Huge source of knowledge about switchgear
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- Jul- 2019 -30 JulyHigh Voltage Circuit Breaker
Typical difference between SF6 and vacuum switchgear in high voltage
Interruption of fault current with an associated very steep rate of rise of transient recovery…
Read More » - 29 JulyGas Insulated Switchgear
Gas monitoring systems used in GIS according to IEEE
These systems indicate the current SF6 density levels in each individual gas zone. The different…
Read More » - 28 JulyHigh Voltage Circuit Breaker
Pneumatic operating mechanism in switchgears
These mechanisms used with air blast circuit breakers usually open and close pneumatically and in…
Read More » - 27 JulyHV DC Switchgear
HVDC main challenges with protection and switching
Photo from DC Grid Fault Management and DC Circuit Breakers chapter 26 of High‐Voltage Direct‐Current…
Read More » - 26 JulyGas Insulated Switchgear
Very Fast Transient Over voltage(VFTO) wave common characteristics in HV& EHV GIS
Steep wave front, for which the rise time is usually 2–20 ns: when re striking…
Read More » - 25 JulyHigh Voltage Circuit Breaker
Motor drive mechanism for HV CB
Motor Drive major advantages: Elimination of wearing components Reduction in operating forces Substantial reduction of…
Read More » - 24 JulyHigh Voltage Circuit Breaker
Small inductive current switching condition for switchgear
When a CB opens and closes a shunt reactor banks or unloaded power transformer, it…
Read More » - 23 JulyHV AC Switchgear
Switchgear mechanism electromotor failures
Electric motors are used in the mechanical drives of switchgears mainly for 2 purposes: charge…
Read More » - 22 JulyVacuum Switchgear
Vacuum contactors and their specifications
The vacuum contactor is a special type of LBS that has been developed to primarily…
Read More » - 21 JulyMV AC Switchgear
Medium voltage switchgear buses typical failures
Electrical buses are an integral part of the medium-voltage switchgear and are used as a…
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