Spring til hovednavigation
Spring til søgning
Spring til hovedindhold
Aalborg Universitets forskningsportal Hjem
Dansk
English
Hjem
Profiler
Projekter
Publikationer
Aktiviteter
Enheder
Faciliteter
Presse/medier
Priser
Forskningsdatasæt
Impacts
Søg efter ekspertise, navn eller tilknytning
Heng Wu Teaching Portfolio
Vis Scopus-profil
Heng Wu
Adjunkt
AAU Energi
Det Ingeniør- og Naturvidenskabelige Fakultet
Power Electronics System Integration and Materials
Electronic Power Grid
https://orcid.org/0000-0003-0557-7573
Telefon
+4599409735
E-mail
hew
energy.aau
dk
Pontoppidanstræde 111
,
3.013
9220
Aalborg Øst
Danmark
2017
2025
Publikationer pr. år
Vis
Fingerprint
Netværk
Projekter
(9)
Publikationer
(74)
Priser
(1)
Lignende profiler
(6)
Ph.d.-vejledning
(2)
Fingerprint
Dyk ned i forskningsemnerne, hvor Heng Wu er aktive. Disse emneetiketter kommer fra dennes persons arbejder. Sammen danner de et unikt fingerprint.
Sorter
Vægt
Alfabetisk
Engineering
Voltage Source Converter
100%
Stability Analysis
87%
Transients
85%
Modular Multilevel Converter
44%
Phase Locked Loop
42%
Power Engineering
38%
Synchronous Generator
34%
Inverter-Based Resource
31%
Wind Turbine
30%
Grid-Forming Converter
30%
Metal Matrix Composite
29%
Limitations
27%
Power Control
24%
Time Domain
21%
Current Reference
21%
Passivity
20%
Voltage Stability
20%
Active Power
19%
Controller Parameter
19%
Harmonics
17%
Offshore Wind Farms
17%
Current Injection
16%
Signal Model
16%
Power Grid
15%
Equilibrium Point
15%
Simulation Result
14%
Electromagnetic Transient
13%
Permanent Magnet
12%
Wind Power
12%
Virtual Synchronous Generator
12%
Fundamental Frequency
12%
Control Scheme
12%
Impact Dynamics
11%
Control Loop
11%
Experimental Result
11%
Torsional Vibration
10%
Passivation
10%
Reference Frame
10%
Current Vector
10%
Closed Loop
10%
Voltage Source
9%
Systems Stability
9%
Reactive Power
9%
Output Impedance
9%
Loop Gain
9%
Loop Power Control
9%
Current Control Loop
8%
Delay Time
7%
Dc Link Voltage
7%
Grid Impedance
7%
Keyphrases
Voltage Source Converter
36%
Grid-forming
27%
Grid-following
26%
Phase-locked Loop
21%
Impedance Method
20%
Transient Stability Analysis
15%
Asymmetrical Faults
15%
Inverter-based Resources
15%
Grid-connected Inverter
15%
Grid-forming Converter
15%
Voltage Control
14%
Passivity-based
13%
Transient Stability
12%
Synchronous Generator
12%
Grid-connected Voltage Source Converter
11%
Grid Stability
11%
Harmonic Stability
10%
Stability Analysis
10%
Design Basis
10%
Modular multilevel Converter
10%
Current Control
10%
Voltage-dependent Currents
10%
Fault Ride-through
10%
Dynamic Analysis Method
10%
Passivation
10%
MMC
10%
Inverter-based Resources
10%
Small-signal Stability Analysis
10%
Grid-connected Converter
8%
Power System
8%
Voltage Stability
7%
Current Injection
7%
Reference Current Generation
7%
Current Control Strategy
7%
Forming Voltage
7%
Time-domain Simulation
7%
Weak Grid
7%
MMC-HVDC
6%
Dual-loop
6%
Transient Fault Current
6%
Modern Power System
6%
System Stability
6%
Synchronous Power Grid
6%
Small-signal Model
6%
Adaptive Method
5%
Fault Recovery
5%
Controller Parameters
5%
Electromagnetic Simulation
5%
Converter System
5%
Dynamic Interaction
5%
