A multi-agent model for assessing electricity tariffs

This paper describes the framework for modelling a multi-agent approach for assessing dynamic pricing of electricity and demand response. It combines and agent-based model with decision-making data, and a standard load-flow model. The multi-agent model described here represents a tool in investigati...

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Main Authors: Pisica, I, Axon, C, Hobson, P, Taylor, G, Wallom, D
Format: Conference item
Published: Institute of Electrical and Electronics Engineers 2015
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author Pisica, I
Axon, C
Hobson, P
Taylor, G
Wallom, D
author_facet Pisica, I
Axon, C
Hobson, P
Taylor, G
Wallom, D
author_sort Pisica, I
collection OXFORD
description This paper describes the framework for modelling a multi-agent approach for assessing dynamic pricing of electricity and demand response. It combines and agent-based model with decision-making data, and a standard load-flow model. The multi-agent model described here represents a tool in investigating not only the relation between different dynamic tariffs and consumer load profiles, but also the change in behaviour and impact on low-voltage electricity distribution networks.
first_indexed 2024-03-07T01:48:32Z
format Conference item
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institution University of Oxford
last_indexed 2024-03-07T01:48:32Z
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publisher Institute of Electrical and Electronics Engineers
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spelling oxford-uuid:9943f7f5-2667-4458-8c8f-c15e7b4c8f6f2022-03-27T00:13:07ZA multi-agent model for assessing electricity tariffsConference itemhttp://purl.org/coar/resource_type/c_5794uuid:9943f7f5-2667-4458-8c8f-c15e7b4c8f6fSymplectic Elements at OxfordInstitute of Electrical and Electronics Engineers2015Pisica, IAxon, CHobson, PTaylor, GWallom, DThis paper describes the framework for modelling a multi-agent approach for assessing dynamic pricing of electricity and demand response. It combines and agent-based model with decision-making data, and a standard load-flow model. The multi-agent model described here represents a tool in investigating not only the relation between different dynamic tariffs and consumer load profiles, but also the change in behaviour and impact on low-voltage electricity distribution networks.
spellingShingle Pisica, I
Axon, C
Hobson, P
Taylor, G
Wallom, D
A multi-agent model for assessing electricity tariffs
title A multi-agent model for assessing electricity tariffs
title_full A multi-agent model for assessing electricity tariffs
title_fullStr A multi-agent model for assessing electricity tariffs
title_full_unstemmed A multi-agent model for assessing electricity tariffs
title_short A multi-agent model for assessing electricity tariffs
title_sort multi agent model for assessing electricity tariffs
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