摘要
针对瓦斯抽采和瓦斯发电利用监测过程中面临的数据多源异构、数据量大、数据孤岛的特点,基于数据融合与移动查询技术,提出了瓦斯抽采与瓦斯发电实时监测和移动查询平台设计构想,设计了平台系统采集、融合、发布、共享、移动查询、异常推送的运行流程,详细阐述了瓦斯抽采和瓦斯发电监控系统的数据集成融合及移动查询、监测数据网络管理终端开发、监测数据异常推送机制构建等建设内容。平台的构建实现了数据集中远程在线实时监测、多维数据对比分析、异常数据实时诊断与预警和移动查询数据,为矿井瓦斯抽采和瓦斯发电利用的奖补资金兑现提供有效技术手段。
Aiming at the problems of data multi-source heterogeneity, large data volume and data isolated islands in the process of gas drainage and gas power generation monitoring in Guizhou Province, based on data fusion and mobile query technology, the design concept of real-time monitoring and mobile query platform for coal mine gas drainage and gas power generation in Guizhou Province is proposed. The running process of platform system acquisition, fusion, release, sharing, mobile query and abnormal push is designed. The construction contents of the data fusion and mobile query of gas drainage monitoring system, the data fusion and mobile query of gas power generation monitoring system, the development of monitoring data network management terminal and the construction of push mechanism for abnormal monitoring data are elaborated in detail. The platform construction realizes the remote online real-time monitoring. The platform construction realizes data remote online real-time monitoring, multi-dimensional data comparison analysis, abnormal data real-time diagnosis and early warning and mobile query data, which provides the effective technical means for the subsidy fund cashing of mine gas drainage and gas power generation.
作者
张鹏
ZHANG Peng(China Coal Technology and Engineering Group Taiyuan Research Institute,Taiyuan 030032,China)
出处
《煤矿安全》
CAS
北大核心
2020年第8期100-103,共4页
Safety in Coal Mines
基金
国家重点研发计划资助项目(2018YFC0808306)。
关键词
瓦斯抽采
瓦斯发电
监测数据
数据融合
移动查询
gas drainage
gas power generation
monitoring system
information fusion
mobile query
