黄奇峰, 杨世海, 段梅梅, et al. Demand response potential prediction method with load data features analysis of user clusters[J]. 2024, 26(1). DOI: 10.3969/j.issn.1009-1831.2024.01.003.
With the gradual advancement of electricity market reform
demand response will play an increasingly important role in future new power systems. Considering the problems of cumbersome process of DR potential calculation and lack of detailed data on user electricity consumption process
a group users DR potential prediction and classification method based on historical load
temperature
and electricity price data is proposed. First
data processing and information extraction are carried out on the user’s daily electricity load curves.Three characteristics
monthly load regularity
daily load fluctuation and peak-valley consistency
are calculated
which form an index system of physical regulative potential evaluation. Further
nonlinear au-to-regressive model with exogenous inputs neural network is applied to the prediction of group users’daily load and DR potential. Finally
taking industrial users as examples
Meanshift algorithm is used to partition user clusters
and DR regulation power of general component manufacturing industry is predicted. By comparing and analyzing with actual data
the effectiveness of the proposed method in this paper is verified.