Simulation operating system for training nuclear power plant reactor operator

Abstract

The invention discloses a simulation operating system for training a nuclear power plant reactor operator. The simulation operating system comprises an operating end, a control system server, a teaching control end and a fluid model server, wherein the operating end is operated by the operator and can output a training instruction according to the operation of the operator; the control system server outputs a simulation instruction to the fluid model server according to the training instruction; the teaching control end is operated by a teacher and can output a teaching instruction according to the operation of the teacher; the fluid model server caries out nuclear power plant reactor simulation demonstration according to the simulation instruction and the teaching instruction and feeds back a current state signal in real time to the control system server and the teaching control end. According to the simulation operating system, teaching interaction between the teacher and the operator can be realized, and the operator can further independently learn simulated nuclear power plant reactor operation, so that the training aim of strengthening the skill of the operator can be fulfilled.

Description

technical field [0001] The invention relates to the field of nuclear power, in particular to a simulated operating system for training nuclear power plant reactor operators. Background technique [0002] The safe operation of a nuclear power plant largely depends on the skill level of the control room operators in controlling the unit, and the training of operators is the most important part of nuclear power plant training. Under the new situation of rapid development of the nuclear power industry and a large number of nuclear power talents to be trained, the teaching difficulties of "many people and few machines" appear in the training of operators, and the current simulator training is affected by factors such as training plans, machine hours, and instructors, making trainees Opportunities for practical operation on the machine are limited, and it is impossible to follow up to practice and consolidate the skills learned after class. Due to the lack of practical operation o...

AI Technical Summary

Problems solved by technology

Under the new situation of rapid development of the nuclear power industry and a large number of nuclear power talents to be trained, the teaching difficulties of "many people and few machines" appear in the training of operators, and the current simulator training is affected by factors such as training plans, machine hours, and instructors, making trainees Opportunities for practical operation on the machine are limited, and it is impossible to follow up to practice and consolidate the skills learned after class. Due to the lack of practical operation on the machine, beginner operators have not yet grasped the operation functions of the full-range simulator. The courses are relatively difficult, and the students' spare time such as evenings and weekends cannot be fully utilized because there are no corresponding training facilities; therefore, there is an urgent need to develop a simulation training system specially designed for training operators

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