The hottest nuclear power recovery in the world is

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The world nuclear power recovery is proceeding with unprecedented opportunities for construction machinery

the world nuclear power recovery is proceeding with unprecedented opportunities for construction machinery

China Construction machinery information

Guide: it is learned from the National Nuclear Power Technology Corporation that at present, the world nuclear power is in the initial stage of recovery, and the third-generation nuclear power AP1000 technology is mature and has entered the period of commercial application. The United States from the situation of countries around the world, the United States has 103 nuclear power units in operation, accounting for the total installed power capacity

according to the National Nuclear Power Technology Corporation, the world's nuclear power is in the initial stage of recovery, and the AP1000 technology of the third generation nuclear power is mature and has entered the period of commercial application

United States

judging from the situation of countries around the world, 103 nuclear power units are in operation in the United States, accounting for 10% of the total installed power capacity

the 15 nuclear power units that have been applied for construction in the United States are all of the third generation. Among them, there are 10 sets for AP1000, 1 set for EPR, 2 sets for esbwr, and 2 sets for abwrs

In May, 2001, President Bush of the United States issued the "national energy policy report of the United States", proposing that the expansion of nuclear energy should be an important part of the national energy policy. Subsequently, the U.S. nuclear industry proposed a target of 50million kilowatts of new nuclear power installed capacity by 2020

at the beginning of August, 2001, the US House of Representatives passed the bill of "ensuring the future energy of the United States", which supports the construction of new nuclear power units, increases the national research costs in nuclear energy, and increases the nuclear science and nuclear engineering of universities, which are widely used in industrial departments such as machinery, metallurgy, petroleum, chemical industry, building materials, construction, aerospace, shipbuilding, transportation, colleges and universities Education funds and research expenses of relevant laboratories in scientific research institutions

in August, 2002, the American Institute of nuclear energy proposed the "2020 nuclear energy development plan of the United States". Its strategic goal is to take nuclear power as an integral part of national and international energy planning and an important measure of sustainable development environmental policy. By 2010, nuclear power will account for 23% of the country's total power generation

in 2006, the United States launched the "global nuclear energy partnership program (GNEP)" with the goal of "cooperating with other countries to obtain more advanced nuclear technology for the development of new recycling technologies to prevent nuclear proliferation, so as to produce more energy, which is an important symbol of a country's overall strength, reduce waste, and minimize people's concerns about nuclear proliferation"


the French nuclear power industry started in the 1970s. At present, 59 units are in operation, and the power generation accounts for about 80% of its total electricity

entering the 21st century, the French energy industry has determined to unswervingly vigorously develop nuclear energy. The French government decided to replace the current nuclear power plant with a new generation from 2015 to 2020. In terms of technology selection, France will use European pressurized water nuclear reactor (EPR). The French nuclear safety authority has clearly stopped approving the construction of P4 and N4 second-generation units

in January, 2006, the French government raised the issue of "post oil age", believing that it is one of the focuses of the world in this century, and France will continue to strive to maintain its leading position in the field of nuclear power. To this end, France will launch the design and construction plan of the fourth generation nuclear power plant, and will put the first fourth generation nuclear power research reactor into operation in 2020

in October 2006, the European Union approved France to build a new next-generation nuclear power plant, which is expected to be officially put into use in 2012, and can be developed into a mature technology before 2020 to be promoted


the development of nuclear power in Japan belongs to the division of labor management of the Department of science and technology and the Ministry of international trade and industry. Japan has become the third largest nuclear power developed country in the world, with nuclear power accounting for about 1/3 of the total power generation

since entering the 21st century, Japan's nuclear power industry has continued to develop steadily. In 2005, there were 54 nuclear power units in actual operation, 4 under construction, and another 12 units are planned to be built, of which 11 are the third generation (ABWR, APWR) and one is the second generation (BWR)

in August 2006, Japan formulated a national nuclear energy plan to improve Japan's nuclear power generation capacity - from the current 30% to more than 40%

low temperature friction and wear testing machine

South Korea

there are 20 nuclear power units in operation in South Korea, accounting for 28% of the total installed power capacity. At present, six nuclear power units are being built, including four South Korean million kilowatt standard nuclear power units opr1000 close to the third generation level and two third-generation apr-1400 units


Russia has 30 nuclear power units in operation, accounting for 10% of the total power unit capacity. It is stepping up the development of the third generation pressurized water reactor vver-1000 and vver-1500 as the reactor types to be built and exported in the next step

before 2015, the Russian government will allocate 674billion rubles (equivalent to 26billion US dollars) from the federal budget for the development of the nuclear industry. The Russian government also plans to significantly improve the normal verification of nuclear power on the original tensile state of the experimental machine, which will bring great convenience and standardized power generation capacity. It plans to build two nuclear power plants every year before 2015, three nuclear power plants every year from 2016, increase their number to four every year by 2020, and increase the share of nuclear power generation to more than 25% by 2030

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