Development of a converter-based transmission line emulator with three-phase short-circuit fault emulation capability
A transmission line emulator has been developed to flexibly represent interconnected ac
lines under normal operating conditions in a voltage-source-converter-based power system …
lines under normal operating conditions in a voltage-source-converter-based power system …
Development, demonstration, and control of a testbed for multiterminal HVDC system
This paper presents the development of a scaled four-terminal high-voltage direct current
(HVDC) testbed, including hardware structure, communication architecture, and different …
(HVDC) testbed, including hardware structure, communication architecture, and different …
Reconfigurable large-current and high-voltage test bench for HVDC circuit breaker verification
N Krneta, M Hagiwara - IEEE Transactions on Power …, 2022 - ieeexplore.ieee.org
This article presents a novel circuit configuration of a high-voltage direct current circuit
breaker (HVdcCB) test bench that is based on a modified H-bridge modular multilevel …
breaker (HVdcCB) test bench that is based on a modified H-bridge modular multilevel …
Three-phase short-circuit fault implementation in converter based transmission line emulator
A hardware test-bed (HTB) has been developed to realize power system emulation by
mimicking the system components with universal three-phase voltage source converters …
mimicking the system components with universal three-phase voltage source converters …
Impact of DC fault in multi-terminal DC grid on connected AC system stability
Multi-terminal dc (MTDC) grid has been considered as a promising future transmission and
distribution system architecture, especially for remote renewable energy integration …
distribution system architecture, especially for remote renewable energy integration …
Cascaded droop control for dc overvoltage suppression in a multi-terminal HVDC system under onshore side AC faults
In a multi-terminal HVDC (MTDC) system connecting windfarms, the widely used dc voltage
margin and droop control cannot be directly applied to offshore converters due to the lack of …
margin and droop control cannot be directly applied to offshore converters due to the lack of …
Power Electronics Converter Interfaced Power System Emulation Platform Development and Research Demonstration
S Zhang - 2019 - trace.tennessee.edu
To provide a more realistic testing environment for power system studies and
demonstrations, a hardware test-bed (HTB) platform has been developed by the CURENT at …
demonstrations, a hardware test-bed (HTB) platform has been developed by the CURENT at …