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System AB is connected to system BC via a 1000 MW tie-line. The total capacity of the online

System AB is connected to system BC via a 1000 MW tie-line. The total capacity of the online

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Solve 34 plz fasttt...hand written plz  i'll give you multiple upvote 

Questions 34 and 35 relate to the following AB - BC interconnected system. System AB is connected to system BC via a 1000 MW tie-line. The total capacity of the online units and the demand of system AB are 10000 MW and 8500 MW, respectively. The total capacity of the online units and the demand of system BC are 20000 MW and 17000 MW, respectively. System AB is importing 500 MW from system BC and all units operate with a common governor droop setting of 5% for both systems. All generating units are operating with sufficient spinning reserve and can respond to frequency changes. AB System capacity=10000 MW 9000 MW AB system load 8500 MW (a) (b) (d) (e) 60.15 Hz 60.075 Hz 60.0 Hz 59.925 Hz 59.85 Hz T.... BC system capacity = 20000 MW Q34. Determine the new frequency of system AB if the tie-lie interconnecting systems AB and BC trips (a) (b) (d) 59.925 Hz 59.85 Hz 500 MW Q35. Determine the new frequency of system BC if the tie-lie trips 60.15 Hz 60.075 Hz 60.0 Hz 17500 MW 17000 MW BC system load
Transcribed Image Text:Questions 34 and 35 relate to the following AB - BC interconnected system. System AB is connected to system BC via a 1000 MW tie-line. The total capacity of the online units and the demand of system AB are 10000 MW and 8500 MW, respectively. The total capacity of the online units and the demand of system BC are 20000 MW and 17000 MW, respectively. System AB is importing 500 MW from system BC and all units operate with a common governor droop setting of 5% for both systems. All generating units are operating with sufficient spinning reserve and can respond to frequency changes. AB System capacity=10000 MW 9000 MW AB system load 8500 MW (a) (b) (d) (e) 60.15 Hz 60.075 Hz 60.0 Hz 59.925 Hz 59.85 Hz T.... BC system capacity = 20000 MW Q34. Determine the new frequency of system AB if the tie-lie interconnecting systems AB and BC trips (a) (b) (d) 59.925 Hz 59.85 Hz 500 MW Q35. Determine the new frequency of system BC if the tie-lie trips 60.15 Hz 60.075 Hz 60.0 Hz 17500 MW 17000 MW BC system load
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