We propose a cluster analysis approach for organizing, visualizing and understanding households’ electricity consumption data. We initially partition the consumption data into a number of clusters with similar daily electricity consumption profiles. The centroids of each cluster can be seen as representative signatures of a household’s electricity consumption behaviors. We evaluate the proposed approach by conducting a number of experiments on electricity consumption data of ten selected households. Our results show that the approach is suitable for data analysis, understanding and creating electricity consumption behavior models
In this paper, we perform a cluster analysis using smart meter electricity demand data from 656 hous...
Electricity consumption is characterized not only by its total amount, but also its temporal course,...
Challenged by new problems ranging from new renewable production methods to novel sources of loads, ...
We propose a cluster analysis approach for organizing, visualizing and understanding households’ ele...
Abstract Smart meter stores electricity consumption data of every consumer in the smart grid system....
Researching the dynamics of energy consumption at finely resolved timescales is increasingly practic...
Electricity smart meter consumption data is enabling utilities to analyze consumption information at...
Our society is becoming more digitalized for each day. Now, we are able to gather data from individu...
Our society is becoming more digitalized for each day. Now, we are able to gather data from individu...
Cluster analysis is increasingly applied to smart meter electricity demand data to identify patterns...
This paper presents an innovative and scalable methodology named CONDUCTS (CONsumption DUration Curv...
Electricity usage patterns are important for suppliers in order to ensure efficient electricity dist...
Abstract Under the digitalization trend in the energy sector, utilities are devoted to providing bet...
The large amount of data collected by smart meters is a valuable resource that can be used to better...
The conceptualization of computing paradigms aimed at converting the power demand data into actionab...
In this paper, we perform a cluster analysis using smart meter electricity demand data from 656 hous...
Electricity consumption is characterized not only by its total amount, but also its temporal course,...
Challenged by new problems ranging from new renewable production methods to novel sources of loads, ...
We propose a cluster analysis approach for organizing, visualizing and understanding households’ ele...
Abstract Smart meter stores electricity consumption data of every consumer in the smart grid system....
Researching the dynamics of energy consumption at finely resolved timescales is increasingly practic...
Electricity smart meter consumption data is enabling utilities to analyze consumption information at...
Our society is becoming more digitalized for each day. Now, we are able to gather data from individu...
Our society is becoming more digitalized for each day. Now, we are able to gather data from individu...
Cluster analysis is increasingly applied to smart meter electricity demand data to identify patterns...
This paper presents an innovative and scalable methodology named CONDUCTS (CONsumption DUration Curv...
Electricity usage patterns are important for suppliers in order to ensure efficient electricity dist...
Abstract Under the digitalization trend in the energy sector, utilities are devoted to providing bet...
The large amount of data collected by smart meters is a valuable resource that can be used to better...
The conceptualization of computing paradigms aimed at converting the power demand data into actionab...
In this paper, we perform a cluster analysis using smart meter electricity demand data from 656 hous...
Electricity consumption is characterized not only by its total amount, but also its temporal course,...
Challenged by new problems ranging from new renewable production methods to novel sources of loads, ...