Murat Göl

E-mail

mgol@metu.edu.tr

Department

Department of Electrical and Electronics Engineering

ORCID

0000-0002-2523-1169

Scopus Author ID

25930021900

Web of Science Researcher ID

V-4742-2019

Maximizing the active power flow controllability in a distribution system with optimum SOP placement Sezgin, Mustafa Erdem; Uzunalioğlu, Ayşenur; Deveci, Umur; Göl, Murat (2025-07-01) The classical distribution system has recently begun evolving with the introduction of new assets, such as distributed energy resources and electric vehicles. Although these technologies help nations reduce their greenhous...
Distributed energy management and communication strategy for network of microgrids Sezgin, Mustafa Erdem; Göl, Murat (2025-01-01) The increasing integration of renewables, battery storage, and electric vehicles is leading communities to operate as microgrids within distribution networks. Managing multiple microgrids as a network of microgrids enhance...
WLAV state estimation based topology error detection and identification in distribution networks with limited number of measurements Parlaktuna, Kemal; Dursun, Erk; Göl, Murat (2024-07-01) Rapidly populating renewable energy sources and storage units at the distribution system, made it crucial to monitor the system in real-time. This necessity brings new challenges and business opportunities for the distribu...
Solar Energy Production Estimation in Distribution Networks with Limited Number of Measurements Sınırlı Sayıda Ölçüm İle Dağıtım Şebekelerinde Güneş Enerjisi Üretim Kestirimi Küçükaslan, Özgür Arda; Göl, Murat (2024-01-01) The popularity of rooftop solar power generation systems is increasing with the spread of topics such as climate and energy crises and sustainable energy. However, it is not possible for each of these systems to have a met...
MDP based real time restoration for earthquake damaged active distribution systems Arpalı, Onur Yigit; Yılmaz, Uğur Can; GÜLDÜR ERKAL, BURCU; Aydın Göl, Ebru; Göl, Murat (2023-05-01) After a disaster, presence of electricity becomes even more crucial compared to its role in daily life. In this paper, an online decision support method is developed to restore medium voltage active distribution systems af...
Monitoring Voltage Distortions Caused by Supraharmonics in Active Distribution Networks Küçükaslan, Özgür Arda; Erkan, Ayşe Nur Önder; Kaya, Kerim; Özen, Caner; Büyükbaş, Büşra; Özcan, Nafiz; Cinalioǧlu, Pertev; Göl, Murat; Bayatmakoo, Arsalan (2023-01-01) A common trend of increase in high frequency emissions with orders greater than 40, i.e. supraharmonics, in distribution systems is observed due to popularization of power electronics with high switching frequencies. Despi...
Assesment of Supraharmonic Injections in Turkish Distribution Systems Küçükaslan, Özgür Arda; Erkan, Ayşe Nur Önder; Kaya, Kerim; Özen, Caner; Büyükbaş, Büşra; Özcan, Nafiz; Avşar, Tuba; Cinalioǧlu, Pertev; Göl, Murat; Bayatmakoo, Arsalan (2023-01-01) With the increased utilization of high switching frequency power electronics, harmonic injections with high orders became a more common phenomenon in distribution systems. However, there is a lack of regulation concerning ...
Topological Error Localization in Power Distribution Networks Based on WLAV State Estimation Parlaktuna, Kemal; Dursun, Erk; Özcan, Murat; Göl, Murat (2023-01-01) Penetration of renewables and electrical vehicles has increased the necessity for improvement in distribution system situational awareness. Power flow analysis and state estimation are the major tools that are used by syst...
A Novel Parameter Error Identification Method for Power Plant Dynamic Models Açılan, Etki; Göl, Murat (2023-01-01) Incorrect parameters in a power plant dynamic model affect the analysis results and control decisions in a power system, which may have serious consequences. The online calibration techniques in the literature utilize sens...
Lightweight Photovoltaic Forecasting Method for Agricultural Microgrids Brown, Paul D.; Göl, Murat (2023-01-01) A lightweight forecasting method was developed for day-ahead (12 to 72-hours) and intra-day forecasting of photovoltaic (PV) array power output for use with energy management of agricultural microgrids. The proposed method...

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