When you hear the word "super charger", what kind of picture comes to mind? Is it a high-capacity power bank that can quickly charge digital devices such as mobile phones and tablets? No, the "super charger" we are going to talk about today is far beyond your imagination.
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Did you know? In our country, the most advanced "super charger" is quietly rising, bringing a steady stream of "energy" to our lives. It is a domestic fourth-generation nuclear power plant!
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Doesn't that sound incomprehensible? But don't worry, let's get rid of it.
Let's start with the generations of nuclear power plants. Each generation is more advanced than the next, and each generation is more secure and efficient than the last. The fourth generation is known as the "Dream Heap" because it represents humanity's ultimate ideal in pursuit of cleaner energy.
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The mainland is a leader in this field. In December last year, the 200,000 kilowatt high-temperature gas-cooled reactor demonstration project in Shidao Bay, Shandong Province, was officially put into commercial operation. This world's first fourth-generation commercial nuclear power plant not only generates considerable electricity, but also has the absolute advantage of "inherent safety".
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The so-called "inherent safety" means that even in the event of a major failure, the reactor core will not melt and a large amount of radioactive material will not be leaked. This can be said to completely solve people's concerns about the safety of nuclear energy, and keep nuclear power plants away from the shadow of those terrible "accidents".
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The key to this is the use of high-temperature gas-cooled reactor technology. It uses the inert gas helium instead of water to cool the reactor, bringing the core temperature to nearly 1,000 degrees Celsius while greatly improving the efficiency of power generation.
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Don't look at this "super charger" is full of power, but in fact, it is very versatile. In addition to power generation, it can also give full play to the advantages of "combined heat and power and cooling" to provide the electricity, heat and cooling energy required for industrial and agricultural production.
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In the field of fourth-generation nuclear power, high-temperature gas-cooled reactors are only a technical route, and the mainland is also gaining momentum in several other routes. For example, the experimental fast reactor of China National Nuclear Corporation is a research and development platform for sodium-cooled fast reactor technology.
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Although the sodium-cooled fast reactor has been in operation for many years, its biggest highlight is its extremely high resource utilization. Compared with traditional nuclear power plants, its uranium resource utilization rate can be increased by more than 60 times, which fundamentally solves the problem of resource shortage. It also enables "passive safety" and can automatically shut down the reactor without human intervention in the event of an accident.
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Several other technical routes, such as molten salt reactors and lead-cooled fast reactors, are also in full swing. Around 2040, Continental plans to make the integrated fast reactor, a more advanced fourth-generation nuclear power plant, a large-scale development, become the main force for new construction.
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Knowing these, do you have a new understanding of "domestic super charger"? This is not just a single power generation technology, but an all-encompassing and promising future energy solution.
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Whether to meet the growing demand for energy or to combat climate change, clean and efficient nuclear power will become indispensable. It is precisely because the mainland has seen this general direction that it has invested heavily in a number of technological routes.
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Are there concerns about the safety risks posed by nuclear power? But that's all old cliché. The concept of "intrinsic safety" of fourth-generation nuclear power plants has fundamentally solved the problem of the century. Coupled with the "passive safety" advantages of technical routes such as sodium-cooled fast reactors, isn't the safety of nuclear power more guaranteed?
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You can rest assured that the domestic "super charger". In the future, these "batteries" full of wisdom and power will continue to deliver clean energy to us, in stark contrast to old energy sources such as coal power and thermal power, and create a new era of human energy use.
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Let's look forward to the take-off of domestic fourth-generation nuclear power! In the face of the future, we need to cherish the earth's resources, and at the same time, we must also embrace smarter and more advanced green energy. And this is precisely the mission of the domestic "super charger".
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