SYSTEM80+ nuclear power plant in the United States.
Since the mid-1980s, Westinghouse has been committed to developing an improved PWR-passive advanced PWR. At that time, according to the environmental conditions of the power market and the suggestions of power companies, the capacity of 600MWe was selected for design (AP600). Westinghouse invested a lot of manpower and completed a lot of design documents and experimental research.
The AP 1000 core adopts the mature and engineering-verified Westinghouse extended core design (M3 14 type), its effective cross-sectional height is 14 feet, and the first furnace charge is 157 17× 17 performance fuel assembly.
Extended data:
80+ nuclear power plant of ABB/CE Company of the United States is a PWR nuclear power plant with electric power of 1350MW, and has two steam generators, each of which adopts a special design of one inlet (outlet) and two outlets (outlets).
SYSTEM80+ nuclear power plant is a nuclear power plant built in Palo Verde, USA and a system 80 nuclear power plant built in Korea. It is designed according to the policy requirements of URD and NRC on serious accidents of advanced nuclear power plants, and obtained FDA (final design approval) according to the new licensing procedures of NRC.
SYSTEM80+ nuclear power plant meets the requirements of URD for improving reliability, accident prevention and mitigation, economy and good man-machine interface. The design goal is not to need prototype reactor verification. PSA method has been widely used in the design of SYSTEM80+ nuclear power plant. The design life of SYSTEM80+ nuclear power plant is 60 years.
Baidu Encyclopedia-Third Generation Nuclear Technology