R. Mirzadarani MSc
R. Mirzadarani MSc
Profiel
Biografie
Over the last few decades, renewable energy resources have gained enormous significance in many countries around the globe. While renewable resources are vastly available, the challenge here is to harness and transport those resources effectively. These require more effective power converters to meet such systems' fast and unpredictable dynamics.
One of the most exciting aspects of electrical engineering for me is the incredible range of technologies critical to creating state-of-the-art power conversion equipment, including power semiconductors, switching circuit topologies, electric machines and actuators, digital real-time control, and sensors. However, during my bachelor's degree, as an electronics bachelor student, I tended to focus on power electronics as my area of interest. After graduation, I felt I needed to deepen my knowledge of power electronics. I had an insight into "Electronics", but it was essential for me to learn more about "Power"; thus, I started my study as a master's degree student of power systems.
After graduation, I continued my career as a full-time researcher at the Isfahan University of Technology. I have researched, analysed, and designed various transformers for DC/DC converters, high-voltage applications, and power electronics solutions and developed and tested multiple products.
Expertise
Publicaties
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2024
A Data-Driven Model for Power Loss Estimation of Magnetic Materials Based on Multi-Objective Optimization and Transfer Learning
Z. Li / L. Wang / R. Liu / R. Mirzadarani / T. Luo / D. Lyu / M. Ghaffarian Niasar / Z. Qin
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2024
High Voltage, Wireless Power Transfer based DC Power Supply
Suraj Jagannath Manur / Reza Mirzadarani / Mohamad Ghaffarian Niasar
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2024
Medium-Voltage Solid-State Transformer Design for Large-Scale H2 Electrolyzers
Z. Li / R. Mirzadarani / M. Ghaffarian Niasar / M. Itraj / L. van Lieshout / P. Bauer / Z. Qin
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2024
Symmetrical Transformer for Medium-Voltage Medium-Frequency ISOP Three-Phase LLC SST
R. Mirzadarani / Z. Li / Z. Qin / P. Vaessen / P. Bauer / M. Ghaffarian Niasar
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2023
Comparison of Modular Multilevel Converter Based Solid State Transformer for AC/DC Application
Zhengzhao Li / Zian Qin / Reza Mirzadarani / Mohamad Ghaffarian Niasar / Mahesh Itraj / Lou Van Lieshout / Pavol Bauer
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Prijzen
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2024
IEEE International Challenge in Design Methods for Power Electronics, Excellent Innovation Award, 2nd Place
IEEE Applied Power Electronics Conference and Exposition -
2023
Winner of IEEE IES SYPA Grant
Three-Phase Medium-Voltage Medium-Frequency Transformer for SST in Green Hydrogen Production
49th Annual Conference of the IEEE Industrial Electronics Society, IECON 2023