Abstract — This paper presents a method of generating realistic electricity load profile data for the UK domestic buildings. The domestic space features have been investigated excluding the heating and hot water systems. A questionnaire survey was conducted and the feedback were collected from a number of occupants at different intervals of times on daily bases in order to establish the probabilistic record of the estimated use of electrical appliances. The model concept of this study also considers the results of previous investigations such as that available in public reports and statistics as input data elements to predict the global domestic energy consumption. In addition, the daily load profile from individual dwelling to community ca...
There are varieties of physical and behavioral factors to determine energy demand load profile. The ...
There are varieties of physical and behavioral factors to determine energy demand load profile. The ...
In this paper, a model is presented that generates electricity load profiles for individual German h...
yesThis paper presents a method of generating realistic electricity load profile data for the UK dom...
AbstractThe nature of domestic electricity load is highly dependent on the demand of occupants. Dome...
The pattern of electricity use in an individual domestic dwelling is highly dependent upon the activ...
yesDetailed electricity load profile for domestic building is an important requirement for the accur...
The pattern of electricity use in an individual domestic dwelling is highly dependent upon the activ...
The pattern of electricity use in an individual domestic dwelling is highly dependent upon the activ...
This thesis was submitted for the award of Doctor of Philosophy and was awarded by Brunel University...
AbstractThe nature of domestic electricity load is highly dependent on the demand of occupants. Dome...
The ability to predict how changes in patterns of usage in different types of dwelling can affect en...
There are varieties of physical and behavioral factors to determine energy demand load profile. The ...
There are varieties of physical and behavioral factors to determine energy demand load profile. The ...
There are varieties of physical and behavioral factors to determine energy demand load profile. The ...
There are varieties of physical and behavioral factors to determine energy demand load profile. The ...
There are varieties of physical and behavioral factors to determine energy demand load profile. The ...
In this paper, a model is presented that generates electricity load profiles for individual German h...
yesThis paper presents a method of generating realistic electricity load profile data for the UK dom...
AbstractThe nature of domestic electricity load is highly dependent on the demand of occupants. Dome...
The pattern of electricity use in an individual domestic dwelling is highly dependent upon the activ...
yesDetailed electricity load profile for domestic building is an important requirement for the accur...
The pattern of electricity use in an individual domestic dwelling is highly dependent upon the activ...
The pattern of electricity use in an individual domestic dwelling is highly dependent upon the activ...
This thesis was submitted for the award of Doctor of Philosophy and was awarded by Brunel University...
AbstractThe nature of domestic electricity load is highly dependent on the demand of occupants. Dome...
The ability to predict how changes in patterns of usage in different types of dwelling can affect en...
There are varieties of physical and behavioral factors to determine energy demand load profile. The ...
There are varieties of physical and behavioral factors to determine energy demand load profile. The ...
There are varieties of physical and behavioral factors to determine energy demand load profile. The ...
There are varieties of physical and behavioral factors to determine energy demand load profile. The ...
There are varieties of physical and behavioral factors to determine energy demand load profile. The ...
In this paper, a model is presented that generates electricity load profiles for individual German h...