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Curriculum Vitae

Mohamed Abdelfattah Hessien Anany Refaee

Faculty Engineering - Department Electrical Power and Machines Engineering
NULL

Scientific degrees

BSc In NULL, [2000]
MSc In NULL, [2005]
(Dynamic performance of the engine synchronous without decay files)
PhD In NULL, [2009]
(Improving the current engine derived tool colorless brushes)

الحالة الوظيفية الحالية :

قائم بالعمل

Academic Jobs

معيد : 3/10/2000
Doctor Assisant : 24/12/2005
Doctor : 29/12/2009
Professor Assisant : 25/10/2016
Professor : 28/12/2021

Publications

1 - Steady State Modeling and ANFIS Based Analysis of Self-Excited Induction Generator (2014).

2 - Effects of Three Phase AC Voltage Controller on Performance Characteristic of Induction Motor (2013).

3 - Energy Saving of AC Voltage Controller Fed Induction Motor Drives Using Matlab/Simulink (2013).

4 - Dynamic Operation of Synchronous Motor Using DTC Technique Instead of Damper Winding (2012).

5 - Effects of Three Phase AC / DC Converter Drive on the Torque-Speed Characteristic of DC motor (2012).

6 - Steady State Modeling and ANFIS Based Analysis of Doubly – Fed Induction Generator (2015).

7 - Modeling of a Directly Coupled PV Water Pumping System using Soft Computing techniques (2015).

8 - Novel Control Strategy of Static Kramer Induction Generator (2015).

9 - Assessment of Maximum Power Point Tracking Techniques for PV System Applications (2015).

10 - New Control Technique for Performance Improvement of Static Kramer Induction Generator (2016).

11 - Modeling and Evaluation of Main Maximum Power Point Tracking Algorithms for Photovoltaics Systems (2016).

12 - Soft Computing Modelling of a Directly Coupled PV Water Pumping System (2016).

13 - Soft Computing-Based New Control Techniques For MPPT of PV-Water Pumping System (2016).

14 - Cuckoo Search Based MPPT Controller for PV Water Pumping System (2017).

15 - Series Compensation Assessment of Self-Excited Induction Generator Using Genetic Algorithm (2017).

16 - Comparative Study of Induction Motor De-rating Factors (2017).

17 - Terminal Voltage Control of a Standalone SEIG using GA Optimized ANFIS Controller (2016).

18 - Proposed Control Policy for Stabilized DFIG Energy Transducer. (2017).

19 - Proposed control policy for high power transfer capability DFIG (2018).

20 - Assessment of proposed maximum power point tracking–unity power factor algorithms for optimum operation permanent magnet synchronous generator–based wind turbine (2020).

21 - Proposing and Evaluation of SC Techniques for Variable Speed High-Power Operation of SEIG (2020).

22 - Novel Approach for SVPWM of Two Level Inverter Fed Induction Motor Drive (2020).

23 - An Efficient Vector Control Policy for EV-Hybrid Excited Permanent-Magnet Synchronous Motor (2020).

24 - Proposing and Evaluation of MPPT Algorithms for High-Performance Stabilized WT-DFIG (2020).

25 - Concurrent Unity Power Factor and Constant Mutual Flux Control for PMSG-WT MPPT (2020).

26 - Maximum Power Point Tracking Using ANFIS for a Reconfigurable PV-Based Battery Charger Under Non-Uniform Operating Conditions (2021).

27 - Modeling and Evaluation of SC MPPT controllers for PVWPS Based on DC Motor (2021).

28 - Evaluation of On-Line MPPT Algorithms for PV-Based Battery Storage Systems (2022).

29 - Optimal Performance of Photovoltaic-Powered Water Pumping System (2023).

30 - Performance analysis of rectangular and double-D transmitters with various receivers for electric vehicle static charging (2023).

31 - Hybrid optimized-ANFIS based MPPT for hybrid microgrid using zebra optimization algorithm and artificial gorilla troops optimizer (2023).

32 - Misalignment analysis of WPT level 3/Z2-class of CirPT with DDPR and CirPR for EVs stationary charging (2024).

33 - An Extensive Overview of Inductive Charging Technologies for Stationary and In-Motion Electric Vehicles (2024).

34 - An efficient and resilient energy management strategy for hybrid microgrids inspired by the honey badger's behavior (2024).

35 - Enhanced operation of PVWPS based on advanced soft computing optimization techniques (2024).

Research Area