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Le 13 décembre 2022

Soutenance de thèse de Fuqiang ZHUANG

Étude de l’intégration de la prévision de la ressource solaire dans un système de gestion énergétique hybride solaire / combustible fossile pour des sites industriels isolés

When using solar energy in a hybrid energy system (HES), its temporal variability has to be considered to
ensure grid stability. In an off-grid HES which is composed of diesel generators and PV systems, storage
systems are commonly used to mitigate the variability. However, in large-scale off-gird HESs, the benefits
stemming from storage systems are accompanied by some adverse effects: additional investment costs,
extra environmental impacts, maintenance issues, etc. Yet, the need of a storage system could be reduced
or even avoided by using a Power Management System (PMS) with short-term probabilistic forecasts. In this
concept, the PMS smartly dispatches the diesel generators according to the forecast information with
optimization solver, which aims to maintain the power balance at a minimum cost.
However, in nowadays literature, even though there are lots of existing studies about solar forecasting and
algorithms for Unit commit (UC) problems, there are no specific work studies on a concrete problem for this
kind of insular storage-less HES. Hence, this thesis aims to find out the feasibility of this concept and the gain
that we could obtain by using a PMS with solar forecast.
In literature, classic metrics like RMSE and MAE are usually used to assess the forecast quality. However,
they could not describe the system performance correctly, especially in an isolated storage-less HES.
Therefore, a proper cost-based metric that evaluates both stability and solar forecast performance is
introduced in this thesis. To simulate the HES behavior of using solar forecast information, a python-based
HES simulation platform is also implemented, which allows the achievement of a multi-scenario analysis
based on the simulation result of a concrete case study in Mali. Finally, an analysis of statistical performance
and practical performance to answer the main research questions is achieved.
This thesis shows that this concept is feasible under certain conditions, and the more advanced forecast
methods could bring higher economic gain.

• Date de soutenance : mardi 13 décembre 2022 à 14h00
  Adresse de soutenance : Rue Claude Daunesse BP 207 06904 SOPHIA ANTIPOLIS Cedex - Amphi VINCI
  Directeur de thèse : Philippe BLANC
  Co-encadrant : Yves-Marie SAINT DRENAN
• Lien pour le streaming youtube : https://docs.google.com/document/d/1FIErDZ8aiGwggjcET4SOlqLiQWTsHLFB-DNliENhkQU/edit?usp=sharing
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• Contact : Philippe BLANC

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