Towards a more collaborative energy system modelling for addressing Europe's energy transition challenges.

Pieter Vingerhoets; Laurens de Vries; Aled Jones; Diego Garcia-Gusano; Henrik Madsen; Chris J. Dent; Patrick Jochem; Ingeborg Graabak; Siri Mathisen; Petter Støa; Michael Belsnes; Wander Jager; Juha Kiviluoma; Kenneth Bruninx; Yolanda Lechon Perez; Dogan Keles; Ganna Gladkykh; Gulben Calis; Mara Thiene; Amin Mohammad Tahavori; Noah Pflugradt; Pedro Crespo del Granado; Ilaria Perissi; Pernille Seljom; Rafael Mayo-Garcia; Goran Strbac; Sofia Simoes; Diego Tejada Arango; German Morales; Jos Sijm

Towards a more collaborative energy system modelling for addressing Europe's energy transition challenges.

Pieter Vingerhoets
, Laurens de Vries
, Aled Jones
, Diego Garcia-Gusano
, Henrik Madsen
, Chris J. Dent
, Patrick Jochem
, Ingeborg Graabak
, Siri Mathisen
, Petter Støa
, Michael Belsnes
, Wander Jager
, Juha Kiviluoma
, Kenneth Bruninx
, Yolanda Lechon Perez
, Dogan Keles
, Ganna Gladkykh
, Gulben Calis
, Mara Thiene
, Amin Mohammad Tahavori

Noah Pflugradt, Pedro Crespo del Granado, Ilaria Perissi, Pernille Seljom, Rafael Mayo-Garcia, Goran Strbac, Sofia Simoes, Diego Tejada Arango, German Morales, Jos Sijm

EnergyVille
Delft University of Technology
Anglia Ruskin University
Basque Research and Technology Alliance
University of Edinburgh
German Aerospace Center
SINTEF
University of Groningen
VTT Technical Research Centre of Finland Ltd.
CIEMAT
European Energy Research Alliance
Ege University
University of Padua
Jülich Research Centre
Norwegian University of Science and Technology
University of Aruba
Institute for Energy Technology
Imperial College London
National Laboratory of Energy and Geology
Netherlands Organisation for Applied Scientific Research

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Abstract

In this paper, we argue that the current modelling toolbox behind the REPowerEU plan and national energy and climate plans should be expanded. In a second chapter, we illustrate how energy system research institutes can step in to provide model scenarios which feed in the European planning process, and to further develop and align different types of energy system models. We provide a non-exhaustive overview of how the research community can support the energy transition for industries, policy makers, and utilities.
For each type of modelling, we:
• Address the knowledge gaps related to the European target-setting process and to investment support for industries, policy makers and utilities.
• We present a non-exhaustive overview of the current modelling toolbox, and address how the research community can support the energy transition by further developing energy system models and energy databases.

Original language	English

Publisher	European Energy Research Alliance
Number of pages	37
ISBN (Print)	978-2-931174-05-0
Publication status	Published - 2023

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

SDG 7 Affordable and Clean Energy

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Vingerhoets, P., Vries, L. D., Jones, A., Garcia-Gusano, D., Madsen, H., Dent, C. J., Jochem, P., Graabak, I., Mathisen, S., Støa, P., Belsnes, M., Jager, W., Kiviluoma, J., Bruninx, K., Perez, Y. L., Keles, D., Gladkykh, G., Calis, G., Thiene, M., ... Sijm, J. (2023). Towards a more collaborative energy system modelling for addressing Europe's energy transition challenges. European Energy Research Alliance.

@book{c9e90c44e49d4d0c8424833406d235f4,

title = "Towards a more collaborative energy system modelling for addressing Europe's energy transition challenges.",

abstract = "In this paper, we argue that the current modelling toolbox behind the REPowerEU plan and national energy and climate plans should be expanded. In a second chapter, we illustrate how energy system research institutes can step in to provide model scenarios which feed in the European planning process, and to further develop and align different types of energy system models. We provide a non-exhaustive overview of how the research community can support the energy transition for industries, policy makers, and utilities. For each type of modelling, we: • Address the knowledge gaps related to the European target-setting process and to investment support for industries, policy makers and utilities. • We present a non-exhaustive overview of the current modelling toolbox, and address how the research community can support the energy transition by further developing energy system models and energy databases. ",

