Research and Application of Intelligent Ventilation Control Systems in Coal Mines

Xiaodong Lv

doi:10.54691/w5penp21

Authors

Xiaodong Lv

DOI:

https://doi.org/10.54691/w5penp21

Keywords:

Coal mine; Ventilation system; Intelligent; Regulation; Safety.

Abstract

The intelligent transformation of coal mines is an inevitable path for the development and transition of the coal industry. As one of the first batch of national intelligent demonstration coal mines, Yannan Coal Mine has undergone an intelligent upgrade and transformation of its ventilation system. This paper introduces the research background, system composition, key technologies, and implementation effects of the intelligent ventilation control system at Yannan Coal Mine. Through intelligent sensing, intelligent control, and intelligent decision-making, the system achieves intelligent regulation of the mine ventilation system, enhancing its stability and safety, and providing significant support for reducing personnel, improving safety, and increasing efficiency in coal mines.

Downloads

Download data is not yet available.

References

[1] Wang Guofa, Fu Jiaxing, Wang Zhongxin. Significant Progress in Coal Mine Intelligence and Directions for High-Quality Development [J]. Intelligent Mining, 2025, 6(01): 2-12.

[2] Niu Yubin. Research on Intelligent Recognition and Early Warning Technology for Safety Management and Control Systems in Intelligent Coal Mines [J]. Energy and Energy Conservation, 2025, (02): 44-46.

[3] Mao Shanjun, Chen Huazhou, Liu Haibin, et al. Reflections on the Construction and Development of Advanced Intelligent Coal Mines [J]. China Coal, 2025, 51(01): 165-180.

[4] Yuan Zhi, Jiang Qingyou, Pang Zhenzhong. Application Status and Development Considerations of Intelligent Fully Mechanized Mining Technology and Equipment in China's Coal Mines [J]. Coal Science and Technology, 2024, 52(09): 189-198.

[5] Liu Feng, Zhang Jianming, Cao Wenjun. Current Status and Development Suggestions for Intelligent Construction of Coal Mines in China [J]. Coal Economic Research, 2024, 44(04): 6-10.

[6] Wang Yangbo. Current Status and Development Trends of Intelligent Mining in China's Coal Mines [J]. Henan Science and Technology, 2020, (14): 65-66.

[7] Lei Yi. Current Status and Development of Intelligent Mining Technology in China's Underground Coal Mines [J]. Coal Mining, 2017, 22(02): 1-4.

[8] Feng Weiguo. Application of 5G Technology in Coal Mine Intelligence [J]. Energy and Energy Conservation, 2025, (02): 238-240+250.

[9] Li Chenxin. Research Status and Development Directions of Key 5G Technologies for Coal Mines [J]. Industrial and Mining Automation, 2024, 50(07): 79-88.

[10] Li Fangjian, Ji Shengyang, Liu Jifang, et al. Research on the Application of F5G Technology in the Construction of Intelligent Coal Mines [J]. Coal, 2024, 33(07): 82-84+92.

[11] What Are the Requirements and Scenarios for Coal Mine 5G Private Networks, F5G, and WiFi6 in Intelligent Mine Communication Networks? [J]. Intelligent Mining, 2024, 5(09): 37.

[12] Li Jiping. Design and Application of Intelligent Mine Ventilation Systems [J]. Energy and Energy Conservation, 2025, (02): 100-102+106.

[13] Liu Qingrun, Yin Qiangqiang, Zheng Kai. Analysis of Current Status and Development Trends of Mine Ventilation Systems [J]. China Nonferrous Metals, 2024, (S2): 288-290.

[14] Jia Chenhui. Application of Automation Technology in Coal Mine Ventilation Systems [J]. Energy and Energy Conservation, 2024, (09): 281-283.

[15] Hu Xiao, Wang Ning. Optimization and Intelligent Management of Coal Mine Ventilation Systems [J]. Industrial and Mining Automation, 2024, 50(S2): 33-34+56.

[16] Gao Shaowei. Progress in Intelligent Ventilation Systems in Underground Coal Mines [J]. Energy and Energy Conservation, 2023, (11): 179-181.