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A Data Mining Framework for Electricity Consumption Analysis From Meter Data

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4 Author(s)
Daswin De Silva ; Platform Technologies Research Institute at RMIT University, Victoria, Australia ; Xinghuo Yu ; Damminda Alahakoon ; Grahame Holmes

This paper presents a novel data mining framework for the exploration and extraction of actionable knowledge from data generated by electricity meters. Although a rich source of information for energy consumption analysis, electricity meters produce a voluminous, fast-paced, transient stream of data that conventional approaches are unable to address entirely. In order to overcome these issues, it is important for a data mining framework to incorporate functionality for interim summarization and incremental analysis using intelligent techniques. The proposed Incremental Summarization and Pattern Characterization (ISPC) framework demonstrates this capability. Stream data is structured in a data warehouse based on key dimensions enabling rapid interim summarization. Independently, the IPCL algorithm incrementally characterizes patterns in stream data and correlates these across time. Eventually, characterized patterns are consolidated with interim summarization to facilitate an overall analysis and prediction of energy consumption trends. Results of experiments conducted using the actual data from electricity meters confirm applicability of the ISPC framework.

Published in:

IEEE Transactions on Industrial Informatics  (Volume:7 ,  Issue: 3 )