Inner Mongolia Diantou Energy Co. ,Ltd.
State Power Investment Corporation Research Institute

“双碳”背景下,露天煤矿产煤比例逐年提高,露天煤矿碳能监管越来越受到关注。以露天煤矿为典型研究对象,提出了基于数字孪生的露天煤矿碳能监管方法,将露天煤矿碳能数据映射到虚拟空间,通过数字孪生技术精确模拟、预测露天煤矿能源消耗及碳排放。在国家电投集团南露天煤矿构建了监管平台,研究发现,该平台实现了企业能源管理、碳排放管理、企业碳能综合分析、碳能可视化和系统综合管理,能有效提升露天煤矿企业精细化碳能管理及清洁低碳发展水平,解决了数据完整度不足、数据多源异构及智能化监管难题,可为煤矿智能化碳管理发展提供一定借鉴。

Under the background of “carbon peak and carbon neutrality”,the proportion of coal production in surface coal mines has increased year by year,and the supervision of carbon energy in surface coal mines has attracted more and more attention. Taking surface coal mine as a typical research object,a digital - twin based carbon energy supervision method for surface coal mines was proposed,mapping the carbon energy data of surface coal mines to virtual space. The energy consumption and carbon emission of surface coal mine were accurately simulated and predicted by digital-twin technology. A supervision platform was constructed in the South Surface Coal Mine of SPIC,which can achieve enterprise energy management,carbon emission management, comprehensive analysis of enterprise carbon energy, carbon visualization, and system comprehensive management. It can effectively improve the refined carbon energy management and clean and low-carbon development level of surface coal mine enterprises,and solve the problem of insufficient data integrity,multi-source heterogeneous data and intelligent supervision. It provides certain references for the development of intelligent carbon management in coal mines.

国家电投集团智慧矿山建设创新示范项目(CXSF-2021-XT01)

董陆军,陈纲,李子涵,等.基于数字孪生露天煤矿碳能监管平台应用研究[J].矿业安全与环保,2025,52(1):173-179.

DONG Lujun,CHEN Gang,LI Zihan,et al. Application research of carbon energy monitoring platform based on digital-twin in surface coal mine[J]. Mining Safety & Environmental Protection,2025,52(1):173-179.