微电网综合负荷与可再生能源短期预测

N. Mwanza, Peter Musau Moses, A. Nyete
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引用次数: 3

摘要

在规划和运行活动中,准确的需求预测对维持电力系统的负荷需求非常重要。最近,可再生能源的使用有所增加,与柴油发电机等其他电力来源不同,可再生能源发电的估计是不确定的。因此,预测可再生能源和负荷需求的可靠技术至关重要。过去研究了几种预测技术,并将其分为;拟议的研究包括使用人工神经网络(ANN)和增强粒子沼泽优化(EPSO)技术预测综合负荷和可再生能源(太阳能和风能)。本研究的输出是预测的网络负载。分析结果表明,ANN_EPSO是预测可再生能源和负荷需求的可靠方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Short-term Forecasting for Integrated Load and Renewable Energy in Micro-grid Power Supply
For planning and operation activities, accurate forecasting of demand is very important in sustaining the load demand in the electrical power system. Recently there has been increased use of renewable energy and unlike other sources of electricity like diesel generators, estimation of power production from renewable sources is uncertain. Therefore, reliable techniques for forecasting renewable energy and load demand are of paramount importance. Several forecasting techniques have been researched on in the past and are classified into; physical, statistical and AI techniques The proposed research involves forecasting integrated load and renewable energy (solar and wind) using Artificial Neural Network(ANN) and Enhanced Particle Swamp Optimization (EPSO) techniques. The output of this research is the predicted netload. The analysis of the results depicts ANN_EPSO as a reliable method for forecasting renewable energy and Load demand.
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