AbstractThis paper focuses on demand response in a smart grid scope using a fuzzy subtractive clustering technique for modeling demand response. Domestic consumption is classified into profiles in order to favorable cover the adequate modeling. The fuzzy subtractive clustering technique is applied to a case study of domestic consumption demand response with three scenarios and a comparison of the results is presented. The demand response developed model intends to support consumer's decisions given a compromise between the consumption imperative needs and possible economical benefits due to reshape and reschedule
The electrical grid is under reform; the increasing volatile renewable energy production and distrib...
Load profiling refers to a procedure that leads to the formulation of daily load curves and consumer...
Abstract --The requirements of distribution grids are increasing. In a smart grid, critical states a...
This paper focuses on demand response in a smart grid scope using a fuzzy subtractive clustering tec...
This paper focuses on demand response in a smart grid scope using a fuzzy subtractive clustering tec...
This paper focuses on an analysis of demand response in a smart grid context, presenting the model c...
AbstractThis paper focuses on demand response in a smart grid scope using a fuzzy subtractive cluste...
This paper focus on a demand response model analysis in a smart grid context considering a contingen...
This paper focus on a demand response model analysis in a smart grid context considering a contingen...
This paper proposes a novel demand response model using a fuzzy subtractive cluster approach. The mo...
This paper focuses on computational models development and its applications on demand response, with...
The use of electricity in household sector has increased, especially during the Covid-19 pandemic. T...
The use of electricity in household sector has increased, especially during the Covid-19 pandemic. T...
This paper introduces a new clustering approach for multi-customer intelligent demand response for c...
With the introduction of the Smart Grid context in the current network, it will be necessary to impr...
The electrical grid is under reform; the increasing volatile renewable energy production and distrib...
Load profiling refers to a procedure that leads to the formulation of daily load curves and consumer...
Abstract --The requirements of distribution grids are increasing. In a smart grid, critical states a...
This paper focuses on demand response in a smart grid scope using a fuzzy subtractive clustering tec...
This paper focuses on demand response in a smart grid scope using a fuzzy subtractive clustering tec...
This paper focuses on an analysis of demand response in a smart grid context, presenting the model c...
AbstractThis paper focuses on demand response in a smart grid scope using a fuzzy subtractive cluste...
This paper focus on a demand response model analysis in a smart grid context considering a contingen...
This paper focus on a demand response model analysis in a smart grid context considering a contingen...
This paper proposes a novel demand response model using a fuzzy subtractive cluster approach. The mo...
This paper focuses on computational models development and its applications on demand response, with...
The use of electricity in household sector has increased, especially during the Covid-19 pandemic. T...
The use of electricity in household sector has increased, especially during the Covid-19 pandemic. T...
This paper introduces a new clustering approach for multi-customer intelligent demand response for c...
With the introduction of the Smart Grid context in the current network, it will be necessary to impr...
The electrical grid is under reform; the increasing volatile renewable energy production and distrib...
Load profiling refers to a procedure that leads to the formulation of daily load curves and consumer...
Abstract --The requirements of distribution grids are increasing. In a smart grid, critical states a...