基于数据驱动的智能化采煤工作面生产效率瓶颈诊断与优化
Data-Driven Intelligent Diagnosis and Optimization of Production Efficiency Bottlenecks in Coal Mining Faces
随着煤矿智能化建设的深入推进,数据驱动技术与采煤工艺将深度融合,随之而来的生产效率瓶颈诊断方法和优化策略将推动智能化采煤工作面的革新。这将使生产系统具有更强的自适应能力,从而使工作面生产变得高效稳定,首先分析了复杂地质条件下工作面生产的关键环节、影响因素及其相互关系。然后介绍了数据驱动的诊断模型构建方法和智能化决策支持系统。最后介绍了生产效率优化方案的实施路径与效果验证。
With the deepening of intelligent construction in coal mines, data-driven technology will be deeply integrated with coal mining processes, and the accompanying diagnostic methods and optimization strategies for production efficiency bottlenecks will promote the innovation of intelligent coal mining workfaces. This will enable the production system to have stronger adaptability, thereby making the production of the working face more efficient and stable.
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