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Before an alternator can be connected to an infinite bus, which of the following must be the same for the alternator and the infinite bus?
- a)Only frequency
- b)Voltage, frequency and phase sequence; and the phase difference between the alternator and infinite voltages must be zero
- c)Only voltage
- d)Only phase sequence
Correct answer is option 'B'. Can you explain this answer?
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Before an alternator can be connected to an infinite bus, which of the...
Necessary condition for parallel operation of two alternators:
- The phase sequence of the busbar voltages and the incoming machine voltage must be the same
- The busbar voltages and the incoming machine terminal voltage must be in phase.
- The terminal voltage of the incoming machine and the alternator which is to be connected in parallel or with the Busbar voltage should be equal.
- The frequency of the generated voltage of the incoming machine and the frequency of the voltage of the busbar should be equal.
- The phase difference between the alternator and infinite voltages must be zero.
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Before an alternator can be connected to an infinite bus, which of the...
Voltage, Frequency, and Phase Sequence Matching
In order to connect an alternator to an infinite bus, it is crucial that the alternator and the infinite bus have several key parameters matching. These parameters include voltage, frequency, and phase sequence.
Voltage Matching
The voltage of the alternator must be the same as the voltage of the infinite bus in order to ensure a smooth transfer of power. If there is a mismatch in voltage levels, it can lead to issues such as voltage instability and equipment damage.
Frequency Matching
The frequency of the alternator must also match the frequency of the infinite bus. This is important for ensuring synchronization between the two systems. If the frequencies do not match, it can lead to power quality issues and instability in the system.
Phase Sequence Matching
In addition to voltage and frequency matching, the phase sequence of the alternator must also match the phase sequence of the infinite bus. This means that the phase difference between the alternator and infinite bus voltages must be zero. If there is a phase sequence mismatch, it can lead to issues such as reverse power flow and system instability.
In conclusion, in order to connect an alternator to an infinite bus, it is essential that the voltage, frequency, and phase sequence of the alternator match those of the infinite bus. This ensures a seamless and stable operation of the combined system.
In order to connect an alternator to an infinite bus, it is crucial that the alternator and the infinite bus have several key parameters matching. These parameters include voltage, frequency, and phase sequence.
Voltage Matching
The voltage of the alternator must be the same as the voltage of the infinite bus in order to ensure a smooth transfer of power. If there is a mismatch in voltage levels, it can lead to issues such as voltage instability and equipment damage.
Frequency Matching
The frequency of the alternator must also match the frequency of the infinite bus. This is important for ensuring synchronization between the two systems. If the frequencies do not match, it can lead to power quality issues and instability in the system.
Phase Sequence Matching
In addition to voltage and frequency matching, the phase sequence of the alternator must also match the phase sequence of the infinite bus. This means that the phase difference between the alternator and infinite bus voltages must be zero. If there is a phase sequence mismatch, it can lead to issues such as reverse power flow and system instability.
In conclusion, in order to connect an alternator to an infinite bus, it is essential that the voltage, frequency, and phase sequence of the alternator match those of the infinite bus. This ensures a seamless and stable operation of the combined system.
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Before an alternator can be connected to an infinite bus, which of the following must be the same for the alternator and the infinite bus?a)Only frequencyb)Voltage, frequency and phase sequence; and the phase difference between the alternator and infinite voltages must be zeroc)Only voltaged)Only phase sequenceCorrect answer is option 'B'. Can you explain this answer?
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Before an alternator can be connected to an infinite bus, which of the following must be the same for the alternator and the infinite bus?a)Only frequencyb)Voltage, frequency and phase sequence; and the phase difference between the alternator and infinite voltages must be zeroc)Only voltaged)Only phase sequenceCorrect answer is option 'B'. Can you explain this answer? for Electrical Engineering (EE) 2024 is part of Electrical Engineering (EE) preparation. The Question and answers have been prepared according to the Electrical Engineering (EE) exam syllabus. Information about Before an alternator can be connected to an infinite bus, which of the following must be the same for the alternator and the infinite bus?a)Only frequencyb)Voltage, frequency and phase sequence; and the phase difference between the alternator and infinite voltages must be zeroc)Only voltaged)Only phase sequenceCorrect answer is option 'B'. Can you explain this answer? covers all topics & solutions for Electrical Engineering (EE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Before an alternator can be connected to an infinite bus, which of the following must be the same for the alternator and the infinite bus?a)Only frequencyb)Voltage, frequency and phase sequence; and the phase difference between the alternator and infinite voltages must be zeroc)Only voltaged)Only phase sequenceCorrect answer is option 'B'. Can you explain this answer?.
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