The Persian Gulf has dominated the long era of oil. Now he is preparing to lead the era of solar energy

There is an increasingly more and more evident energy change, and even the countries we would never think are jumping to the renewable pool. Yes, I talk about the countries of the Persian Gulf. However, the tests are there: seven Chinese solar companies were generating more energy capacity than the world’s greatest oil companies. So, now, with their money and a lot of sun, everything indicates that they will give sorpasso. Wild investment. For very recently, Gulf countries have decided to invest in renewable projects. On the one hand, the United Arab Emirates They have announced a solar project 5.2 GW with a battery system, also betting on storage. On the other hand, Saudi Arabia is developing its energy transition plan through the Vision 2030 Plan. Recently, the Saudi Aramco oil giant has announced an agreement to start producing lithium in 2027. In addition, They are developing a plan to extract and enrich uranium For nuclear energy. Likewise, the Saudi country is carrying out different solar energy projects, some in Collaboration with China and others with Spain. And we can’t forget Kuwait, who already started two years ago has develop 17 GW of renewable energy and 25 GW capacity for the production of green hydrogen, which propose to export it to international markets. Data. According to the recent report by the International Renewable Energies Agency, the Middle East has Less than 1% of the world’s renewable capacity. However, from the agency they have detailed that the forecast for the next few years will be of accelerated growth. For its part, An analysis of the consultant Rystad Energypoints out that within five years, more than 30% represents total capacity in Gulf countries such as the United Arab Emirates, Saudi Arabia, Bahrain, Kuwait, Oman and Qatar. From the consultant they detail that this impulse is due to the weather conditions and the favorable conditions of the market. New solar panels will boost electricity generation in the Gulf Favorable energies. In the graph of Rystad EnergyWe observe that the Persian Gulf has two very different parts. The colored areas of orange, blue and green that represent renewable energies we see how they increase exponentially, especially solar. However, we see how nuclear and hydrogen have a slight growth that is maintained over the years. On the other hand, oil and gas, colored gray, although they are currently the main sources of energy, they will fall by 2050. China, ally or competition? The Asian giant has become a double agent in the energy transition, acting as much as a partner and competitor. On the side, Chinese companies such as Jinko Solar, Longi and Byd are providing solar panels, batteries and other technologies for the ambitious renewable projects in the desert region. On the other hand, China is carrying out the development of its own solar and wind projects. Besides, Your dominance over the global supply chain of batteries and solar panels gives you an advantage in the energy market. At the same time, its expansion in the Middle East allows you to gain influence in a region that has historically been dominated by fossil fuels. The change. The Persian Gulf is in the process of investing in renewables to mark its path to sustainability. However, they still have a stretch to travel because infrastructure and energy supply stability are still aspects that must be resolved. Image | Unspash Xataka | In full desert, Saudi Arabia is preparing its next great energy bet with the help of a partner: China

In full desert, Saudi Arabia is preparing its next great energy bet with the help of a partner: China

