Projects
These are some informations about on-going projects:
- Güç Sistemleri için Web Tabanlı Şebeke Kısıtlılık Analiz Yazılımı Geliştirme Projesi, 2017-2018, (Danışman.)
- Project Type: EPRA
- Project Duration: 12 months (2020-2021)
- Güç Sistemleri için Web Tabanlı Şebeke Kısıtlılık Analiz Yazılımı Geliştirme Projesi, 2017-2018, (Danışman.)
- Project Type: EPRA
- Project Duration: 12 months (2020-2021)
- Hibrit Durum Kestirimi Algoritması Geliştirilmesi (Development of Hybrid State Estimation Algorithm), 2020-2021, Yürütücü (PI).
- Project Type: ASELSAN
- Project Duration: 12 months (2020-2021)
- Merkezi Mikro Şebeke Kontrol Sistemi ve Saha Birimi Geliştirilmesi (Developing a Centralized Micro Grid Controller and Field Remote Unit)
- Project Type: ENERJISA
- Project Duration: 24 months (2019-2021)
- Electromagnetic launcher: Phase 4
- Project Type: ASELSAN
- Project Budget: -
- Project Duration: 9 months
- Wireless power transfer
- Project Type: TUBITAK 1001
- Project Budget: 380.000 TL
- Project Duration: 24 months
- Integrated modular motor drive system (IMMD)
- Project Type: TUBITAK 3501
- Project Budget: 177.000 TL
- Project Duration: 26 months
- Arçelik collaboration
- Project Type: ARÇELİK
- Project Duration: 33 months
- METU as a Smart Campus
- Project Type: USTDA, USA Trade and Development Agency
- Project Budget: $830.000
- Project Duration: 18 months
- PCB motor
- Axial flux PM motor
- Gimbal linear motor
- Multiphase axial flux PM motor
- Model predictive control of an induction motor with fault detection
Completed Projects
- Depremde Zarar Görmüş Orta Gerilim Elektrik Dağıtım Şebekelerinde Ayağa Kaldırma için Karar Destek Yöntemlerinin Geliştirilmesi (Development of Decision Support Methods for Restoration in Earthquake-Damaged Medium Voltage Electrical Distribution Networks), 2018-2020, Yürütücü (PI)
- Project Type: TÜBİTAK 1001
- Project Duration: 24 months
- Mevcut Güç Akışı Ölçüm Cihazlarını Hesaba Katarak Belirlenmiş Artıklık Endeksine Göre Optimum Fazör Ölçüm Ünitesi Yerleştirme Metodu Geliştirilmesi (Development of an Optimum PMU Placement Method with respect to a Pre – Determined Redundancy Index Considering Installed Power Flow Measurements), 2015-2017, Yürütücü (PI).
- Project Type: TÜBİTAK 3501
- Project Duration: 24 months
- Alçak Gerilim Dağıtım Sistemi Verilerinin İzlenmesi Ve Kayıt Altına Alınması (Monitoring and Recording Power and Power Quality Data of Low Voltage Distribution System), 2016, Araştırmacı (Researcher).
- Project Type: TÜBİTAK 1505
- Project Duration: 24 months
- Electromagnetic Design and Optimization of a Electromagnetic Launcher Phase 3
- Project Type: ASELSAN SST
- Project Budget: 890.000 TL
- Project Duration: 18 months
- Electromagnetic Design and Optimization of a Electromagnetic Launcher Phase 2
- Project Type: ASELSAN SST
- Project Budget: 392.000 TL
- Project Duration: 12 months
- Yerel Analiz Algoritmaları Geliştirilmesi (Development of Local Analysis Methods), 2017-2018, Yürütücü (PI).
- Project Type: ASELSAN
- Project Duration: 12 months (2016-2017)
- Üretim Tesislerinin Dağıtım Şebekesine Bağlantı Kriterlerinin Belirlenmesi
Projesi (Determining Distribution System Connection Criteria for Generation Plants Project), 2017-2018, Yürütücü (PI).
- Project Type: ENERJISA
- Project Duration: 12 months (2016-2017)
- Design of a high performance linear servo actuator and PCB Motor
- Project Type: ASELSAN MGEO
- Project Budget: 198.000 TL
- Project Duration: 12 months
- Pattern Recognition in Power Systems
- Project Type: Enerjisa H2020 Project
- Project Budget: € 2.400.000
- Project Duration: 12 months
- Feasibility analysis and design of a 2.5MW direct-drive wind turbine generator
- Project Type: ASELSAN UGES
- Project Budget: 87.000 TL
- Electromagnetic Design and Optimization of a Electromagnetic Launcher Phase I
- Project Type: ASELSAN SST
- Project Budget: 397.000 TL
- Project Duration: 12 months
- Design and Manufacturing of a Eddy Current Damper for Aerospace Application
- Project Type: Andar Servo
- Design and Manufacturing of a Brushless PM Servo Motor
- Project Type: Andar Servo
- Design of a superconducting wind turbine prototype
- Project Type: Newton Fund Mobility Grant
- Design of modular and fault-tolerant generators for direct-drive wind turbines.
- Project Type: TUBITAK 2232