电力负荷温度敏感性预测

Nahid-Al-Masood, Mehdi Z. Sadi, S. R. Deeba, R. Siddique
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引用次数: 20

摘要

提出了一种电力负荷温度敏感性的预测技术。电力负荷的温度灵敏度是指温度变化一度时负荷消耗的变化量。首先对孟加拉电力系统(BPS)负荷的温度敏感性进行了线性回归分析,并在此基础上应用三点法对BPS负荷的温度敏感性进行了预测。线性回归分析表明,BPS的负荷模式严重依赖于温度。本研究还表明,孟加拉电网负荷的温度敏感性随季节变化而变化。孟加拉国消耗了很大一部分电能,特别是在夏季,以减轻天气对人类社会日常生活的影响。这种温度敏感性预测将有助于将天气条件的影响纳入短期和中期负荷预测。给出了2001 ~ 2009年BPS负荷温度敏感性的数值计算结果,最后给出了2010年BPS负荷温度敏感性的预测值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Temperature sensitivity forecasting of electrical load
This paper presents a forecasting technique of the temperature sensitivity of electrical load. Temperature sensitivity of electrical load means the amount of change in load consumption for one degree change in temperature. A linear regression based analysis of temperature sensitivity of Bangladesh power system (BPS) load is performed at first and using the results, temperature sensitivity of BPS load is forecasted by applying three–point method. The linear regression analysis recognizes that the load pattern of BPS is heavily dependent on temperature. This study also shows that, temperature sensitivity of Bangladesh network load varies with the seasonal variation. A significant portion of the electrical energy is consumed in Bangladesh, especially in summer season, to mitigate the impact of weather on the daily life of human society. This temperature sensitivity forecasting will help to incorporate the effect of weather conditions to short-term and mid-term load forecasting. Numerical results of temperature sensitivity of BPS load from the year 2001 to 2009 are presented and finally the forecasted value of the 2010 is also shown.
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