Fiche détaillée Master
| Mémoire N° | 408 |
| Auteur | DE MAIO Marc Vlad |
| Titre | TITRE MEMOIRE* The impact of policies on the attractiveness of PV-coupled Battery Energy Storage Systems in Switzerland |
| Thématique & formation | Energie - Bachelor en Géographie et environnement |
| Résumé | |
| Summary | Battery energy storage systems allow supplying solar photovoltaic (PV) electricity on demand and therefore increase its value. For over two decades, countries have implemented deployment policies based on economic incentives to accelerate the adoption of PV, and in some cases, for battery storage. This paper analyses the impacts of various types of deployment policies on the attractiveness of PV-coupled battery systems. The method combines an international review of deployment policies together with a model which optimizes the techno-economic performance of self-consumption and demand load shifting. The results of the analysis show that the greatest benefit of a PV coupled battery system is obtained with a Time of use (ToU) tariff with Photovoltaic self-consumption (PVSC) and Demand Load Shifting (DLS). Secondly, direct subsidies which reduce the capital investment made by prosumers increase the attractiveness of the systems the LCOS of the PV coupled battery system rise by 0.021 $/kWh without a 30% rebate on PV, and without subsidies for the battery system, the LCOS increase between 0.11 $/kWh and 0.35 $/kWh. |
| Volée | 2017 |
| Date et heure soutenance | 22-09-2020 16:30 |
| Salle soutenance | CV003 |
| Collation | 53 pages, 17 figures, 14 tableaux |
| Remarque | |
| Mot-clés | PV coupled battery storage system – Residential Scale – Battery optimizer - Geneva – Policy review – Techno-economic and Technical performance – |
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| Documents associés |
fiche analytique |
| Dernière mise à jour |
2023-03-30 09:20:01 |