Nuclear power plant fire response and drill ability evaluation system and method

Abstract

The invention discloses a nuclear power plant fire response and drill ability evaluation system and method. The evaluation system comprises an analog simulation model, a fire response demand analysis model, a response and drill model, a recording unit, an evaluation unit and a dynamic alarm model, wherein the analog simulation model is used for obtaining fire characteristic parameters and personnel evacuation characteristic parameters; the fire response demand analysis model determines demand data of the evaluation area for responding to the fire response; the response and drill model is used for simulating and comparing implementation conditions of rescue behaviors in the fire drill process; the recording unit is used for recording various data information in the fire response and drill process; the evaluation unit is used for evaluating fire response and drill ability and outputting an evaluation result; and the dynamic alarm model is used for dynamically evaluating each index of the evaluation result and performing real-time early warning. According to the nuclear power plant fire response and drill ability evaluation system and method provided by the invention, the emergency processing ability when a fire occurs is effectively evaluated, so that deployment in advance is facilitated.

Description

technical field [0001] The invention relates to the technical field of nuclear power plant fire emergency, in particular to a nuclear power plant fire response and drill capability evaluation system and method. Background technique [0002] As an important emerging energy that can effectively alleviate the global energy crisis and climate change, nuclear power has been widely used and promoted in countries all over the world. The foundation of nuclear power development is safety, which is the lifeline of nuclear power. Nuclear power plants have been operating for decades, experience It shows that fire is a major potential threat to the safety of nuclear power plants, and the possibility of fires runs through the entire life of nuclear power plants. Nuclear power plants generally have response measures to deal with fires. However, there is currently a lack of fire response and drill capabilities for nuclear power plants. Therefore, it is impossible to know that the fire can b...

AI Technical Summary

Problems solved by technology

[0002] As an important emerging energy that can effectively alleviate the global energy crisis and climate change, nuclear power has been widely used and promoted in countries all over the world. The foundation of nuclear power development is safety, which is the lifeline of nuclear power. Nuclear power plants have been operating for decades, experience It shows that fire is a major potential threat to the safety of nuclear power plants, and the possibility of fires runs through the entire life of nuclear power plants. Nuclear power plants generally have response measures to deal with fires. However, there is currently a lack of fire response and drill capabilities for nuclear power plants. An objective evaluation system, so that it is impossible to know that it can be dealt with effectively when a fire occurs, and it is impossible to realize the dynamic early warning of fire emergency response and disposal, so that serious fire accidents and nuclear accidents are prone to occur

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