Guangdong Huadian Enclosed Coal Yard Safety Monitoring Project

Project Background

As a key energy supply site, the Guangdong Huadian Enclosed Coal Yard plays a crucial role in ensuring the region’s energy security. Considering the unique characteristics of enclosed coal storage — particularly the high risk of fire — the project team decided to implement an advanced AI-based safety monitoring system to enhance operational safety and efficiency.

Project Objectives

The main objective of the project is to achieve early detection and warning of fire hazards within the coal yard through the deployment of AI algorithm units (“AI boxes”), ensuring safe and reliable operations.

Technical Implementation

  • Fire and Smoke Detection:
    The system is powered by high-precision AI algorithms capable of detecting fire and smoke. By analyzing live video feeds from the coal yard, the system can quickly and accurately identify fire hazards such as open flames or smoke.

  • Real-time Monitoring and Alerts:
    The AI algorithm units are connected to the surveillance cameras across the coal yard, enabling continuous monitoring of all areas. Once a potential fire hazard is detected, the system immediately issues an alert to notify management staff to take prompt emergency measures.

  • Data Analysis and Reporting:
    The system collects and analyzes event data, recording details such as detection time, location, and response actions. This information supports data-driven decision-making for safety management and future improvements.

Implementation Steps

  1. Hardware Deployment: Install high-definition cameras in key areas of the coal yard and connect them to the AI algorithm units.

  2. Software Integration: Integrate the AI algorithms with the existing monitoring system to optimize data processing and alert workflows.

  3. System Testing and Optimization: Conduct testing to verify detection accuracy and continuously fine-tune performance based on real-world feedback.

Expected Results

  • Significantly improve the efficiency and accuracy of fire prevention through real-time monitoring and rapid hazard detection.

  • Reduce the need for manual inspections, lowering labor costs.

  • Establish a data-driven safety management and decision-support system, enhancing overall operational safety.

Conclusion

The Guangdong Huadian Enclosed Coal Yard Safety Monitoring Project has greatly enhanced the safety supervision level of the coal yard and provides a smart, efficient safety monitoring solution for similar energy facilities. This project demonstrates the vast potential and practical value of AI technology in improving safety management across traditional industries.