文章提出了一种新颖的配电网空间负荷预测模型。
This paper proposes a novel spatial load forecasting (SLF) method for distribution planning.
多人决策降低了以往空间负荷预测用地分析的主观性，提高了预测精度。
The subjectivity of land-use analysis in former spatial load forecasting is reduced by multi-person decision making and the accuracy of load forecasting is improved.
负荷预测包含负荷总量预测和空间负荷预测，它们对合理地进行配电网规划具有重要的指导意义。
Load forecasting can be subdivided into gross load forecasting and spatial load forecasting, which play an important guiding role in distribution network planning.
提出了一种新的空间负荷预测方法，在进行空间负荷预测用地类型决策时引入了模糊多目标多人决策。
A new spatial load forecasting method is proposed, in which the fuzzy multi-objective multi-person decision making is led into land-use decision making for spatial load forecasting.
对配电网的空间负荷预测方法进行改进，重点研究小区用地分析的模糊推理模型，把人工神经网络技术与模糊推理系统相结合的方法应用于小区用地分析。
This paper presents the improvement of spatial load forecasting method of distribution network, and the fuzzy inference on small area land-use analysis is emphatically studied.
电力负荷的混沌预测是建立在重构电力负荷序列的相空间基础之上的。
The chaotic forecasting of power load is based on reconstructing phase space of the power load series.
研究了配电网负荷预测的几种方法，采用空间与时间相结合的负荷预测方法，算例应用表明该算法切实可行。
Investigating several methods for load forecast of distribution network, space and time forecast are united example indicates that this method is feasible.
数值测试表明，按混沌理论优选的延时时间和嵌入相空间的维数一般不是负荷预测的最适合参数。
Numerical simulation test shows that the delay time and embedded space dimension given by chaos theory usually are not the best ones for load forecasting.
电力负荷预测是一个包含空间、时间、属性等多维度多级别的复杂体系。
Electrical load forecasting is a complicated multilevel system including dimensions of space, time, attributes, etc.
实际电网负荷预测的仿真结果验证了文中提出的相空间相关邻近点的选择方法与峰谷荷修正思想的有效性。
The simulation results of practical load forecasting show that the proposed method to select reference points and peak-valley load correction are more effective.
对此，采用了模糊评分、运输模型求解最优等手段，对汕头市达濠区进行了空间负荷分布预测，其结果能够满足实际工作中的要求。
In this paper, SLF for Dahao District, Shantou City is made, using fuzzy evaluation and transportation model to achieve optimal land allocation. The forecast results can satisfy the practical demands.
对此，采用了模糊评分、运输模型求解最优等手段，对汕头市达濠区进行了空间负荷分布预测，其结果能够满足实际工作中的要求。
In this paper, SLF for Dahao District, Shantou City is made, using fuzzy evaluation and transportation model to achieve optimal land allocation. The forecast results can satisfy the practical demands.
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