基于GIS的输煤廊道智慧安全管控系统构建
Construction of a GIS-based Intelligent Safety Control System for Coal Conveyer Corridor
薛青鸿1
作者信息
- 1. 国能江苏电力工程技术有限公司,江苏 镇江 212000
- 折叠
摘要
针对火电厂输煤系统设备集中、空间死角积煤积粉、粉尘浓度大、环境恶劣等现状,为避免系统引发火灾、设备人员安全相关事件事故,提出将具有视觉化效果的地理信息系统(GIS)和智能化传感器进行集成,构建分布式应用、集中统一管理的输煤廊道智慧安全管控系统,进一步提高了输煤廊道监测的精准化、可视化以及灵活性,有效提升了输煤系统的安全管理与监督水平.
Abstract
In response to the current situation of coal conveyer systems for thermal power plants including equipment centralized,coal powder accumulation in dead corners,high dust concentration,and harsh environment,and in order to avoid system fires as well as equipment and personnel safety-related accidents,it is proposed to integrate a visual geographic information system(GIS)and intelligent sensors,and build a intelligent safety control system for distributed application,centralized and unified management of coal conveyer corridor,which further improves the accuracy,visualization,and flexibility of coal conveyer corridor monitoring,and effectively enhances the safety management and the supervision level of the coal conveyer system.
关键词
火电厂/输煤廊道/安全管控系统/地理信息系统/智能化传感器Key words
thermal power plants/coal conveyer corridor/safety control system/geographic information system/intelligent sensors引用本文复制引用
出版年
2024
NETL
NSTL
万方数据