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5.3 Design a microgrid of PV rated at 100 kW of power at 230 V AC using a PV module of Table 5.44. Determine the following: (i) Number of modules in a string for each PV type. (ii) Number of strings in an array for each PV type. (iii) Number of arrays. (iv) Inverter specifications. (v) One-line diagram of this system.

5.3 Design a microgrid of PV rated at 100 kW of power at 230 V AC using a PV module of Table 5.44. Determine the following: (i) Number of modules in a string for each PV type. (ii) Number of strings in an array for each PV type. (iii) Number of arrays. (iv) Inverter specifications. (v) One-line diagram of this system.

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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PROBLEMS 319 TABLE 5.44 Photovoltaic Module Data for Problem 5.3 Power (max) Voltage at Maximum Power Point (MPP) 400 W 52.6 V Current at MPP 6.1 A Voc (open-circuit voltage) Isc (short-circuit current) 63.2 V 7.0 A 5.2 Search the Internet to find the voltage-current characteristic of four PV modules. Make a table of input impedances as current varies for each operating temperature. Develop a plot of input impedance as a function of PV load current for each operating temperature. 5.3 Design a microgrid of PV rated at 100 kW of power at 230 V AC using a PV module of Table 5.44. Determine the following: (i) Number of modules in a string for each PV type. (ii) Number of strings in an array for each PV type. (iii) Number of arrays. (iv) Inverter specifications. (v) One-line diagram of this system.
Transcribed Image Text:PROBLEMS 319 TABLE 5.44 Photovoltaic Module Data for Problem 5.3 Power (max) Voltage at Maximum Power Point (MPP) 400 W 52.6 V Current at MPP 6.1 A Voc (open-circuit voltage) Isc (short-circuit current) 63.2 V 7.0 A 5.2 Search the Internet to find the voltage-current characteristic of four PV modules. Make a table of input impedances as current varies for each operating temperature. Develop a plot of input impedance as a function of PV load current for each operating temperature. 5.3 Design a microgrid of PV rated at 100 kW of power at 230 V AC using a PV module of Table 5.44. Determine the following: (i) Number of modules in a string for each PV type. (ii) Number of strings in an array for each PV type. (iii) Number of arrays. (iv) Inverter specifications. (v) One-line diagram of this system.
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