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Go overseas to train soldiers?" Boss Zhu said very strangely.

"The concerns about this thing in China are almost well known to everyone. I can't find a place to do experiments in China, right?" Fan Wubing replied with a smile, "So I thought I should find a place overseas to build nuclear power projects and accumulate technology. When the technology is mature, I will be redirecting back to China for development."

"Oh, so that's it." Boss Zhu nodded, "But in that case, there will be a lot of investment and cost recovery will be more difficult."

Fan Wubing said indifferently, "Cost recovery is easy. Not only do I have to build a nuclear power plant overseas, but also a factory. I will never lose money when I use the factory to maintain electricity."

Boss Zhu then said, "Well, I understand. Anyway, your business is very smart. No one can lose yourself if you lose. I am sure of this.

I will explain this to the others clearly so that everyone can guess it.”

After the two of them finished the phone call, they felt relieved that they could finally get a job.

Global nuclear energy went through five development stages, including exploration, development, leapfrog development, ** and trough in the second half of the 20th century. At the same time, China's nuclear power development lagged relatively 20 years behind.

The 1950s was a period of exploration for global nuclear energy. In 1954, the former Soviet Union built the world's first nuclear power plant, the Oblingsk nuclear power plant. Three years later, the United States built the world's first commercial pressurized water reactor nuclear power plant, Xiping Port nuclear power plant, which was put into commercial operation. Britain and France also built several graphite gas-cooled reactor nuclear power plants in the 1950s.

In the 1960s, the global nuclear energy industry has entered the expansion, and major developed countries have joined the ranks of nuclear energy development, and a total of 63 nuclear power units have been built and put into operation, of which 17 have been in operation so far. During this period, three nuclear power units have been closed.

In the 70s, global nuclear energy achieved leapfrog development. More countries around the world joined the ranks of nuclear energy development. 158 nuclear power units were built and put into operation. Among them, 132 of them have been in operation.

In the 1900s, global nuclear power units entered the ** phase and entered the operation of 259 nuclear power units. Of which 223 are still in operation.

However, it was during the first period that nuclear energy development exposed serious safety and economic problems.

In 1979, there were two serious accidents at the site of the Three Mile Island nuclear power plant in the United States (pressure water reactor) and the former Soviet Union Chernobyl nuclear power plant (now in Ukraine) (pressure pipe reactor) in 1986. The global nuclear energy development momentum dropped sharply. During this period, 26 nuclear power units were closed. Almost all the nuclear power units were closed and far less than the original design life. Some ground units have been completely completed and have not yet been put into commercial operation. For example, the German Thr30 high-temperature gas-cooled reactor nuclear power plant, the United States, the 800,000-kilowatt boiling water reactor nuclear power plant, etc.

In the 1990s, global nuclear energy entered a period of slow development. In the entire 1990s, 52 new nuclear power units were put into operation worldwide and 39 were closed at the same time. Almost all nuclear power units were closed and far less than the original design life.

From the perspective of nuclear power technology development, the technology used in the built nuclear power plants in the 1950s and 1960s is basically collectively called the first generation of nuclear power technology. The technology used in the built nuclear power plants in the 1970s to the present is basically collectively called the second generation of nuclear power technology.

As early as the 1980s, in response to the problems of nuclear energy safety and economics that had begun to appear at that time, major nuclear energy development countries led by the United States began the research and development of third-generation nuclear energy technologies.

Although global nuclear energy entered a trough of slow development in the 1990s, these countries and corresponding nuclear power technology companies adjusted the nuclear power industry on the one hand, and on the other hand, they still carried out extensive and in-depth research and development of third-generation nuclear energy technologies. Now, a group of Westinghouse Ap600/ap1000, French and German EPR, and US General Electric abwww.piaotian.com.com     In fact, Fan Wubing is not very satisfied with French EPR technology. Not to mention Gegui, the technology is not the most advanced. The actual situation is here. The American Westinghouse Ap600/ap1000 technology is naturally advanced and people will not sell it to you!

But there is also a possibility here, that is, it is completely impossible if China intends to buy Westinghouse technology. After all, Sino-US relations are improving now, and the overall situation of the nuclear power industry is not good. Americans are not unable to talk about transferring civilian nuclear power technology.

The biggest problem is that the prospects of nuclear power technology in China are not very clear at this time, and the enthusiasm for hydropower construction in China is high, and the Three Gorges Project has occupied most of the development funds. As for the north, a large number of small thermal power with coal-fired technology are used to solve the energy problem.