Saudi Arabia is facing a fiscal deficit Due to the expensive investments in projects such as The Line, which are part of their 2030 vision to diversify its economy. However, one part compensates for another, and that is that the Saudi country is focused in covering everything with solar panelsbut it has not taken into account until now where it could store energy. Short. Saudi Arabia has officially connected the largest energy storage system (Bess) in the world in Bisha, province of ‘Asir. The project has achieved a milestone in the country’s strategy due to a 500 MW/2000 MWh battery system. The operating company is Saudi Electric Company and uses advanced technology supplied by ByD. A larger initiative. The project, called Bisha Bess, is part of a broader initiative of the Arab country to further strengthen your renewable energy infrastructure. The nation is looking for more than half of its energy to come from renewable energiesso you have seen in storage the necessary component for this transition. Saudi Arabia has found that the batteries provide flexibility to the network and allows the integration of intermittent energy sources such as solar and wind. Apart from being part of the National Vision 2030 Plan, Bisha Bess is part of different large -scale storage initiatives. In an ongoing tender, the list of 33 prequalified bidders was published in early January and revealed that Masdar, Acwa Power, EDF and Totalenergies compete for 15 -year storage service contracts. 122 storage units. The Chinese company byd have prefabricated the 122 units, each integrates a 6MW energy conversion system (PCs) along with four iron and lithium phosphate batteries (LFP) batteries, each with a capacity of 5,365MWH. The design is modular to optimize space, improve system integration and minimize failure points. Desert construction. Although the batteries were supplied by the Chinese company byd, the project was carried out by a consortium formed by State Grid Corporation of China and Alfanar Projectswho were in charge of engineering, equipment acquisition and installation construction. The installation, located in an extremely challenging desert environment, has presented significant difficulties, such as high temperatures and frequent sand storms. To deal with these obstacles, the engineers perfected the installation techniques and optimized the start -up processes, ensuring the reliability of the long -term system. If you can’t with them, join them. This famous phrase can be attributed to the Saudi kingdom, who has thought about China. At the time he began to enter this race for the renewables, Arabia Saudi began to great. However, in the field of Megaestructures and renewablethe Asian giant has no rival. Although the Arab country is developing different projects in renewables, others that also integrate clean sources such as the city of Neom, is not having the expected success. However, there is a sector where you could compete with China: nuclear energy. The kingdom has the ability to Extract and process Uranium, which would position him as a key actor. Image | Red Sea Project SA Xataka | Saudi Arabia has just opened another of its colossal projects: the world’s longest driver transport system

The renaissance of nuclear energy is underway. And the microreactors are preparing to give it a boost

The physicists and engineers involved in the development of fourth generation nuclear fission reactors They are working to propose new designs that conceptually may be very different from those of previous generations. Of course, the requirements that these new nuclear power plants must meet are clearly defined. The first of them consists of achieving the maximum possible sustainability, so that the fuel is used to the maximum to produce energy, the amount of radioactive waste resulting from the process is minimized and its management is as efficient as possible. The second requirement concerns the economic investment that must be made to start up and maintain the nuclear power plant, which must be as low as possible so that it can be compared to the expenditure required by other sources of energy, thus reducing the risk. financial. And the third and final requirement stipulates that safety and reliability must be high enough to minimize the probability of damage to the reactor core. Besides, if an accident occurred It should not be necessary to take emergency measures beyond the nuclear power plant facilities. Westinghouse and Radiant working on the world’s smallest reactors The International Atomic Energy Agency (IAEA) published a very detailed report in September 2024 entitled “Energy, electricity and nuclear power estimates for the period up to 2050”. In it, it analyzes the short and medium-term future of nuclear energy and delves into its role as a means of generating electricity that can contribute to the achievement of global climate objectives. However, the most interesting thing is that this organization predicts that global nuclear power will increase by 2.5 by 2050. Microreactors use uranium-based isotropic tristructural particles as fuel Compact and modular nuclear reactors play a crucial role in achieving that vision, but microreactors will also likely play a very important role. As their name indicates, they are compact and modular nuclear reactors much smaller than conventional fission machines. As we can predict, they produce less energy than the latter, usually 50 megawatts or lessbut thanks to their size they can be installed in remote places where it is not possible to set up a traditional nuclear power plant. However, nuclear microreactors have more advantages. On the one hand, its installation is relatively simple and much faster than that of conventional reactors. In addition, they do not require large water cooling systems, they operate in an automated manner and their maintenance is simpler than that of a traditional nuclear plant. And, interestingly, the eVinci and Kaleidos microreactors being developed by the American companies Westinghouse and Radiant use uranium-based tristructural isotropic particles (TRISO) as fuel. The particles of this fuel are the size of a poppy seed and contain uranium, carbon and oxygen encapsulated in a carbon-ceramic shell that is capable of withstanding extreme temperatures. On paper this nuclear fuel is the most robust ever developed to date. An interesting note: Radiant uses helium as a coolant, while Westinghouse uses a passive heat duct system. These two companies have the financial support of the US Department of Energy (DOE) and plan to place their microreactors on the market in 2030 as long as, of course, they obtain a license from the Nuclear Regulatory Commission (NRC). Image | Westinghouse Electric Company More information | IEEE Spectrum In Xataka | Bill Gates has an ambitious nuclear energy project. And now it also has an associated Spanish company

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