Measurement of energies within f-P secondary control by the means of metrological procedures for ATEE 2015

Catalin Chimirel, M. Eremia, Mihai Sănduleac
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Abstract

Within last decade, the energy resources evolved significantly in the renewable area and installed capacity exploded with large impact on the distribution grid area as well. Energy management is supported by EMS-SCADA systems operated by TSO-s and by DMS-SCADA systems operated by DO-s. Such evolution of the generation installations are bringing more and more challenges for the systems stability purpose and therefore the usage of ancillary services becomes more and more critical. Like any specific service provided within the market, the ancillary services are looking for more and more accurate solution of measurement (metering) that would encourage the competition and increase the quality of such services. Traditionally it is not possible to measure the use of secondary reserve services with metrology based energy meters, because the measurement implies integration of energy over and under a set-point, which implies integration of a difference of power, algorithm which is not supported neither by existing metrology meters nor by any IEC standards for meters. The paper analyses the possibility of using the metrology based energy metering recorded with one minute load profiles, in order to calculate the increase and decrease active energy, for surplus respectively for deficit generation within the frequency-power secondary control. For comparison, it has been analyzed also the possibility of calculating these values based on recorded energies in the metrological meter using standard 15 minutes load-profiles.
利用ATEE 2015计量程序测量f-P二次控制范围内的能量
近十年来,可再生能源地区的能源资源发生了显著变化,装机容量呈爆炸式增长,对配电网地区也产生了巨大影响。能源管理由TSO-s操作的EMS-SCADA系统和DO-s操作的DMS-SCADA系统支持。发电装置的这种演变给系统稳定性带来了越来越大的挑战,因此辅助服务的使用变得越来越重要。与市场上提供的任何特定服务一样,辅助服务也在寻求越来越精确的测量(计量)解决方案,以鼓励竞争,提高服务质量。传统上,不可能用基于计量的电能表来测量二级备用服务的使用情况,因为测量意味着在一个设定点上下的能量的集成,这意味着功率差异的集成,现有的计量仪表和任何IEC标准都不支持这种算法。本文分析了在频率-功率二次控制中,利用一分钟负荷曲线记录的基于计量学的电能计量,分别计算多余和亏缺发电的有功能量的增加和减少的可能性。为了比较,还分析了根据计量仪表中使用标准15分钟负荷曲线记录的能量计算这些值的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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