Service panel 1 CB1 RM w R 9.15 - For the system in the following figure, assume the neutral wire is broken at the utility side. The current drawn by the first house is 2A and that for the second house is 4A. The system has Rg = 20, Rg1 Rg2 + 300, and Rn₁ = Rn2 = 10. 4 = EGC ww EGC CB 2 Service panel 2 4 www V₁ A Internal electric circuit House 1 Internal electric circuit House 2 Compute the ground potential rise at the utility side due to the two load currents.
Service panel 1 CB1 RM w R 9.15 - For the system in the following figure, assume the neutral wire is broken at the utility side. The current drawn by the first house is 2A and that for the second house is 4A. The system has Rg = 20, Rg1 Rg2 + 300, and Rn₁ = Rn2 = 10. 4 = EGC ww EGC CB 2 Service panel 2 4 www V₁ A Internal electric circuit House 1 Internal electric circuit House 2 Compute the ground potential rise at the utility side due to the two load currents.
Chapter33: Residential Utility-interactive Photovoltaic Systems
Section: Chapter Questions
Problem 6R: To size conductors and overcurrent devices for source circuits, you must multiply the module string...
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Question
![Service panel 1
CB 1
9.15 - For the system in the following figure, assume the neutral wire is broken at the utility
side. The current drawn by the first house is 2A and that for the second house is 4A. The system
has Rg = 20, Rg₁ = Rg2 + 300, and Rn1 = Rn2 = 1.
4
R
w
Ra
w
4
R
w
Rg
EGC
tw
EGC
CB 2
Service panel 2
A
Internal
electric
circuit
House 1
Internal
electric
circuit
House 2
Compute the ground potential rise at the utility side due to the two load currents.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2dca424c-22fa-43b2-8c19-7281d3130347%2F5590090f-96e8-4461-88b6-b5d777e0dd8d%2Fi9zajxo_processed.png&w=3840&q=75)
Transcribed Image Text:Service panel 1
CB 1
9.15 - For the system in the following figure, assume the neutral wire is broken at the utility
side. The current drawn by the first house is 2A and that for the second house is 4A. The system
has Rg = 20, Rg₁ = Rg2 + 300, and Rn1 = Rn2 = 1.
4
R
w
Ra
w
4
R
w
Rg
EGC
tw
EGC
CB 2
Service panel 2
A
Internal
electric
circuit
House 1
Internal
electric
circuit
House 2
Compute the ground potential rise at the utility side due to the two load currents.
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