autres procédés, ou rendre le réseau plus flexible en y intégrant des procédés permettant de moduler la production et la consommation Les premiers chercheurs qui ont travaillé sur les centrales d'agrégation se sont intéressés à des centrales d'agrégation rendant les ENR non fatales en les regroupant avec des procédés avec lesquels ils échangent de l'énergie. Ainsi des chercheurs ont proposé de coupler des ENR avec des moyens de stockage : un moyen de stockage sous forme thermique dans des moyens de cogénération [ Wille-Haussmann et al., 2010 ] , des moyens de cogénération, des ENR et des batteries, une turbine à gaz, des ENR et une batterie de grande capacité [ PEGASE, 2013 ] et [ Sobu and Wu, 2012b ] , une centrale thermique à flamme et une STEP [ Cohen and Wan des éoliennes et des procédés de stockageénergie solaire thermique avec un procédé de stockage [ Tian and Zhao, 2013 ] , des éoliennes et des panneaux solaires avec un procédé de stockage [ Sobu and Wu, 2012a ] et [ Wang and Yang, p.et, 1985. ,
2014 ] se sont intéressés à des procédés de consommation dans un même bâtiment. L'objectif est de diminuer la facture énergétique de l'ensemble. [ Barbato et al., 2011 ] ont travaillé sur le même problème en ajoutant un moyen de stockage au bâtiment ] les auteurs proposent une architecture pour un ensemble de véhicules électriques couplés à un bâtiment, Tous ces travaux traitent de centrales regroupant peu de procédés qui interagissent entre eux de façon très spécifiques. D'autres travaux proposent des architectures pour un ensemble de procédés qui n'interagissent pas obligatoirement ensemble la centrale d'agrégation étudiée pilote tous les types de procédés situés dans une même région. L'architecture proposée dans tous ces travaux est à un seul niveau et composée d'un coordinateur communiquant avec ces procédés (cf. Figure Conclusions et perspectives 6.1 Conclusions L'objectif général de cette thèse était de proposer une solution permettant d'augmenter la part des énergies renouvelables dans le mix énergétique. Nous avons vu qu'une façon de les intégrer au réseau de distribution dans le réseau électrique actuel est d'intégrer des procédés de consommation, de production et de stockage de petite taille, diffus (ils sont répartis sur tout le territoire) et hétéroclites. Nous avons proposé de les regrouper en six catégories : ? les procédés de production pilotable (e.g. les turbines à combustion), 2008. ,
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