Q2.Suppose the I-V curve for a PV module exposed to 1-sun (1 kW/m²) of irradianceis as shown below:Current (amps)543211-sun= 1000 wm²8 10 12 14 16 18 20 22V (volts)a) What load resistance R would result in the maximum power delivered to thepanel at 1-sun?b) How much power would that be?Suppose the hour-by-hour irradiance striking this module is given in the tablebelow and the current (at any given voltage) is assumed to be directly proportionalto the irradiance while the open circuit voltage is assumed to be the same at allirradiances.c) Carefully draw the hour-by-hour I-V curves for the module.d) For the resistive load determined in (a), what would be the energy (watt-hr)delivered by this panel during the day?e) If the module is equipped with a maximum-power-point tracker, what energywould be delivered during the day? What percentage improvement does itprovide?TimeIrradiance (W/m²)8A.M. and 4P.M.2009A.M. and 3P.M.40010A.M. and 2P.M.60011A.M. and 1P.M.80012P.M.1000(e.g., from 7:30 A.M. to 8:30 A.M. the irradiance averages 200 W/m² which isthe same as from 3:30P.M. to 4:30P.M.).

Given is the IV curve of PV module 1sun =1000 W/m2

Suppose the I-V curve for a PV module exposed to 1-sun (1 kW/m²) of irradiance is as shown below: Current (ampa) 1-sun= 1000 w² 0 2 4 6 8 10 12 14 16 18 20 22 V (volts) a) What load resistance R would result in the maximum power delivered to the panel at 1-sun? b) How much power would that be? Suppose the hour-by-hour irradiance striking this module is given in the table below and the current (at any given voltage) is assumed to be directly proportional to the irradiance while the open circuit voltage is assumed to be the same at irradiances. c) Carefully draw the hour-by-hour I-V curves for the module. d) For the resistive load determined in (a), what would be the energy (watt-hr) delivered by this panel during the day? e) If the module is equipped with a maximum-power-point tracker, what energy would be delivered during the day? What percentage improvement does it provide?

Suppose the I-V curve for a PV module exposed to 1-sun (1 kW/m²) of irradiance is as shown below: Current (ampa) 1-sun= 1000 w² 0 2 4 6 8 10 12 14 16 18 20 22 V (volts) a) What load resistance R would result in the maximum power delivered to the panel at 1-sun? b) How much power would that be? Suppose the hour-by-hour irradiance striking this module is given in the table below and the current (at any given voltage) is assumed to be directly proportional to the irradiance while the open circuit voltage is assumed to be the same at irradiances. c) Carefully draw the hour-by-hour I-V curves for the module. d) For the resistive load determined in (a), what would be the energy (watt-hr) delivered by this panel during the day? e) If the module is equipped with a maximum-power-point tracker, what energy would be delivered during the day? What percentage improvement does it provide?

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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