Yazar "Naveed, Ausnain" için listeleme
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Damping Based Relative Stability Regions in Load Frequency Control System with Plug-in Electric Vehicles and Communication Delays
Naveed, Ausnain; Sönmez, Şahin; Ayasun, Saffet (IEEE (Institute of Electrical and Electronics Engineers), 2020)This paper presents a damping based stability analysis of a time delayed single-area load frequency control (LFC) system with plug-in Electric Vehicles (EVs) Aggregator by employing a graphical method. The proposed technique ... -
The effect of demand response control on stability delay margins of load frequency control systems with communication time-delays
Katipoğlu, Deniz; Sönmez, Şahin; Ayasun, Saffet; Naveed, Ausnain (TÜBİTAK, 2021)ThIs paper studIes the effect of dynamIc demand response (DR) control on stabIlIty delay margIns of load frequency control (LFC) systems IncludIng communIcatIon tIme-delays. A DR control loop Is Included In each control ... -
Impact of electric vehicles aggregators with communication delays on stability delay margins of two-area load frequency control system
Naveed, Ausnain; Sönmez, Şahin; Ayasun, Saffet (SAGE Publications, 2021)This paper investigates the impact of electric vehicles (EVs) aggregator with communication time delay on stability delay margin of a two-area load frequency control (LFC) system. A frequency-domain exact method is used ... -
Impact of load sharing schemes on the stability delay margins computed by Rekasius substitution method in load frequency control system with electric vehicles aggregator
Naveed, Ausnain; Sönmez, Şahin; Ayasun, Saffet (2020)The impact of load sharing between the electric vehicles (EVs) aggregator and theconventional generator on stability delay margins in a two-area load frequencycontrol (LFC) system is investigated in this work. A frequency-domain ... -
Stability regions in time delayed two-area LFC system enhanced by EVs
Naveed, Ausnain; Sönmez, Şahin; Ayasun, Saffet (TÜBİTAK / Türkiye Bilimsel ve Teknik Araştırma Kurumu / Scientific and Technical research Council of Turkey, 2022)With the extensive usage of open communication networks, time delays have become a great concern in load frequency control (LFC) systems since such inevitable large delays weaken the controller performance and even may ...