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R6 0.2722 RA R4 RB 0.1812 1642 12 2.80A V1 Vs V2 14.20V 1476V Wind Generator Solar panel 20.10V Radio Reapeter R5 0.2722

R6 0.2722 RA R4 RB 0.1812 1642 12 2.80A V1 Vs V2 14.20V 1476V Wind Generator Solar panel 20.10V Radio Reapeter R5 0.2722

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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The solar panel measurements give parameters that directly apply to a Norton model. However, a Thévenin model will simplify the analysis process. Perform a source transformation on the solar panel and redraw the full circuit, with the Thévenin equivalent model included.

Using a circuit analysis technique of your choosing, calculate the mesh currents and power balance of the system at midday when the solar panel and the wind generator both deliver their rated currents. Show all working. Comment on the effectiveness (calculate percentages) of the power transfer from the solar panel and wind generator to the battery and radio repeater. What power is dissipated in the wiring?

R6 0.2722 RA R4 RB 0.1812 1642 12 2.80A V1 Vs V2 14.20V 1476V Wind Generator Solar panel 20.10V Radio Reapeter R5 0.2722
Transcribed Image Text:R6 0.2722 RA R4 RB 0.1812 1642 12 2.80A V1 Vs V2 14.20V 1476V Wind Generator Solar panel 20.10V Radio Reapeter R5 0.2722
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