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5 Balanced 30 Problem Design a problem with a balanced 36 system, where a 3 input drives a 30 load. In order to receive credit you must also include the following: ⚫ Circuit must include resistors, inductors and capacitors ⚫ Circuit must include a non-zero line impedance • Source and load cannot be the same topology (i.e. must be either Y-A or A-Y) ⚫ Students must solve for the line current, load voltage, load current, power delivered to the load and power dissipated in the line impedance

5 Balanced 30 Problem Design a problem with a balanced 36 system, where a 3 input drives a 30 load. In order to receive credit you must also include the following: ⚫ Circuit must include resistors, inductors and capacitors ⚫ Circuit must include a non-zero line impedance • Source and load cannot be the same topology (i.e. must be either Y-A or A-Y) ⚫ Students must solve for the line current, load voltage, load current, power delivered to the load and power dissipated in the line impedance

Power System Analysis and Design (MindTap Course List)
Power System Analysis and Design (MindTap Course List)
6th Edition
ISBN:9781305632134
Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Chapter6: Power Flows
Section: Chapter Questions
Problem 6.61P
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5 Balanced 30 Problem Design a problem with a balanced 36 system, where a 3 input drives a 30 load. In order to receive credit you must also include the following: ⚫ Circuit must include resistors, inductors and capacitors ⚫ Circuit must include a non-zero line impedance • Source and load cannot be the same topology (i.e. must be either Y-A or A-Y) ⚫ Students must solve for the line current, load voltage, load current, power delivered to the load and power dissipated in the line impedance
Transcribed Image Text:5 Balanced 30 Problem Design a problem with a balanced 36 system, where a 3 input drives a 30 load. In order to receive credit you must also include the following: ⚫ Circuit must include resistors, inductors and capacitors ⚫ Circuit must include a non-zero line impedance • Source and load cannot be the same topology (i.e. must be either Y-A or A-Y) ⚫ Students must solve for the line current, load voltage, load current, power delivered to the load and power dissipated in the line impedance
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