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Renewable Energy Systems Spring 2025

Renewable Energy Systems

 Course Information Sheet (CIS)

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Renewable Energy Sources

Lecture Notes 

Solar Energy

Biomass

Non Conventional Energy

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Assignments

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👇Quiz 1 - CLO 1 (2.5 Marks)

Section A: Apr 15, 2025 @ 11:30am - Same Quiz for whole class.

Section B: Apr 14, 2025 @ 11:30am - Same Quiz for whole class.

  ☝   Topics Covered in Assignment 1 will be asked

 Quiz 1 

Solution to Quiz 1

👇Quiz 2 - CLO 2 (2.5 Marks)

Section A: Apr 30, 2025 @ 10:30am - Same Quiz for whole class.

Section B: , May 02, 2025 @ 10am - Same Quiz for whole class.

 Quiz 2 + Solution 



SEC A  Marks




SEC B  Marks



MIDTERM EXAM May 7, 2025 @ 11:30am

                     

 Midterm Marks





👇Quiz 3 - CLO 3 (5 Marks)

Section A: June 3, 2025 @ 12:30pm - Same Quiz for whole class.

Section B: June 2, 2025 @ 11:30am - Same Quiz for whole class.

 Quiz 3 + Solution 


Sessional Marks (out of 50)

FINAL EXAM JULY 14, 2025 @ 2pm

Paper Pattern

CLO-1 10 Marks

 Q_1            2 parts

a) Numerical

b)  Theoretical Question

Lecture Notes 

 

CLO-2 10 Marks

 Q_2             2 parts

b) Numerical/Derivation 

a) Theoretical Question

 Introduction, Wind turbine types and terms, Mechanical power, wind turbine generators, power and energy from wind turbines, wind speed characteristics of a site

 

CLO-3 15 Marks

 Q_3      3 parts

Theoretical Questions

a)      Fuel Cells: Thermodynamic principles, efficiency of fuel cell factors limiting the performance, design, new development in fuel cells, possibility of future use in Electric vehicles.

b)      Bio Mass: Introduction, Past and present, Bio Mass as a fuel, Extracting the energy, Agricultural residues, Energy crops, Environmental benefits and impacts, Economics, New Technologies, Future Prospects.

c)      Energy Storage: Chapter 10 MUKUND – (Page 185 onwards) 10.1 BATTERY 10.2 TYPES OF BATTERY 10.3 EQUIVALENT ELECTRICAL CIRCUIT 10.4 PERFORMANCE CHARACTERISTICS 10.6 BATTERY DESIGN 10.7 BATTERY CHARGING 10.9 BATTERY MANAGEMENT  

 

 CLO-3 15 Marks

 Q_4             4 parts

Theoretical Questions

a)      b) c)

Historical Background, PV in Silicon, Reducing the cost of crystalline PV cells, thin film PV, Other innovative PV technologies, Electrical characteristics of Silicon PV cells and modules, Battery I-V Curves

 

d)                             d)        Numerical


















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