Jinneng Holding Coal Industry Group Yanya Coal Industry Datong Co.

雁崖煤矿采用链式静止无功发生器SVG补偿策略对供电系统进行节能优化,针对当前能耗统计系统智能化程度低、功能单一问题,进行智能化供电能耗联网监控系统设计,系统采用地面监测主站、井下监测分站以及电能监测智能仪表系统的三级架构,实现供电系统能耗数据采集、数据通信,监控室上位机显示能耗统计、能耗分析。

Yanya Coal Mine adopts a chain type static var generator SVG compensation strategy to optimize the energy efficiency of the power supply system. In view of the low intelligence and single function of the current energy consumption statistics system, an intelligent power supply energy consumption networking monitoring system is designed. The system adopts a three-level architecture of ground monitoring main station, underground monitoring sub station, and intelligent instrument system for electric energy monitoring, achieving energy consumption data collection and communication in the power supply system, the upper computer in the monitoring room displays energy consumption statistics and analysis.

1 概况
2 供电能耗联网监控系统架构
3 系统硬件设计与监测点布置
3.1 监控系统主站硬件
3.2 监控系统分站硬件
3.3 电能计量设备
1）多功能电能表
2）矿用隔爆兼本安型多路电能计量装置
3.4 电气设备监测点布置方案
4 系统软件设计
4.1 系统通信设计
4.2 上位机组态软件设计
5 应用效果分析
6 结语

黄正岐.雁崖煤矿供电能耗联网监控系统设计研究[J].山东煤炭科技,2023,41(06):126-128.