Evolution of electrical distribution grid sizing considering self-consumption of local renewable production

Abstract : In the last decades, renewable energy sources have been increasing their shares in the world energy market. In addition to the ecological benefits, this trend can have adjunct benefits, for example for distribution system operators: a gain in their grid sizing. Indeed, installation of decentralized production, when used in a self-consumption approach, can lead to reduction of the consumption peaks. This work is willing to quantify what grid sizing reduction a distribution system operator can expect, knowing the renewable energies penetration rate on a MV feeder. To do so, a description of the actual sizing strategy is first described. Estimation of electricity demand is performed using a bottom-up simulation method while photovoltaics and wind power production are evaluated with reanalysis data coupled with a new method to inject variability to the smooth curves. This procedure leads to a new sizing power which can be used, guaranteeing an equivalent quality of supply for consumers. For the tested MV feeders, a maximum reduction of about 4 % of the sizing power is observed. Lastly, an analysis of the under-sizing risk is carried out, characterizing the error in the new sizing power estimation with the number of scenarios taken into account.
Type de document :
Communication dans un congrès
CIRED 2017 - 24th International Conference on Electricity Distribution, Jun 2017, Glasgow, United Kingdom. pp. 1248, 〈http://www.cired-2017.org/〉
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https://hal-mines-paristech.archives-ouvertes.fr/hal-01506218
Contributeur : Antoine Rogeau <>
Soumis le : jeudi 13 avril 2017 - 16:30:10
Dernière modification le : vendredi 20 avril 2018 - 10:58:03

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Distributed under a Creative Commons Paternité - Pas d'utilisation commerciale 4.0 International License

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Antoine Rogeau, Thibaut Barbier, Robin Girard, Nicolas Kong. Evolution of electrical distribution grid sizing considering self-consumption of local renewable production. CIRED 2017 - 24th International Conference on Electricity Distribution, Jun 2017, Glasgow, United Kingdom. pp. 1248, 〈http://www.cired-2017.org/〉. 〈hal-01506218〉

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