Difference between revisions of "PriTEM"

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|Partner=UiO:Energy,
 
|Partner=UiO:Energy,
 
|Objective=The objective of PriTEM is to development new knowledge at the intersection of Energy technology, Energy Informatics, Psychology, and Data and Energy Law through collaboration and highly cross-disciplinary research synergy for privacy preserving and secure data sharing based transactive energy management.
 
|Objective=The objective of PriTEM is to development new knowledge at the intersection of Energy technology, Energy Informatics, Psychology, and Data and Energy Law through collaboration and highly cross-disciplinary research synergy for privacy preserving and secure data sharing based transactive energy management.
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|Research_Domain=Internet - IoPTS
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|Keywords=Peer-to-peer, Energy Monitoring, Energy Transition,
 
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{{Large|Home page: https://www.mn.uio.no/ifi/english/research/projects/pritem/}}
 
{{Large|Home page: https://www.mn.uio.no/ifi/english/research/projects/pritem/}}
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About the project
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Transactive energy management (TEM) is a new concept for peer-to-peer (P2P) energy trade that has the potential to create a truly participatory and distributed energy market with increased deployment of sustainable energy through active participation and contribution from local prosumers as key stakeholders in the energy ecosystem. Understanding aspects related to prosumers is crucial for acceptance and adoption of the P2P energy trade paradigm. Regulatory and policy aspects also play a vital role in such a transition. There is however a clear knowledge gap as aspects related to users, data and energy law are less explored.
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In this convergence environment, we will examine and characterize the socio-psychological aspects that can act as potential barriers in the transition towards a TEM framework. Leveraging that, our research will develop an understanding of the role of trust, transparency and prosumer empowerment in this context, and develop computation efficient and scalable privacy preserving and secure data sharing solutions to build and enhance digital trust to empower the prosumers. Finally, the project will integrate the socio-psychological and regulatory aspects into a holistic framework to optimize the TEM process incorporating technical challenges related to the energy system.

Revision as of 17:03, 24 October 2022

Project: PriTEM
Privacy preserving Transactive Energy Management (PriTEM)
Web: https://www.mn.uio.no/ifi/english/research/projects/pritem/index.html
Project leader Sabita Maharjan
Project Participants Sabita Maharjan, Frank Eliassen, Yan Zhang, Olaf Owe, Roman Vitenberg, Geir Horn, Josef Noll, Matin Bagherpour, Cato Bjørkli, Lee Andrew Bygrave, Catherine Banet, Maunya Doroudi Moghadam
Start Date 2021/11/26
End Date 2021/11/26
Supported by UiO:Energy
Objective The objective of PriTEM is to development new knowledge at the intersection of Energy technology, Energy Informatics, Psychology, and Data and Energy Law through collaboration and highly cross-disciplinary research synergy for privacy preserving and secure data sharing based transactive energy management.
Research Domain Internet - IoPTS
Keywords Peer-to-peer, Energy Monitoring, Energy Transition

Factpage of Project PriTEM

Equipment used in project: PriTEM/Equipment


Home page: https://www.mn.uio.no/ifi/english/research/projects/pritem/

About the project Transactive energy management (TEM) is a new concept for peer-to-peer (P2P) energy trade that has the potential to create a truly participatory and distributed energy market with increased deployment of sustainable energy through active participation and contribution from local prosumers as key stakeholders in the energy ecosystem. Understanding aspects related to prosumers is crucial for acceptance and adoption of the P2P energy trade paradigm. Regulatory and policy aspects also play a vital role in such a transition. There is however a clear knowledge gap as aspects related to users, data and energy law are less explored.

In this convergence environment, we will examine and characterize the socio-psychological aspects that can act as potential barriers in the transition towards a TEM framework. Leveraging that, our research will develop an understanding of the role of trust, transparency and prosumer empowerment in this context, and develop computation efficient and scalable privacy preserving and secure data sharing solutions to build and enhance digital trust to empower the prosumers. Finally, the project will integrate the socio-psychological and regulatory aspects into a holistic framework to optimize the TEM process incorporating technical challenges related to the energy system.