Residential Electricity Consumption Behavior Mining Based on System Cluster and Grey Relational Degree ()
ABSTRACT
In order to improve the utilization of the residential electricity consumption data which contains the information on the user’s electricity consumption habits, a residential electricity consumption behaviors mining algorithm model is constructed. Firstly, according to the attribute, the collected data can be divided into the global data and the phase data, then the appropriate global variables are selected to mine the user’s electricity consumption patterns in the near future on the system clustering algorithm. Based on the theory of grey relational analysis, combing phase data with the power modes to analyze the potential characteristics of residential electricity consumption behaviors deeply that verify the ability of latest power mode to predict household electricity consumption situation in the coming few days and the effect of dominant phase variables on the peak load shifting. Finally, from the actual data of a certain family, the proposed data mining algorithm is testified that it can effectively explore the electricity consumption behavior habits and characteristics of the family.
Share and Cite:
Xu, M. and Wang, Y. (2017) Residential Electricity Consumption Behavior Mining Based on System Cluster and Grey Relational Degree.
Energy and Power Engineering,
9, 390-400. doi:
10.4236/epe.2017.94B044.
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