Intelligent firefighting controller for generating equipment in remote area

Abstract

The invention discloses an intelligent firefighting controller. The intelligent firefighting controller comprises a PCU processing module, a logic module, a control module, a solenoid valve output module, a smog sensor input acquisition module, a flame detector input acquisition module, a pressure detection module, a fault detection module, a power voltage-stabilizing module, a lead acid storage battery, an external power input module, a fault signal output module, an early warning signal output module, a fire-extinguishing signal output module, a remote startup input module, a first lightning protection module, a second lightning protection module, a third lightning protection module, a wireless remote monitoring module and a far-end server. The controller transmits fault signals to the CPU processing module, and after confirmation, the fault signals are output to an onsite equipment monitoring system via the fault signal output module; and the controller can automatically/remotely manually start fire-fighting motion, has a lightning protection function, is suitable for operation in an unattended station, is stable and reliable, immune to electromagnetic interference, is low-temperature-resistant, realizes fault self diagnosis, detects an operation state in real time and can realize early fault discovery, early warning at an early stage, accurate determination and rapid fire extinguishing.

Description

technical field [0001] The invention relates to a controller, in particular to an intelligent fire controller suitable for power generation equipment in remote areas. Background technique [0002] The generator set is the foundation of successful power generation, but there are many fire causes in the generator set, such as loose transformer contacts, aging electrical components in the frequency conversion cabinet, loose or oxidized electrical connectors, self-healing process of capacitors, overheating, open circuit faults, and aging damage , Contamination of the braking area of ​​the brake, etc. may cause a fire. Especially for power generation equipment installed in remote and sparsely populated places, if a fire occurs, it is difficult for relevant personnel to rush to the scene to carry out fire fighting operations. If fire control cannot be carried out in time, it will not only cause equipment damage and unit shutdown, but also bring great harm. Economic losses, enviro...

AI Technical Summary

Problems solved by technology

[0002] The generator set is the foundation of successful power generation, but there are many fire causes in the generator set, such as loose transformer contacts, aging electrical components in the frequency conversion cabinet, loose or oxidized electrical connectors, self-healing process of capacitors, overheating, open circuit faults, and aging damage , the braking area of ​​the brake is contaminated, etc. may cause a fire

Especially for power generation equipment installed in remote and sparsely populated places, if a fire occurs, it is difficult for relevant personnel to rush to the scene to carry out fire fighting operations. If fire control cannot be carried out in time, it will not only cause equipment damage and unit shutdown, but also bring great harm. Economic losses, environmental pollution, and even casualties

Therefore, in order to deal with this situation, under normal circumstances, a fire controller is installed to carry out automatic fire monitoring and fire fighting actions. Expenditures of manpower and material resources, and it is easy to become a hidden danger to the stable operation of the unit; in addition, in practical applications, there are owners who do not pay much attention to fault information, and the feedback of fault information is seriously lagging behind. Alarm signal is shielded

This situation makes it impossible for suppliers to fully grasp the actual operating status information of fire protection and video surveillance equipment in real time, so that timely repair and maintenance of equipment with fault alarms cannot be carried out, and the number of personnel and spare parts for on-site maintenance cannot be accurately arranged. Working in the service sector presents a very big challenge

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