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Two parallel connected, three-phase, 50Hz, 11kV, star-connected synchronous machines A and B, are operating as synchronous condensers. They together supply 50 MVAR to a 11 kV grid. Current supplied by both the machines are equal. Synchronous reactances of machine A and machine B are 1Ωand 3Ωrespectively. Assuming the magnetic circuit to be linear, the ratio of excitation current of machine A to that of machine B is ________.Correct answer is between '2.05,2.13'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared
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the GATE exam syllabus. Information about Two parallel connected, three-phase, 50Hz, 11kV, star-connected synchronous machines A and B, are operating as synchronous condensers. They together supply 50 MVAR to a 11 kV grid. Current supplied by both the machines are equal. Synchronous reactances of machine A and machine B are 1Ωand 3Ωrespectively. Assuming the magnetic circuit to be linear, the ratio of excitation current of machine A to that of machine B is ________.Correct answer is between '2.05,2.13'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam.
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Here you can find the meaning of Two parallel connected, three-phase, 50Hz, 11kV, star-connected synchronous machines A and B, are operating as synchronous condensers. They together supply 50 MVAR to a 11 kV grid. Current supplied by both the machines are equal. Synchronous reactances of machine A and machine B are 1Ωand 3Ωrespectively. Assuming the magnetic circuit to be linear, the ratio of excitation current of machine A to that of machine B is ________.Correct answer is between '2.05,2.13'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of
Two parallel connected, three-phase, 50Hz, 11kV, star-connected synchronous machines A and B, are operating as synchronous condensers. They together supply 50 MVAR to a 11 kV grid. Current supplied by both the machines are equal. Synchronous reactances of machine A and machine B are 1Ωand 3Ωrespectively. Assuming the magnetic circuit to be linear, the ratio of excitation current of machine A to that of machine B is ________.Correct answer is between '2.05,2.13'. Can you explain this answer?, a detailed solution for Two parallel connected, three-phase, 50Hz, 11kV, star-connected synchronous machines A and B, are operating as synchronous condensers. They together supply 50 MVAR to a 11 kV grid. Current supplied by both the machines are equal. Synchronous reactances of machine A and machine B are 1Ωand 3Ωrespectively. Assuming the magnetic circuit to be linear, the ratio of excitation current of machine A to that of machine B is ________.Correct answer is between '2.05,2.13'. Can you explain this answer? has been provided alongside types of Two parallel connected, three-phase, 50Hz, 11kV, star-connected synchronous machines A and B, are operating as synchronous condensers. They together supply 50 MVAR to a 11 kV grid. Current supplied by both the machines are equal. Synchronous reactances of machine A and machine B are 1Ωand 3Ωrespectively. Assuming the magnetic circuit to be linear, the ratio of excitation current of machine A to that of machine B is ________.Correct answer is between '2.05,2.13'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice Two parallel connected, three-phase, 50Hz, 11kV, star-connected synchronous machines A and B, are operating as synchronous condensers. They together supply 50 MVAR to a 11 kV grid. Current supplied by both the machines are equal. Synchronous reactances of machine A and machine B are 1Ωand 3Ωrespectively. Assuming the magnetic circuit to be linear, the ratio of excitation current of machine A to that of machine B is ________.Correct answer is between '2.05,2.13'. Can you explain this answer? tests, examples and also practice GATE tests.