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HVDC for Grid Services in Electric Power Systems
Gilsoo Jang
2019
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The modern electric power system has evolved into a huge nonlinear complex system due to the interconnection of thousands of generation and transmission systems. The unparalleled growth of renewable energy resources (RESs) has caused significant concern regarding grid stability and power quality, and it is essential to find ways to control such a massive system for effective operation. The controllability of HVDC and FACTS devices allows for improvement of the dynamic behavior of grids and their flexibility. Research is being carried out at both the system and component levels of modelling, control, and stability. This Special Issue aims to present novel HVDC topologies and operation strategies to prevent abnormal grid conditions.
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Keywords
- 3-phase AC/DC PWM converter
- AC/DC converter
- active power control strategies
- angle spread
- angle stability
- back-to-back HVDC
- BTB-HVDC
- commutation failure probability
- DC distribution
- DC distribution system
- DC-side oscillation
- embedded HVDC
- fault current limiter (FCL)
- frequency droop control
- full bridge (FB)
- grid service of HVDC
- grid-interconnection
- grounding system
- GVIF index
- half bridge (HB)
- high voltage direct current (HVDC)
- HVDC operation point
- hybrid HVDC breaker (HCB)
- impedance-based Nyquist stability criterion
- insulation monitoring device (IMD)
- LCC HVDC
- line commutated converter
- loss minimization
- modular multilevel converter (MMC)
- multi-infeed HVDC system
- n/a
- phase detection
- Powell’s direct set method
- power control
- Protection
- quantitative evaluation
- reclosing current limiting resistance (RCLR)
- reclosing process
- short-circuit current calculation
- SOGI-FLL
- special protection system
- synchronous condenser (SC)
- system loss minimization
- transient stability
- virtual impedance
- VSC HVDC
- VSC-HVDC
- VSC–HVDC
Links
DOI: 10.3390/books978-3-03921-763-2Editions
