Intelligent escape and evacuation system for hydropower station

Abstract

The invention discloses an intelligent escape and evacuation system for a hydropower station. The intelligent escape and evacuation system comprises a background server and a fire protection monitoring system: the fire protection monitoring system communicates with the background server through the Ethernet, and the fire protection monitoring system monitors a disaster situation in a factory building and alarms in time when the disaster situation occurs; NFC chip cards: a plurality of NFC chip cards are dispersed in the factory building, and the background server pushes an escape route map tothe NFC chip cards; a smart phone is in communication connection with the NFC chip cards; when a fire occurs, a worker turns on an NFC function of the mobile phone, finds the NFC chip card at the nearest location, obtains the escape route map pushed by the background server and performs emergent evacuation and escape. The system utilizes the NFC, big data and a wireless network, the technology application is generally mature, and no other accessory equipment is required, thereby being convenient and reliable, and small in investment.

Description

technical field [0001] The invention relates to the technical field of fire safety, in particular to an intelligent evacuation system for personnel to escape and self-rescue when a sudden fire occurs in a hydropower station. Background technique [0002] The powerhouse of a hydropower station is a building in which a water turbine, a hydroelectric generator, and various auxiliary equipment are installed in a hydropower station. There are a lot of electrical equipment, the structure of the room is intricate, and the cable interlayer and the drainage corridor are intersected in depth. In case of fire, those who are not familiar with the structural layout of the plant will easily lose their way or fail to organize evacuation in a timely and effective manner, resulting in personal casualties. Even operators who are familiar with the structure of the plant cannot effectively choose the best escape route at the first time when a fire occurs. [0003] At present, fire monitoring s...

AI Technical Summary

Problems solved by technology

There are a lot of electrical equipment, the structure of the room is intricate, and the cable interlayer and the drainage corridor are intersected in depth. In case of fire, those who are not familiar with the structural layout of the plant will easily lose their way or fail to organize evacuation in a timely and effective manner, resulting in personal casualties. Even operators who are familiar with the structure of the plant cannot effectively choose the best escape route at the first time when a fire occurs

[0003] At present, fire monitoring systems and emergency access indicator lights are generally installed in hydropower plant buildings in China, but they are limited to alarms and automatic control of fire-fighting equipment in the event of a fire, but they cannot guarantee that the personnel of the power plant can stay away from the fire through the best escape route when escaping. area, it will inevitably result in that the timeliness and effectiveness of personnel escape cannot be guaranteed

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