验证程序,以确保一致的能源计量

L. A. Meijsen, J. V. van Rensburg, W. Booysen
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引用次数: 6

摘要

南非能源服务公司(esco)实施的大部分节能措施(ECM)都是由Eskom需求侧管理(DSM)计划资助的。2013年,Eskom报告称,DSM总能耗节省了595兆瓦。为了测量这种效果,需要记录电力使用数据。测量精度稍有偏差就会对报告的节省产生重大影响。因此,在ECM的整个生命周期内确保一致的能量测量是至关重要的。进行了一项研究,以调查测量过程的每个步骤如何有助于整体精度。研究的组件包括仪表变压器,模拟数字转换(ADC)过程和不同的信号处理技术。该研究还调查了不同的电量记录仪及其对总体准确性的影响。研究发现,每个成分都有可能影响测量的准确性。然而,影响精度的最大风险不是任何特定组件,而是设备的安装和设置过程。这促使制定了一套处理测量结果验证的程序。验证程序主要包括三个部分,即临时功率记录仪测量值的验证、记录数据的评估和永久功率记录仪的验证。
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Verification procedures to ensure consistent energy metering
The majority of Energy Conservation Measures (ECM) implemented by South African Energy Service Companies (ESCOs), are funded by the Eskom Demand Side Management (DSM) initiative. In 2013 Eskom reported a total DSM savings of 595 MW. To measure this effect power usage data needs to be recorded. A slight variance with the accuracy of measurements will have a significant impact on the reported savings. It is therefore of critical importance to ensure consistent energy measurements throughout the life cycle of the ECM.A study was conducted in order to investigate how each step of the measurement process contributes towards the overall accuracy. Components investigated include instrumentation transformers, the Analogue Digital Conversion (ADC) process and the different signal processing techniques available. The study also investigated different power loggers and their impact on the overall accuracy. The study found that each component has the potential to affect the accuracy of the measurement. However, the most significant risk that affects the accuracy was not any specific component, but rather the process of installation and setup of the equipment. This prompted the development of a procedure to address the verification of measurements. The verification procedure consists of three main parts namely, Verify measurements of temporary power logger, Evaluation of data recorded and Verification of permanent power logger.
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