Digital twins and their use in future power systems

Author:

Palensky PeterORCID,Cvetkovic Milos,Gusain Digvijay,Joseph Arun

Abstract

The electric power sector is one of the later sectors in adopting digital twins and models in the loop for its operations. This article firstly reviews the history, the fundamental properties, and the variants of such digital twins and how they relate to the power system. Secondly, first applications of the digital twin concept in the power and energy business are explained. It is shown that the trans-disciplinarity, the different time scales, and the heterogeneity of the required models are the main challenges in this process and that co-simulation and co-modeling can help. This article will help power system professionals to enter the field of digital twins and to learn how they can be used in their business.

Publisher

F1000 Research Ltd

Reference75 articles.

1. Digital transformation.,2020

2. The development of digital twin technology review.;J Wu;2020 Chinese Automation Congress (CAC).,2020

3. Apollo 13: The first digital twin;S Ferguson,2020

4. Modeling, simulation, information technology & processing roadmap.;M Shafto;Natl Aeronaut Space Adm.,2012

5. Origins of the digital twin concept;M Grieves,2016

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