The Xudabao Nuclear Power Plant project adopts the Russian-designed VVER-1200 third-generation nuclear power technology, which is Russia's latest nuclear power model, offering enhanced safety and economic efficiency.
As an essential part of China's "Going Global" strategy for nuclear power, the Xudabao Nuclear Power Plant demonstrates China's innovation capabilities and international competitiveness in the field of nuclear power technology, providing crucial support for the development of China's nuclear industry.
The Liaoning Xudabao Nuclear Power Plant is one of the key projects of deep cooperation between China and Russia in the nuclear power sector, reflecting the strategic collaboration between the two countries in the energy field. The project adopts the Russian-designed VVER-1200 third-generation nuclear power technology, which is Russia's latest nuclear power model, offering enhanced safety and economic efficiency. China and Russia have engaged in comprehensive cooperation in technology research and development, equipment supply, engineering construction, and talent cultivation, jointly promoting the high-quality construction of the Xudabao Nuclear Power Plant.
The Xudabao Nuclear Power Plant is planned to have multiple million-kilowatt-class nuclear power units, with Units 3 and 4 being key projects in China-Russia nuclear energy cooperation. This project is not only a model for collaboration in nuclear power technology between China and Russia but also a significant achievement in deepening energy cooperation and achieving mutual benefits. Through this partnership, China has introduced advanced nuclear power technology and enhanced its domestic nuclear power construction capabilities, while Russia has further expanded its nuclear technology market internationally.
In the construction of the Xudabao Nuclear Power Plant, our company has supplied mechanical rebar connection couplers, and we have also deployed a professional rebar threading team to work on-site, providing in-depth services to ensure the high-quality and efficient construction of the nuclear power plant.
