D-JRA2.2 Smart Grid ICT Assessment Method

Edmund Widl; Michael Spiegel; Mislav Findrik; Argon Bajraktari; Rishabh Bhandia; Cornelius Steinbrink; Kai Heussen; Tue Vissing Jensen; Panagiotis Mantafounis; Aris Dimeas; Matti Laukkanen; Poria Divshali; Van Hoa Nguyen; N. Akroud; Przemyslaw Chodura

D-JRA2.2 Smart Grid ICT Assessment Method

Edmund Widl, Michael Spiegel, Mislav Findrik, Argon Bajraktari, Rishabh Bhandia, Cornelius Steinbrink, Kai Heussen, Tue Vissing Jensen, Panagiotis Mantafounis, Aris Dimeas, Matti Laukkanen, Poria Divshali, Van Hoa Nguyen, N. Akroud, Przemyslaw Chodura

Intelligent Electrical Power Grids

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Abstract

Work Package JRA2 has developed advanced simulation-based methods to check and validateSmart Grid scenarios, configurations and applications. The required models cover the various partsof Smart Grids, such as power system infrastructures, control algorithms, communication systems,market aspects or/and external factors like weather and people. The challenge is that the individualmodels of these parts are of very different nature (continuous, discrete, stochastic, etc.). From thetechnical perspective, this challenge has been overcome with the help of offline co-simulation, wherethe most suitable simulation tools for all considered domain can be coupled via the Functional Mockup Interface specification. From the methodological perspective, this challenge has been addressedby basing the work in JRA2 on ERIGrid’s holistic testing procedure.

Original language	English
Publisher	European Commission H2020
Commissioning body	European Commisssion
Number of pages	94
Publication status	Published - 1 Jan 2019

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Widl, E., Spiegel, M., Findrik, M., Bajraktari, A., Bhandia, R., Steinbrink, C., Heussen, K., Jensen, T. V., Mantafounis, P., Dimeas, A., Laukkanen, M., Divshali, P., Nguyen, V. H., Akroud, N., & Chodura, P. (2019). D-JRA2.2 Smart Grid ICT Assessment Method. European Commission H2020. https://erigrid.eu/wp-content/uploads/2019/01/DL_D-JRA2.2_Smart_Grid_ICT_assessment_method_2018-12-23.pdf

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abstract = "Work Package JRA2 has developed advanced simulation-based methods to check and validateSmart Grid scenarios, configurations and applications. The required models cover the various partsof Smart Grids, such as power system infrastructures, control algorithms, communication systems,market aspects or/and external factors like weather and people. The challenge is that the individualmodels of these parts are of very different nature (continuous, discrete, stochastic, etc.). From thetechnical perspective, this challenge has been overcome with the help of offline co-simulation, wherethe most suitable simulation tools for all considered domain can be coupled via the Functional Mockup Interface specification. From the methodological perspective, this challenge has been addressedby basing the work in JRA2 on ERIGrid{\textquoteright}s holistic testing procedure.",

author = "Edmund Widl and Michael Spiegel and Mislav Findrik and Argon Bajraktari and Rishabh Bhandia and Cornelius Steinbrink and Kai Heussen and Jensen, {Tue Vissing} and Panagiotis Mantafounis and Aris Dimeas and Matti Laukkanen and Poria Divshali and Nguyen, {Van Hoa} and N. Akroud and Przemyslaw Chodura",

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Widl, E, Spiegel, M, Findrik, M, Bajraktari, A, Bhandia, R, Steinbrink, C, Heussen, K, Jensen, TV, Mantafounis, P, Dimeas, A, Laukkanen, M, Divshali, P, Nguyen, VH, Akroud, N & Chodura, P 2019, D-JRA2.2 Smart Grid ICT Assessment Method. European Commission H2020. <https://erigrid.eu/wp-content/uploads/2019/01/DL_D-JRA2.2_Smart_Grid_ICT_assessment_method_2018-12-23.pdf>

TY - BOOK

T1 - D-JRA2.2 Smart Grid ICT Assessment Method

AU - Widl, Edmund

AU - Spiegel, Michael

AU - Findrik, Mislav

AU - Bajraktari, Argon

AU - Bhandia, Rishabh

AU - Steinbrink, Cornelius

AU - Heussen, Kai

AU - Jensen, Tue Vissing

AU - Mantafounis, Panagiotis

AU - Dimeas, Aris

AU - Laukkanen, Matti

AU - Divshali, Poria

AU - Nguyen, Van Hoa

AU - Akroud, N.

AU - Chodura, Przemyslaw

PY - 2019/1/1

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N2 - Work Package JRA2 has developed advanced simulation-based methods to check and validateSmart Grid scenarios, configurations and applications. The required models cover the various partsof Smart Grids, such as power system infrastructures, control algorithms, communication systems,market aspects or/and external factors like weather and people. The challenge is that the individualmodels of these parts are of very different nature (continuous, discrete, stochastic, etc.). From thetechnical perspective, this challenge has been overcome with the help of offline co-simulation, wherethe most suitable simulation tools for all considered domain can be coupled via the Functional Mockup Interface specification. From the methodological perspective, this challenge has been addressedby basing the work in JRA2 on ERIGrid’s holistic testing procedure.

AB - Work Package JRA2 has developed advanced simulation-based methods to check and validateSmart Grid scenarios, configurations and applications. The required models cover the various partsof Smart Grids, such as power system infrastructures, control algorithms, communication systems,market aspects or/and external factors like weather and people. The challenge is that the individualmodels of these parts are of very different nature (continuous, discrete, stochastic, etc.). From thetechnical perspective, this challenge has been overcome with the help of offline co-simulation, wherethe most suitable simulation tools for all considered domain can be coupled via the Functional Mockup Interface specification. From the methodological perspective, this challenge has been addressedby basing the work in JRA2 on ERIGrid’s holistic testing procedure.

M3 - Report

BT - D-JRA2.2 Smart Grid ICT Assessment Method

PB - European Commission H2020

ER -

D-JRA2.2 Smart Grid ICT Assessment Method

Abstract

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