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SiC based solid state circuit breaker: Thermal design and analysis
Compared to conventional mechanical breakers, solid state circuit breakers (SSCBs) are
well-known for the ultra-fast fault clearing speed and the arc-free current interruptions …
well-known for the ultra-fast fault clearing speed and the arc-free current interruptions …
A substrate cooling method for metal oxide varistors in solid-state switching apparatus
This paper presents a novel cooling method for metal oxide varistors (MOVs) to dissipate
heat efficiently in protection and switching apparatus. Such protection apparatus can be …
heat efficiently in protection and switching apparatus. Such protection apparatus can be …
Coordination of RB-IGCT-based solid-state circuit breakers for high-di/dt faults in dc ev microgrids
DC microgrids are increasingly becoming a popular choice for electric vehicle (EV) charging
infrastructure (EVCI), as they allow the integration of EV chargers, photovoltaic (PV) panels …
infrastructure (EVCI), as they allow the integration of EV chargers, photovoltaic (PV) panels …
IGCT-based solid-state circuit breaker coordination using delay compensation for dc protection
DC microgrid systems can provide opportunities for enhanced power transfer and improved
efficiency against their AC alternatives, while also posing risks like higher di/dt faults. Such …
efficiency against their AC alternatives, while also posing risks like higher di/dt faults. Such …
Investigation of Coordination Limits between SiC-based and IGCT-based SSCBs
Solid-state circuit breakers (SSCBs) have several advantages over electromechanical circuit
breakers for protecting DC microgrids as they can operate much faster, reducing the …
breakers for protecting DC microgrids as they can operate much faster, reducing the …