Wind-power engine room automatic fire-fighting monitoring and emergency system

Abstract

The invention relates to an automatic fire-fighting monitoring and emergent system, in particular to a wind-power engine room automatic fire-fighting monitoring and emergent system, belonging to the technical field of wind driven generator equipment. The system adopts sensor technology, and a monitoring system is combined, so as to realize real-time data collection of temperature and smoke in a wind-power engine room, and real-time dynamic regulation is carried out according to the environment temperature change outside the engine room and the monitored temperature of monitoring points of each temperature sensor in the engine room, and the collected data is processed by a main control core cell, thereby realizing automatic monitoring and emergent treatment to fire-fighting safety of the wind-power engine room. The automatic fire-fighting monitoring and emergent system has the beneficial effects that: active monitoring and emergent needs in the engine room is made up and enhanced, and the blank that no automatic fire-fighting monitoring and emergent system in the wind-power engine room at home and abroad is actively carried out is filled up. On the premise of ensuring the personnelsafety of managers, the firing phenomenon of the wind-power engine room can be effectively prevented and controlled, thereby reducing unnecessary economic loss.

Description

technical field [0001] The invention relates to an automatic fire monitoring and emergency system, in particular to an automatic fire monitoring and emergency system for a wind power generator cabin, and belongs to the technical field of wind power generator equipment. Background technique [0002] Wind power generation mainly depends on wind turbines and their control systems. The wind turbine and its main control system are installed in the nacelle at the top of the wind power tower more than 60 meters above the ground. The whole nacelle can be called the heart and brain of the wind turbine. Since the wind turbine will generate high heat when it is running, if the heat dissipation is not smooth, or the unit fails and the heat generated is higher than the heat dissipation capacity, the accumulated heat will cause the temperature of the unit to rise rapidly. If the temperature rise cannot be detected and stopped in time , when the temperature exceeds the resistance point of...

AI Technical Summary

Problems solved by technology

But so far, in the wind turbines in operation at home and abroad, there is basically a lack of emergency devices for active and automatic measurement and control and fire protection in the cabin.

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