconnection of two stations. Neither The interconnected network was enough to sustain the frequency (only 3 GW with France and 700 MW with Morocco). The substations acted as giant fuses against imbalance and isolated the network to avoid catastrophic damage. That is why it is said that Spain and Portugal are energy islands, despite being in the same network as the rest of European countries. Some lessons. With high renewable quotas, which They do not have the inertia of other energy sources To stabilize the network, it takes a greater resilience than the European electricity grid. In other words, invest in investors at network level, batteries and renewable synchronous (biomass or more pumping hydraulics). As well as in better interconnections. All this is planned, but it was not on time to avoid the blackout and the Black Start. Image | Electric Red In Xataka | We have just lived the first great blackout of the renewable era. The debate is now how to get the last one

Nuclear power plants have a very valuable resource so as not to collapse if electricity fails: the “flex” strategy

The refrigeration system of The reactors of nuclear centrals It has a fundamental purpose: to guarantee that Fuel bars will remain at all times within Its operating temperatures range. If this parameter increases excessively they could melt and trigger a serious accident. To avoid it Conventional nuclear reactorslike those we have in Spanish nuclear plants, have a triple cooling circuit. The primary circuit consists of the vessel that contains the fuel bars and a deposit known as heat exchanger. The hot water from the vessel circulates between both deposits thanks to the action of a pump, so that it cools in the exchanger before returning to the vessel. This circuit is closed. In addition, the heat exchanger acts as a steam generator, so a second circuit is responsible for introducing the cold water inside that, when coming into contact with the hot water of the primary circuit enters boiling. From there the necessary steam proceeds to transfer to the turbine the kinetic energy that will make it possible to obtain electricity thanks to the action of the alternator. Once the fluid crosses the turbine the water steam is cooled and condenses inside an additional tank to promote the appearance of water in the liquid state that will be introduced again in the heat exchangerthus giving rise to a second closed circuit known as secondary circuit. Again a pump is responsible for the water to circulate between the condensation tank and the heat exchanger. So far we have described two different closed circuits, the primary and the secondary, but we have left a loose end. In order for the water vapor of the secondary circuit to be condensed inside the condensation tank it is necessary to introduce in the latter cold water. And to do so it is necessary to resort to a third circuit known as external cooling circuit. The water of this last installation comes from the sea or from a river near the nuclear power plant, hence it is necessary to accommodate this type of centrals near one of these two natural resources. In modern nuclear centrals flexibility and redundancy are everything As we have just verified, so that the water that acts as a refrigerant element circulates correctly inside the primary and secondary circuits the action of at least two pumps is necessary, one for each circuit. And, of course, the pumps need electricity to function, like many other elements of the nuclear reactor, such as the pressor, the external cooling circuit pumps or the safety injection pumps. We explain everything in more detail in the article that we dedicate to The control rooms of nuclear centrals. Portable equipment allows all these functions to be performed without having to depend on exterior power supply After Fukushima The safety of all the world’s nuclear power plants was reinforced. They underwent very important stress tests during which all the central parameters were reviewed, especially those that were related to what had happened in Fukushim Baskets on the electricity grid. And once everything was reviewed, the incorporation of a series of measures to mitigate and prevent such accidents was standardized worldwide. This strategy is known as “flex”, which is the flexibility apocope. Nuclear centrals have been designed to Prevent Design Base accidents. This philosophy consists in thinking about what can happen with the purpose of implementing security measures to mitigate them in case they occur. What happens is that in practice, of course, there are accidents that you can not have planned, so in addition to the security systems prior to Fukushima, a series of portable equipment that allow all those functions from outside without having to depend on exterior power supply have been incorporated. They are totally portable and autonomous equipment that are already incorporated into all nuclear plants, and that can also be transported from one central to another in case of need via helicopter or through the military emergency unit (UME). In addition, there are also A central warehouse in Technatom Madrid where there are portable equipment that could be transferred in two or three hours to any Spanish nuclear power plant. As we have just seen, the redundancy of the equipment is also a crucial strategy in nuclear facilities. However, there is another resource that is even more important: The security culture. The training of all people who work in a nuclear power plant is individualized and permanent throughout their professional career. In Xataka | China and Russia have an extremely ambitious plan: in 2028 they will build a nuclear power plant on the moon In Xataka | This nuclear reactor is different from everyone else. It has been expressly designed for data centers

How to load your mobile battery when there is no electricity

Let’s tell you How to load your mobile battery when you don’t have electricityeither by some blackout in your area or for some other situation. Because in these cases it is normal for us to throw a lot of mobile, and that it is the device that we need most to have loaded. The mobile has become the environment with which we communicate, we inform ourselves and entertain ourselves, so it is important to keep it with drums. That is why we are going to give you some tips that will help you keep it loaded. Load your mobile without electricity Let’s give you a series of Methods to load the mobile without electricity at home In list format, with descriptions of why each of the methods we recommend. Of course, there should be Prepared for any light of light In some cases. These are the methods you can use: Use an external battery: If you have an external battery at home, you have a treasure in these cases. It is the main method you can use. If the battery has a good capacity of about 10,000 mAh, you should have several loads of your mobile. Plant it with your laptop’s battery: If you have a laptop at home that still has a battery and you will not use it, you can connect your mobile and use the laptop as an external battery. Of course, this will exhaust the computer battery very quickly, that is, be careful if you are going to need it. The battery of your car: You can also go to your car and connect it to one of the loaders you have. In these cases, it is important that you keep the car started, and to be able to circulate with it, so that the battery is not exhausted and you can start it later. Solar or crank batteries: There are other types of batteries or loaders that you can use, such as those that use the sun to load (although in a very slow way), or those that have a dynamo or crank to generate electricity. They are little efficient methods, but they are. Try not to use the mobile much: Finally, we are going to advise you that in these cases try not to use the mobile too much, especially not use demanding games or apps that drain the battery. Use the energy savings mode you have and reduce the brightness of the screen, also turning off Bluetooth, GPS or Wifi to maximize the battery life you have. In Xataka Basics | How to prepare for possible blackouts: the main tips to be prepared

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