A digital fuel physics oversight system and method for pressurized water reactors

Abstract

The application discloses a digital fuel physics supervision system and method suitable for a pressurized water reactor, and relates to the field of fuel management of nuclear power plants. The digital fuel physics supervision system comprises a basic information management module, a fuel full life cycle management module, a reactor core supervision module, a physics test management module and a data security and permission control module. The basic information management module stores data such as bases, units and fuel assembly types; the fuel full life cycle management module covers the whole process of purchasing, manufacturing, refueling and spent fuel treatment; the reactor core supervision module monitors parameters such as nuclear power in real time and records abnormalities; the physics test management module controls the whole process of starting a physics test; and the data security and permission control module assigns permissions based on roles. The digital fuel physics supervision system realizes digitalization, standardization and full cycle tracing of fuel supervision, improves management efficiency and safety, and is suitable for fuel physics supervision of pressurized water reactor nuclear power plants.

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