Smart Firefighting

1. Background

With the acceleration of urbanization and the rapid development of social economy, the frequency and severity of fire accidents are increasing. The traditional firefighting model has certain limitations in fire prevention, monitoring and emergency response. As an innovative fire management model, smart firefighting uses advanced technical means to achieve intelligent, efficient and precise firefighting.

2. Goals and Requirements

With the acceleration of urbanization and the rapid development of social economy, the frequency and severity of fire accidents are increasing. The traditional firefighting model has certain limitations in fire prevention, monitoring and emergency response. As an innovative fire management model, smart firefighting uses advanced technical means to achieve intelligent, efficient and precise firefighting.

3. Technical Architecture

1. Deploy various sensors, such as smoke sensors, temperature sensors, electrical fire monitoring sensors, etc., to collect environmental data in real time.
2. Use wireless communication technologies (such as 5G, NB-IoT, etc.) to transmit perception layer data to the cloud platform.
3. Build a smart fire protection cloud platform to store, analyze and process the received data.
4. Develop application systems for different users, including the monitoring and command system of the fire management department, the fire management system of the enterprise, the fire service APP for the public, etc.

4. Main Functional Modules

Fire intelligent early warning system

Monitor environmental data in real time and automatically trigger an alarm when the data exceeds the set threshold.

Combined with artificial intelligence algorithms, fire risks can be assessed and predicted.

Firefighting facility monitoring and management system

Locate and monitor the status of facilities such as fire hydrants, fire extinguishers, and fire passages.

Automatically remind facilities of maintenance cycles and generate maintenance records.

Emergency command and dispatch system

Based on GIS maps, the fire location and the distribution of surrounding firefighting resources are displayed in real time.

Intelligently plan rescue routes and achieve one-click dispatch.

Fire big data analysis system

Integrate and analyze multi-source data such as fire history data, geographic information, and personnel distribution.

Provide data support for fire protection planning, hidden danger investigation, and emergency plan formulation.

1. Benefit Analysis

Improve fire prevention capabilities, reduce the occurrence of fire accidents, and reduce loss of life and property.

Improve the speed and efficiency of fire emergency response and reduce the losses caused by fire.

Optimize the allocation of fire protection resources and reduce fire protection management costs.

Enhance social fire safety awareness and promote the socialization and standardization of fire protection work.