Q1. Evaluate the intensity of solar radiation for 15 March 2019, given solar constant (ISC) = 1800 W/m2.Q2. Evaluate the intensity of solar radiation for 28 August 2019, given solar constant (ISC) = 1500 W/m2.Q3. A solar module with an area of 1.646 m2, gives a current at maximum power point of 8.08A and voltage of 29.72 V. Calculate the maximum power and efficiency of the module if power density is1000 W/m2.Q4. Calculate the output power from a module if itsefficiency is 22% and 17%, input power density is 1000 W/m2 and area of the module is 58.7 inch by 39inch (1 inch2 = 0.00064516 m Practice ProblemsQ1. Evaluate the intensity of solar radiation for 15 March2019, given solar constant (Isc) = 1800 W/m².Q2. Evaluate the intensity of solar radiation for 28 August2019, given solar constant (Isc) = 1500 W/m2.Q3. A solar module with an area of 1.646 m2, gives acurrent at maximum power point of 8.08A andvoltage of 29.72 V. Calculate the maximum powerand efficiency of the module if power density is1000 W/m?.Q4. Calculate the output power from a module if itsefficiency is 22% and 17%, input power density is1000 W/m? and area of the module is 58.7 inch by 39inch (1 inch? = 0.00064516 m²).

Solar radiation I that reaches the earht surface its givenI=Isc1+0.033 cos360.n360.25where n is…

Answered: Q1. Evaluate the intensity of solar…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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Q1. Evaluate the intensity of solar radiation for 15 March 2019, given solar constant (ISC) = 1800 W/m2.

Q2. Evaluate the intensity of solar radiation for 28 August 2019, given solar constant (ISC) = 1500 W/m2.

Q3. A solar module with an area of 1.646 m2, gives a current at maximum power point of 8.08A and voltage of 29.72 V. Calculate the maximum power and efficiency of the module if power density is

1000 W/m2.
Q4. Calculate the output power from a module if its

efficiency is 22% and 17%, input power density is 1000 W/m2 and area of the module is 58.7 inch by 39

inch (1 inch2 = 0.00064516 m

Practice Problems
Q1. Evaluate the intensity of solar radiation for 15 March
2019, given solar constant (Isc) = 1800 W/m².
Q2. Evaluate the intensity of solar radiation for 28 August
2019, given solar constant (Isc) = 1500 W/m2.
Q3. A solar module with an area of 1.646 m2, gives a
current at maximum power point of 8.08A and
voltage of 29.72 V. Calculate the maximum power
and efficiency of the module if power density is
1000 W/m?.
Q4. Calculate the output power from a module if its
efficiency is 22% and 17%, input power density is
1000 W/m? and area of the module is 58.7 inch by 39
inch (1 inch? = 0.00064516 m²).

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