The energy router composed of double active bridge (DAB) can interconnect multiple voltage level AC distribution network through DC lines to form AC/DC hybrid distribution network. The fault types of the system are diverse and the fault characteristics are complex. This paper studies the fault characteristics of the system in detail. The single-phase grounding fault of AC network side and single-phase grounding fault of AC valve side occurred in the system. This paper explored the impact of the AC side of the system after the above failure, and make a detailed comparative analysis. The results show that DAB can isolate the influence of AC side fault, and provide theoretical basis for the selection of grounding mode and the design of protect...
Classical fault analysis is a powerful tool for the ac power system fault analysis, which provides t...
When a converter is used to interface an ac distribution system and a low voltage (LV) dc micro-grid...
With the rapid development of cities and the increasing complexity of distribution network systems, ...
The energy router composed of double active bridge (DAB) can interconnect multiple voltage level AC ...
The AC/DC hybrid distribution network takes advantage of both AC and DC technologies. It is one of t...
This paper investigates the fault ride-through (FRT) capability of an AC/DC hybrid microgrid during ...
In any power systems, protective devices will detect fault conditions and operate circuit breakers i...
The active distribution networks have a tendency to develop towards hybrid AC-DC systems constructed...
It is well known that after the late 19th century ''war of currents'' fought between Edison and Tesl...
With the national new energy policy, AC DC integrated distribution network is more and more common, ...
With the considerable demand for distributed renewable energy and the significant increase of genera...
Distributed generations can be divided into traditional synchronous generators and inverter interfac...
The integration of distributed generation (DG) into the decentralized access of the distribution net...
The short circuit analysis secures the electrical power systems protection scheme. Thus, in turn ens...
Abstract. The fault of AC bus in HV (high-voltage) AC-DC hybrid system can cause consequential commu...
Classical fault analysis is a powerful tool for the ac power system fault analysis, which provides t...
When a converter is used to interface an ac distribution system and a low voltage (LV) dc micro-grid...
With the rapid development of cities and the increasing complexity of distribution network systems, ...
The energy router composed of double active bridge (DAB) can interconnect multiple voltage level AC ...
The AC/DC hybrid distribution network takes advantage of both AC and DC technologies. It is one of t...
This paper investigates the fault ride-through (FRT) capability of an AC/DC hybrid microgrid during ...
In any power systems, protective devices will detect fault conditions and operate circuit breakers i...
The active distribution networks have a tendency to develop towards hybrid AC-DC systems constructed...
It is well known that after the late 19th century ''war of currents'' fought between Edison and Tesl...
With the national new energy policy, AC DC integrated distribution network is more and more common, ...
With the considerable demand for distributed renewable energy and the significant increase of genera...
Distributed generations can be divided into traditional synchronous generators and inverter interfac...
The integration of distributed generation (DG) into the decentralized access of the distribution net...
The short circuit analysis secures the electrical power systems protection scheme. Thus, in turn ens...
Abstract. The fault of AC bus in HV (high-voltage) AC-DC hybrid system can cause consequential commu...
Classical fault analysis is a powerful tool for the ac power system fault analysis, which provides t...
When a converter is used to interface an ac distribution system and a low voltage (LV) dc micro-grid...
With the rapid development of cities and the increasing complexity of distribution network systems, ...