陈宇
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新型电力电子电源拓扑——研发新型电力电子拓扑,减少体积和成本、提高功率密度。代表性成果:
(1)新型多路输出变换系统
(2)新型功率因数校正系统
(3)新型三端口变换系统
(4)九开关双馈风电系统
(5)新型电力电子变压器
电力电子智能化控制——在减少人工繁复劳动的同时提升系统控制性能
(1)基于神经网络的电力电子状态监控系统
(2)基于神经网络的自适应电力电子控制系统
(3)基于强化学习的智能电力电子控制系统
(4)基于物联网技术的自进化电力电子控制系统
特种电力电子变换系统设计——设计定制化电力电子供电系统,实现电力电子变换系统在严苛运行环境中的高性能运行
(1)船用轴带无刷双馈发电系统
(2)高可靠性UPS系统
(3)电子辐照加速器热阴极电子枪供电系统
(4)基于微能量收集的无线通讯系统
- Yu Chen, Shanshan Zhao, Li Peng.Yu Chen.Multi-Object Control of an isolated DC-DC Modular Multilevel Converter (DC-DC MMC) for Medium Voltage Direct Current (MVDC) Grids.[J].IET Power Electronics,2018,(8):1338-1349
- L. Sun,L. Sun , Y. Chen , J. Su , D. Zhang , L. Peng , Y. Kong.Y. Chen.Decoupling Network Design for Inner Current Loops of Stand-alone Brushless Doubly Fed Induction Generation Power System.IEEE Trans. Power Electron.,2017,(2):957-963
- C. Chen,Y. Li,Z. Huang,T. Liu,Y. Kang.Y. Chen.An SiC-based Half-Bridge Module with Improved Hybrid Packaging Method for High Power Density Applications.IEEE Trans. Ind. Electron.,2017,(11):8980-8991
- Y.Chen,Y. Chen,N. Zhang,K. Wang,J. Yang,Y. Kang.Y.Chen.A Series Resonant Filament Power Supply with Variable Structure and Oscillation-Free Switching Strategy for High-Voltage Accelerator Application.IEEE Trans. Power Electron.,2017,(11):8229-8236
- C. Chen,Y. Tan,J. Fang,F. Luo,Y. Kang.Y. Chen.On the practical design of a high power density SiC single-phase uninterrupted power supply (UPS) system.IEEE Trans Ind. Informat.,2017,(5):2704-2716
- P. Zhang,Y. Kang.Y. Chen.Non-isolated Wide Operation Range Three-Port Converters With Variable Structures.IEEE J. Emerg. Sel. Topics. Power Electron.,2017,(2):854-869
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