There is another problem, that is, there is not much publicity about nuclear power in China. Many people think that this thing is terrifying, so it is better not to build it. Even among the top leaders, there are only a few nuclear power plants under construction in China. Rather, it is not the case that many people in the high-level industries prefer this.

Solving energy problems is better to solve the problem of face.

Other countries have several nuclear power plants, so we, the Celestial Empire, cannot have many decorations, right?

Under the guidance of this trend of thinking, the development of domestic nuclear power technology can be imagined. It is obviously not too advanced. It can only be said that it is very backward. As for domestic nuclear power technology with independent intellectual property rights, it seems to be relatively distant now.

However, China also has some favorable conditions for developing nuclear power technology.

China's nuclear power development process lags by about twenty years relatively behind the global nuclear power development process. China began to explore nuclear power in the 1970s, China's nuclear power began to start in the 1980s, and China's nuclear power entered a period of development in the 1990s, and China's nuclear power development period was at the trough of the world's nuclear power development.

The trough period of global nuclear energy development and the relatively lag behind by China's nuclear power development process, which has given China's nuclear power now a chance to basically stand on the same development starting line as global nuclear energy. The valuable experience and lessons accumulated by the development history of global nuclear energy and China's nuclear power so far are valuable assets for the further development of global nuclear energy and China's nuclear power in the new century.

On this basis, if the country can pay attention to this issue, it is not a daydream to develop China's own second-generation nuclear power technology and develop third-generation and fourth-generation nuclear power technology.

As of now, for nuclear power technology, I still hope to exchange market for technology and intend to introduce Canada's heavy water reactor technology, which made Fan Wubing feel incomprehensible. Since it is not a complete technology transfer or first-class technology, it is meaningless to spend such a large price to introduce it.

He also heard that Russians are also paying for their own technology. Although it is very advanced, the price is even higher. For China, it can be said that it is a blood price and not all technology transfers.

For this reason, Fan Wubing felt that he should do something to correct the wrong views of the senior executives, so he talked with the French about cooperation, on the one hand to help the government reduce prices in nuclear power technology negotiations, and on the other hand to strengthen the momentum of his group companies and focus on highlighting the significance of international large companies.

If the opportunity is really right, Fan Wubing doesn't mind carrying out in-depth cooperation with the French, conducting nuclear power technology cooperation in real life, building nuclear power plants overseas, and cultivating a group of nuclear power technical talents.

Although I don’t have a nuclear power technical talent at hand, this is not a problem. It is probably what they are willing to borrow a group of people from China. In addition, it is not a very troublesome to recruit a group of technicians to train from scratch. My company has taken advantage of the conditions. It is very convenient to recruit technicians from China, but also recruit technical talents from various countries.

Although China is now quite repulsive about nuclear power plants, in the long run, it is imperative to develop nuclear power potential.

Energy has become a constraint on the sustainable development of the national economy. As a main component of domestic energy, coal is not only the main source of environmental pollution, but also the frequent catastrophic work-related accidents have become the focus of social attention. The transportation of more than one billion tons of coal is also the main factor constituting my country's transportation tension.

Although hydropower is environmentally friendly, its development requires a certain cycle. The ecological and environmental problems caused by its development have also begun to attract public attention, and the resources it can develop are also limited.

Other renewable energy sources, such as wind and light, are difficult to form a scale in the short term. In this case, accelerating the development of the nuclear power industry is completely necessary. Independent design, independent construction, and independent operation of large nuclear power plants are an important step that must be taken in China.

As domestic mining, smelting, concentration, component manufacturing and other capabilities have begun to take shape, nuclear power equipment manufacturing has also developed accordingly. At this time, it is entirely possible to accelerate the development of the domestic nuclear power industry if it can cooperate with international third-generation nuclear power technology.

Fan Wubing also considered the reason why he chose France as his partner.

In recent years, France's energy demand has grown slowly, with an average annual demand growth of about 1.5%. Therefore, France's nuclear power development is currently facing a dilemma. On the one hand, there is basically no demand for new nuclear power plants in the current and recent power supply market. On the other hand, after 2015, most nuclear power plants will begin to reach their lifespan and the power supply market will begin to have a large gap. For this reason, there has also been a debate on the development of French nuclear power in France, or it will start to start a new nuclear power plant now, or it will not be temporarily set.

But no matter whether you are using nuclear power projects or not, R&D cannot be stopped. Cooperating with people to carry out nuclear power plant projects is naturally the first choice. You can train troops and make money, so why not do it?
Chapter completed!