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What else can I help you with?
Where is 5P20 CT used and where is Class PS CT used?
5P20 CT give more accuracy than PS class CT. 5P20 cant be used in unit protection. Class PS CT is a protection class ct. It is used for differtial proction,distance (UNIT)proction.
Are electromagnets used in dams?
yes in the generators to produce electricity.
How shunt generators used in electroplating?
A shunt generator is used to provide electrons (electrical energy) to the electroplating machine.
Slip rings and split rings?
Slip rings are used in AC while split rings are used in DC generators
What is lap winding?
The lap winding is used in dc generators designed for high-current application
What does droop mean?
In the context of electrical engineering, "droop" refers to a reduction in voltage or current levels due to an increase in load or demand on a power system. Droop control is a method used in power systems to regulate and maintain stable voltage levels by adjusting the output of generators in response to changes in load. Droop characteristics are defined by the amount of voltage or frequency deviation from the nominal value as a function of the load current.
What is droop setting?
Droop setting is a feature in control systems that allows multiple generators to operate in parallel while sharing a load proportionally. It adjusts the speed and power output of each generator to maintain stability and balance the load. Droop settings help prevent one generator from taking on too much load and ensure a more even distribution of power among multiple generators.
Why shaft generator can not operate in parallel with auxiliary generator?
Normal shaft generators do not have droop-control for frequency and voltage. Semiconductor (drive) based variable speed shaft generators may have those today.
Why one of the generators has better regulation than the other?
You may be referring to properties know as speed droop and/or voltage droop. These are negative feed backs that retard the the speed and/or voltage of a generator as more load is added to the generator. This is necessary in order to balance load between generators so that one or more generators attempt to take more load than the others. If one generator took more load it would either become overloaded OR cause another generator to become unloaded to a point that it could be motorized and start consuming power path than producing it. In either case the is would be possible to have generators trip off line, possible in a cascaded trip. One one generator in the parallel group need be operated without droop so as to be the freq and voltage standard. The remaining generators added must have some amount of droop to prevent theme from hogging the load.
Is curium used for thermoelectric generators?
Curium is not used in thermoelectric generators.
What is a voltage droop used for?
The purpose of a voltage droop is to intentionally reduce the voltage of a device. Further information about why and when one would do this can be found on Wikipedia.
Which kind of generators are portable?
Propane generators are portable. These can be used in RVs. There are also diesel generators and emergecy generators. All of these generators are portable.
What is a sentence for droop?
Evan droop his head.
What are the Two types of generators that can be used to produce electricity?
The two main types of generators used to produce electricity are AC (alternating current) generators and DC (direct current) generators. AC generators are commonly used in power plants and homes, while DC generators are typically used in portable devices and certain industrial applications.
What type of generators are used in west Bengal?
diesel generators
Why do plants droop when not watered?
why do plants droop when no water
What is the most accurate definition of governor droop?
Governor droop refers to the intentional reduction in the output frequency of a generator as the load increases, allowing for stable operation in power systems. It is a control characteristic where the governor adjusts the fuel or power input to maintain system frequency within acceptable limits, typically expressed as a percentage. This droop ensures that multiple generators can share the load effectively while preventing oscillations and maintaining system stability.