author = "Pieter Vingerhoets and Vries, \{Laurens de\} and Aled Jones and Diego Garcia-Gusano and Henrik Madsen and Dent, \{Chris J.\} and Patrick Jochem and Ingeborg Graabak and Siri Mathisen and Petter St{\o}a and Michael Belsnes and Wander Jager and Juha Kiviluoma and Kenneth Bruninx and Perez, \{Yolanda Lechon\} and Dogan Keles and Ganna Gladkykh and Gulben Calis and Mara Thiene and Tahavori, \{Amin Mohammad\} and Noah Pflugradt and \{del Granado\}, \{Pedro Crespo\} and Ilaria Perissi and Pernille Seljom and Rafael Mayo-Garcia and Goran Strbac and Sofia Simoes and Arango, \{Diego Tejada\} and German Morales and Jos Sijm",

year = "2023",

language = "English",

isbn = "978-2-931174-05-0",

publisher = "European Energy Research Alliance",

}

Vingerhoets, P, Vries, LD, Jones, A, Garcia-Gusano, D, Madsen, H, Dent, CJ, Jochem, P, Graabak, I, Mathisen, S, Støa, P, Belsnes, M, Jager, W, Kiviluoma, J, Bruninx, K, Perez, YL, Keles, D, Gladkykh, G, Calis, G, Thiene, M, Tahavori, AM, Pflugradt, N, del Granado, PC, Perissi, I, Seljom, P, Mayo-Garcia, R, Strbac, G, Simoes, S, Arango, DT, Morales, G & Sijm, J 2023, Towards a more collaborative energy system modelling for addressing Europe's energy transition challenges. European Energy Research Alliance.

TY - RPRT

T1 - Towards a more collaborative energy system modelling for addressing Europe's energy transition challenges.

AU - Vingerhoets, Pieter

AU - Vries, Laurens de

AU - Jones, Aled

AU - Garcia-Gusano, Diego

AU - Madsen, Henrik

AU - Dent, Chris J.

AU - Jochem, Patrick

AU - Graabak, Ingeborg

AU - Mathisen, Siri

AU - Støa, Petter

AU - Belsnes, Michael

AU - Jager, Wander

AU - Kiviluoma, Juha

AU - Bruninx, Kenneth

AU - Perez, Yolanda Lechon

AU - Keles, Dogan

AU - Gladkykh, Ganna

AU - Calis, Gulben

AU - Thiene, Mara

AU - Tahavori, Amin Mohammad

AU - Pflugradt, Noah

AU - del Granado, Pedro Crespo

AU - Perissi, Ilaria

AU - Seljom, Pernille

AU - Mayo-Garcia, Rafael

AU - Strbac, Goran

AU - Simoes, Sofia

AU - Arango, Diego Tejada

AU - Morales, German

AU - Sijm, Jos

PY - 2023

Y1 - 2023

N2 - In this paper, we argue that the current modelling toolbox behind the REPowerEU plan and national energy and climate plans should be expanded. In a second chapter, we illustrate how energy system research institutes can step in to provide model scenarios which feed in the European planning process, and to further develop and align different types of energy system models. We provide a non-exhaustive overview of how the research community can support the energy transition for industries, policy makers, and utilities. For each type of modelling, we: • Address the knowledge gaps related to the European target-setting process and to investment support for industries, policy makers and utilities. • We present a non-exhaustive overview of the current modelling toolbox, and address how the research community can support the energy transition by further developing energy system models and energy databases.

AB - In this paper, we argue that the current modelling toolbox behind the REPowerEU plan and national energy and climate plans should be expanded. In a second chapter, we illustrate how energy system research institutes can step in to provide model scenarios which feed in the European planning process, and to further develop and align different types of energy system models. We provide a non-exhaustive overview of how the research community can support the energy transition for industries, policy makers, and utilities. For each type of modelling, we: • Address the knowledge gaps related to the European target-setting process and to investment support for industries, policy makers and utilities. • We present a non-exhaustive overview of the current modelling toolbox, and address how the research community can support the energy transition by further developing energy system models and energy databases.

M3 - Report

SN - 978-2-931174-05-0

BT - Towards a more collaborative energy system modelling for addressing Europe's energy transition challenges.

PB - European Energy Research Alliance

ER -

Towards a more collaborative energy system modelling for addressing Europe's energy transition challenges.

Abstract

UN SDGs

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