PEC
Power Electronic Converters Lab
9 Thành viên
7 Sản phẩm
30 Công bố
PTN NC Kỹ thuật biến đổi điện (Power Electronic Converters Lab) thành lập năm 2023, do PGS.TS Vũ Hoàng Phương phụ trách, hiện có 9 thành viên. Lab tập trung vào năng lượng và môi trường bền vững, Hệ thống thông minh.
Chủ đề nghiên cứu
Thành viên 9
TM PGS.TS Trần Trọng Minh Thành viên chính
Sản phẩm nghiên cứu 7
Bộ lọc tích cực (Active Power Filter)
Biến tần 4 góc phần tư điều khiển động cơ AC (4Q-Drive)
Bộ khôi phục điện áp tích cực (Active Voltage Conditioner)
Bộ nghịch lưu PV lai (Hybrid PV Inverter)
Bộ nguồn mặt đất cho máy bay (Ground Power Unit)
Trạm sạc nhanh cho ô tô điện
Hệ truyền điện không dây & quản lý pin (WPT + BMS) Tra cứu bài báo & sáng chế 30
30 kết quả
- Science A Novel Integral Sliding Mode Control Applied for Grid-Connected Modular Multilevel Converters
- Q1 An integrated PFC-WPT converter with reduced DC-link and optimized dual-sided LCC compensation for efficient AGV charging
- Q3 The State of Charge Estimation Method for Lithium Battery Using Attractive Ellipsoid Super-Twisting Sliding Mode Observer
- Q1 Super-Twisting Sliding Mode Control for Slotless Self Bearing Motor Under Disturbance Effects of Position and Rotation Axes
- Q2 A Novel Chattering Free Reaching Law of Sliding Mode Control and Disturbance Observer for an Axial Gap Bearingless Motor
- Science Hybrid Backstepping and Fast Terminal Sliding Mode Control for Balancing of Two-Wheeled Mobile Robots
- Q3 Design for MP6 Piezoelectric Micropump Flow Regulation using Gain-scheduled Fuzzy Logic Control
- Q1 Discretization methods for SOGI-based adaptive filters in grid voltage estimation system: A comparative analysis
- Q2 Improved Reaching Laws of Sliding Mode Control and Disturbance Observer Based Securely Wireless Control for Automated Guided Vehicle
- Q1 Enhancing omnidirectional mobile robot trajectory tracking robustness using super-twisting observer-based sliding mode control
- Q1 Fixed time homogeneous stability-based sliding mode control and disturbance observer for surface mounted permanent magnet synchronous motors
- Q3 D-STATCOM control for distribution grids with distributed sources based on MMC structure using FCS-MPC algorithm
- Q2 Speed Up Reaching Law Design of a Novel Disturbance Observer and Sliding Mode Control for Surface Mounted Permanent Magnet Synchronous Motor
- Science Fast-Convergent Stabilization and Trajectory Tracking of a Two-Wheel Self-Balancing Robot on Sloped Terrain
- Tạp chí Characteristic analysis of a slotless self-bearing motor
- Q2 Dual-layer chaotic encryption with sender authentication for secure bidirectional motor control
- Q1 A fuzzy logic decoupling control approach for quality improvement in caustic soda systems using RTDS and 800xA SCADA with IEC 104 integration
- Tạp chí Chia sẻ công suất cho các bộ nghịch lưu mắc song song điều khiển bởi bộ dao động ảo Andronov-Hopf/Power sharing of parallel inverters based on Andronov-Hopf virtual oscillator controller
- Tạp chí A novel axial passive magnetic bearing design for a self-bearing motor
- Q1 Fuzzy observer-based adaptive fault tolerant control for uncertain underactuated nonlinear systems under TS fuzzy model with unmeasured premise variables
- Tạp chí Fuzzy LQG with high-gain observer for robust control of a double inverted pendulum on a cart
- Tạp chí Virtual synchronous generator control method for improved T-type inverters employing RB-IGBT switches
- Scopus Research on the method of determining and evaluating control parameters of IPM motors for small electric vehicles using the Finite Element Method
- Science Advanced Distributed Control Based on Consensus Algorithm for Bipolar DC Microgrid
- Science Control Method for Small-Scale Vertical Axis Wind Turbine System Under High Wind Speed Conditions
- Scopus Adaptive Sliding Mode Control for MMCs Using a Lyapunov-based Deep Neural Network
- Scopus Designing Controllers For MMC-Based D-STATCOM For Reactive Power Flow Exchange
- Scopus Developing of an Active Gate Driver to Reduce Voltage Overshoot of DC-DC Converter in Electric Vehicles
- Scopus Robustness Evaluation of Sliding Mode Control and Model Predictive Control in Omnidirectional Mobile Robots Subject to Actuator Faults
- Scopus Research on the method of determining and evaluating control parameters of IPM motors for small electric vehicles using the Finite Element Method
Không tìm thấy kết quả phù hợp.