Mu00fchendislik ve Dou011fa Bilimleri Faku00fcltemizin du00fczenlediu011fi seminer serisi kapsamu0131nda 7 Ekim Cuma saat 14.00u2019te u0130stanbul u00dcniversitesi-Cerrahpau015fa’dan Dr. Zeynep Bektau015f, u201cA Dynamic Energy Management Model for Industrial Microgridsu201d bau015flu0131klu0131 bir sunum yapacak.
Fener Salonuu2019nda geru00e7ekleu015fecek etkinlik ilgilenen herkesin katu0131lu0131mu0131na au00e7u0131ktu0131r.u00a0
u00d6zet: Energy management, which requires a systematic approach and optimization perspective, stands out for the industrial sector, which has a large share of total electricity consumption around the world. A prominent consumer type among industrial energy consumers is microgrids due to their small-scale and independent structure added to the merit of supporting mitigation of carbon emissions. In this talk, a novel approach to energy management in industrial microgrids will be introduced. The main component of the proposed approach is a novel dynamic mathematical model which aims to minimize the total operation cost of the microgrid considering power-load balance, carbon emission, and consumer comfort. The output of the mathematical model is hourly energy generation and consumption schedules created simultaneously. After the details of the model, case study results under different scenarios will be given.
Konuu015fmacu0131 Hakku0131nda: Zeynep Bektau015f received her B.Sc. degree in Mathematics Engineering, her M.Sc., and Ph.D. degrees in Industrial Engineering from Istanbul Technical University, in 2012, 2015, and 2021, respectively. She has been working as a research assistant in the Department of Industrial Engineering at Istanbul University-Cerrahpasa since 2014. Her research and publications mainly focus on energy modelling and optimization by various conceptual and mathematical approaches.