![]() ![]() In: 2013 North American Power Symposium, Manhattan, KS, USA In: The 25th IEEE Canadian conference on electrical and computer engineering, Montreal, Quebec, Canadaīelkacemi R, Babalola A, Ariyo F, Feliachi A (2013) Restoration of smart grid distribution system using two-way communication capability. Prostejovsky A, Lepuschitz W, Strasser T, Merdan M (2012) Autonomous service-restoration in smart distribution grids using multi-Agent Systems. In: 2011 IEEE power and energy society general meeting, Detroit, Michigan, USA Zidan A, El-Saadany EF (2011) Service restoration in balanced and unbalanced distribution systems with high DG penetration. Korea Electric Power Research Institute, Daejeon, South Korea, Tech. ![]() Shin C-H, Yun G-G, Jo S-S, Jeong W-O, Shin D-Y et al (2009) A study on the actual examination of bidirectional protection for interconnecting distributed resources with distribution system. Ko Y-S (2015) A study on the agent (protective device)-based fault determination and separation methodology for smart grid distribution system. Ko Y-S, Kang T-K, Park H-Y, Kim H-Y, Nam H-S (2010) The FRTU-based fault-zone isolation method in the distribution systems. Ko Y-S (2009) A self-isolation method for the HIF zone under the network-based distribution system. IEEE Trans Power Syst 12(2):724–729ĭimitrijevic S, Rajakovic N (2015) Service restoration of distribution networks considering switching operation costs and actual status of the switching equipment. Zhou Q, Shirmohammadi D, Liu WHE (1997) Distribution feeder reconfiguration for service restoration and load balancing. Wang JC, Chiang HD, Daring GR (1996) An efficient algorithm for real time network reconfiguration in large scale unbalanced distribution systems. Taylor T, Lubkeman D (1990) Implementation of heuristic search strategies for distribution feeder reconfiguration. ![]() Scope of the project (Phase 2) is to analyse the effects of climate change on critical infrastructures of energy sector in the İzmir-Aliağa region of Türkiye through risk analyses against disasters caused by climate change with the tool designed and developed in the scope of Phase 1.Liu CC, Lee SJ, Venkata SS (1988) An expert system operation aid for restoration and loss reduction of distribution systems. The tool will enable performing risk analyses against disasters caused by climate change, addressing resilience of critical assets, and raising public awareness on resiliency Impact of Climate Change on Critical Infrastructure in the Energy Sector of Izmir-Aliaga Region (Phase 2) Scope of the project is to design and develop a software tool to analyse the effects of climate change on critical infrastructures of energy sector in the İzmir-Aliağa region of Türkiye. Impact of Climate Change on Critical Infrastructure in the Energy Sector of Izmir-Aliaga Region (Phase 1) Market & Network simulation tool, which is developed by EPRA are utilized in the project for commercial commitment and dispatching of generators based on merit orders. Operational challenges introduced by high penetration of renewables for the 2030 target year are addressed through market and network simulations. Efficient integration of wind and solar power in Turkiye – Update Study for 2030 Operational challenges introduced by high penetration of renewables for the 2026 target year are addressed through market and network simulations. SMART-MLA Efficient integration of wind and solar power in Türkiye – A quantitative analysis of the Turkish power system – (Phase 1) It is aimed to increase the awareness/involvement of consumers/communities on DR aggregating mechanisms in countries even where relevant legislation is still in process. Main scope of SMART-MLA is to develop cloud-based multi-layer aggregator ICT solutions to facilitate optimum demand response (DR) and grid flexibility to energy systems to utilize up to 100% renewable energy. It will discuss how EVs’ potential for grid flexibility could evolve in both medium Multi-layer aggregator solutions to facilitate optimum demand response and grid flexibility (SMART-MLA) The study will investigate the degree of complementarity between variable renewable energy sources and EVs, as well as the flexibility potential of smart EV charging and how this potential could benefit from the implementation of smart charging by 20. Business Models, Regulatory Framework, and Implementation Roadmap for EV Smart Charging ![]()
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