College of Coal Engineering, Shanxi Datong University

针对煤矿开采过程中小功率设备供电问题，一般采用井下导线供电和更换蓄电池进行供电，但这种传统的供电方式使煤矿在开采过程中工作效率降低，同时增加了工人的劳动强度等。对于这一问题，提出利用开采过程中的巷道风速流动的特点，应用微型风力发电技术来解决，并进行了相关matlab/simulink仿真论证分析。根据本文的研究结果分析，智能微型风力发电储能器可以利用最大功率控制技术进行井下发电。

In view of the power supply problem of small and medium power equipment in the process of coal mining, underground wire power supply and battery replacement are generally used for power supply. However, this traditional power supply method reduces the working efficiency of coal mines in the process of mining, and increases the labor intensity of workers. For this problem, it is proposed to use the characteristics of the wind speed flow in the roadway during the mining process, and the micro wind power generation technology is used to solve the problem, and the relevant Matlab/Simulink simulation analysis is carried out. According to the analysis of the research results of this paper, the intelligent micro wind power energy storage device can use the maximum power control technology to generate electricity underground.

李文正，宁掌玄*，杨东辉，赵 凯，李敬贤. 矿用智能微型风力储能器仿真分析[J]. 煤炭与化工, 2023, 46(10): 93-96.

Li Wenzheng, Ning Zhangxuan*, Yang Donghui, Zhao Kai, Li Jingxian. Simulation analysis of intelligent micro wind energy storage device for mine. CCI, 2023, 46(10): 93-96.