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文章摘要
基于递阶结构的多表合一能源计量系统运行状态综合评价方法
Comprehensive Evaluation Method for Operation Status of Multi-meter Integrated Energy Metering System Based on Hierarchical Structure
Received:July 06, 2020  Revised:September 07, 2020
DOI:10.19753/j.issn1001-1390.2023.08.031
中文关键词: 能源计量系统  多表合一计量  运行状态指标  递阶结构  状态评价  评价检验
英文关键词: Energy measurement system  Multi-meter energy measurement  Operating status indicator  Hierarchical-based structure  State evaluation  Evaluation test
基金项目:国家电网公司科技项目“大规模综合能源计量系统数字与真型混合仿真关键技术研究”(5600-201955167A-0-0-00)
Author NameAffiliationE-mail
Huang Rui* State Grid Hunan Electric Power Co,Ltd Power Supply Service Center Metric Center 541172319@qq.com 
Liu MouHai State Grid Hunan Electric Power Co,Ltd Power Supply Service Center Metric Center 271403185@qq.com 
Cheng XiangQun State Grid Hunan Electric Power Co,Ltd Power Supply Service Center Metric Center 1248258318@qq.com 
Lin Weiwei Electrical and Electronic Engineering School, North China Electric Power University 1270031004@qq.com 
Lu Jun Electrical and Electronic Engineering School, North China Electric Power University lujun@ncepu.edu.cn 
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中文摘要:
      针对当前能源计量系统评价缺乏综合评价问题以及电水气热能源综合计量需要,提出一种基于递阶结构的多表合一综合能源计量系统运行状态综合评价方法。在分析电水气热能源综合计量系统指标与评价需求基础上,建立了多表合一能源综合计量系统运行状况层次化评价指标;通过递阶结构逐层次分析法实现了多表合一能源计量系统运行状态综合评价,最后完成了评价结果检验。实验分析表明该方法能对多表合一能源综合计量系统运行状态进行科学量化评价。
英文摘要:
      Aiming at the lack of comprehensive evaluation of current energy metering system evaluation and the need for comprehensive metering of electricity, water, gas, and heat, a comprehensive evaluation method based on the hierarchical structure of the multi-meter integrated energy metering system is proposed. Based on the analysis of the indicators and evaluation requirements of the integrated metering system for electricity, water, gas and heat, a hierarchical evaluation index for the operation of the integrated multi-meter energy metering system was established.Through the hierarchical structure and the layer-by-layer analysis method, the comprehensive evaluation of the operation status of the multi-meter-in-one energy measurement system is realized. Finally, the evaluation result inspection was completed. Experimental analysis shows that this method can scientifically and quantitatively evaluate the operation status of the multi-meter-in-one energy comprehensive metering system.
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