Abstract
The mathematical model of VSC-HVDC system is discussed in this book. Various abnormal conditions are simulated through the “MATLAB/Simulink” at both the grid terminals and the DC transmission line where it is connected to between two converters. Different control strategies are proposed for the VSC-based HVDC system. The behavior of different faults is studied under the different disturbances. The relay is used to protect the converter from grid current feeding during DC fault. In atrial to control the VSC-based HVDC system, active and reactive control under AC fault method is employed in this work to properly design the VSC control schemes. The following are the major outcomes of the study:
Author supplied keywords
- Capacitor discharging stage
- Conclusions
- Diode freewheel stage
- Grid feeding stage
- MATLAB/Simulink
- Mathematical model of a VSC-HVDC
- Pole-to-pole fault
- Power control techniques for VSC system
- Stability limits
- Suggestions for Future Work
- Tuning of controller parameters
- VSC-HVDC transmission
- αβ stationary reference frame
Cite
CITATION STYLE
Ibrahim, N. F., & Dessouky, S. S. (2021). Conclusions and future work. In Power Systems (pp. 99–100). Springer. https://doi.org/10.1007/978-3-030-51661-1_7
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