The Yunlu Photovoltaic Power Generation Project in Kunming, Yunnan Province is a remarkable example of innovation and advanced technology in the renewable energy sector. Beyond its role in clean energy production, the project demonstrates how intelligent monitoring and AI-driven safety management can significantly enhance the operational reliability of photovoltaic (PV) power stations.
Advanced Safety and Monitoring Technologies
1. Smoke & Fire Detection
Fire prevention is a critical aspect of PV power plant operations.
The project integrates a high-precision AI smoke and fire detection system capable of identifying early signs of flames or smoke from environmental video feeds. Once a potential hazard is detected, the system immediately issues an alert to on-site personnel, enabling rapid response and significantly reducing the risk of fire-related damage.
2. Workwear Detection
To ensure full compliance with safety standards, the AI system automatically verifies whether personnel entering the PV site are wearing the required protective uniforms.
This feature enhances overall safety awareness and ensures that workers can be quickly identified and located during emergency situations.
3. Smoking Detection
Smoking is strictly prohibited within the photovoltaic facility due to fire risk.
The AI smoking detection function monitors key areas in real time and identifies any smoking behavior. When such activity is detected, the system immediately issues warnings, helping maintain a safe and fire-free environment.
4. Intrusion Detection
Preventing unauthorized access is essential for securing high-value equipment and electrical infrastructure.
The system can accurately detect human intrusion into restricted zones and trigger instant alarms, ensuring that only authorized personnel access the sensitive areas of the PV station.
Conclusion
The Yunlu Photovoltaic Power Generation Project in Kunming not only plays a vital role in delivering clean, sustainable energy but also sets a new benchmark in intelligent safety management within the solar power industry.
Through the integration of advanced AI technologies—including fire detection, workwear recognition, smoking detection, and intrusion monitoring—the project enhances operational safety, improves efficiency, and protects both personnel and critical facilities.
This project exemplifies the powerful synergy between renewable energy and artificial intelligence, highlighting how modern technology can support environmental protection while ensuring safe and efficient energy production.