The present invention relates to an intelligent fire evacuation induction system, the sensor unit having a carbon monoxide concentration sensor for detecting the concentration of carbon monoxide and a temperature sensor arranged at appropriate intervals along the evacuation route; A server configured to logically analyze the sensor unit's real-time information and a preset algorithm to set a real-time evacuation route; A communication unit transmitting information of the sensor unit to a server, and transmitting an evacuation route set in the server to the sensor unit; Through the configuration including a central monitor that is intermittently arranged in the evacuation route and displays the evacuation route set by the server so that the evacuee can visually check, the optimal evacuation route is actively secured in the event of a fire to quickly and safely evacuate the evacuee. It relates to an intelligent fire evacuation guidance system that can be evacuated.
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