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Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.
- a)Increase in G2 generation is more than an increase in G1 generation, While G3 remains constant.
- b)Increase in G1 generation is more than increase is G2 generation, while G3 remains constant.
- c)Generation of G1 increases, while that of G2 and G3 remains constant
- d)Increase in G1, G2 and G3 generation is equal.
Correct answer is option 'C'. Can you explain this answer?
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Consider a power system with three identical generators. The transmiss...
Given power system with these identical generators G1 has Speed governor G2 and G3 has drop of 5% When load increased, in steady state generation of G1 is only increased while generation of G2 and G3 are unchanged.
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Consider a power system with three identical generators. The transmiss...
Introduction:
In a power system with three identical generators, one generator (G1) has a speed governor that maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. The transmission losses are negligible. The question asks about the behavior of the generators' generation when the load of the system is increased in steady state.
Explanation:
When the load of the system is increased, the power demand from the generators increases. Let's analyze the behavior of each generator separately.
G1:
Since G1 has a speed governor that maintains its speed constant at the rated value, it will increase its generation to meet the increased power demand.
G2 and G3:
G2 and G3 have governors with a drop of 5%. This means that their speed will decrease by 5% when the load is increased. To compensate for this drop in speed, the governors of G2 and G3 will increase their fuel supply to the generators, resulting in an increase in their generation.
However, since G1 is maintaining its speed constant, G2 and G3 will have to increase their generation even more to compensate for the 5% drop in speed and meet the increased power demand. Therefore, the increase in G2 and G3 generation will be more than the increase in G1 generation.
Conclusion:
In steady state, when the load of the system is increased, the generation of G1 will increase, while the generation of G2 and G3 will remain constant. Therefore, the correct answer is option 'C'.
In a power system with three identical generators, one generator (G1) has a speed governor that maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. The transmission losses are negligible. The question asks about the behavior of the generators' generation when the load of the system is increased in steady state.
Explanation:
When the load of the system is increased, the power demand from the generators increases. Let's analyze the behavior of each generator separately.
G1:
Since G1 has a speed governor that maintains its speed constant at the rated value, it will increase its generation to meet the increased power demand.
G2 and G3:
G2 and G3 have governors with a drop of 5%. This means that their speed will decrease by 5% when the load is increased. To compensate for this drop in speed, the governors of G2 and G3 will increase their fuel supply to the generators, resulting in an increase in their generation.
However, since G1 is maintaining its speed constant, G2 and G3 will have to increase their generation even more to compensate for the 5% drop in speed and meet the increased power demand. Therefore, the increase in G2 and G3 generation will be more than the increase in G1 generation.
Conclusion:
In steady state, when the load of the system is increased, the generation of G1 will increase, while the generation of G2 and G3 will remain constant. Therefore, the correct answer is option 'C'.
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Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. Can you explain this answer?
Question Description
Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. 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 Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. 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 Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. Can you explain this answer?.
Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. 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 Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. 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 Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. Can you explain this answer?.
Solutions for Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. Can you explain this answer? in English & in Hindi are available as part of our courses for Electrical Engineering (EE).
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Here you can find the meaning of Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of
Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. Can you explain this answer?, a detailed solution for Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. Can you explain this answer? has been provided alongside types of Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice Consider a power system with three identical generators. The transmission losses are negligible. One generator(G1) has a speed governor which maintains its speed constant at the rated value, while the other generators (G2 and G3) have governors with a drop of 5%. If the load of the system is increased, then in steady state.a)Increase in G2generation is more than an increase in G1generation, While G3remains constant.b)Increase in G1generation is more than increase is G2generation, while G3remains constant.c)Generation of G1increases, while that of G2and G3remains constantd)Increase in G1, G2and G3generation is equal.Correct answer is option 'C'. Can you explain this answer? tests, examples and also practice Electrical Engineering (EE) tests.
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