Renewable Energy Systems Introduction.pptx

Renewable energy systems

1. RENEWABLE ENERGY SYSTEMS Professional Elective – I III year I SEM, EEE Course Code – 20EE31004 A.Y 2024-25 Department of Electrical and Electronics Engineering @GCET 24

2. Department of Electrical and Electronics Engineering @GCET 24 Renewable Energy Systems - Objectives Course Objectives Understand the basic concepts of solar energy Understand the methods of storage of solar energy Understand basic concepts of wind energy, biomass energy Understand basic concepts of geothermal energy and ocean energy Understand the need of direct energy conversion

3. Department of Electrical and Electronics Engineering @GCET 24 Renewable Energy Systems - Syllabus Syllabus Unit -1 : Principle of solar radiation Unit -2 : Solar Energy Calculation Storage & Application Unit -3 : Wind Energy Bio-mass Energy Unit -4 : Geothermal Energy Ocean Energy Tidal and wave energy Unit -5 : Direct energy Conversion

4. Department of Electrical and Electronics Engineering @GCET 24 Unit -1 : Principle of solar radiation Role and potential of new and renewable source Solar energy option Environmental impact of solar power Physics of the sun – solar constant Extra terrestrial and terrestrial solar radiation Solar radiation on tilted surface Instruments for measuring solar radiation and sunshine Solar radiation data. Renewable Energy Systems - Syllabus

5. Department of Electrical and Electronics Engineering @GCET 24 Unit -2 : Solar Energy Calculation Flat plate and concentrating collectors Classification of concentrating collectors Orientation and thermal analysis Advanced collectors Renewable Energy Systems - Syllabus Storage Different methods of storage system Stratified Storage Solar ponds Application Solar Heating/ cooling techniques Solar distillation and drying Photovoltaic energy conversion

6. Department of Electrical and Electronics Engineering @GCET 24 Unit -3 : Wind Energy Sources and Potentials Horizontal and vertical axis windmills Performance characteristics Betz’s criteria Renewable Energy Systems - Syllabus Bio-mass Energy Principle of Bio-conversion Anaerobic/ aerobic digestion Types of Bio-gas digesters Gas yield Combustion characteristics of bio-gas Utilization for cooking I.C engine operation and economics aspects

7. Department of Electrical and Electronics Engineering @GCET 24 Unit -4 : Geothermal Energy Resources type of wells Methods of harnessing the energy Potential in India Ocean Energy Ocean Thermal Energy Conversion (OTEC) Principles, utilization & setting of OTEC plans Thermodynamic cycles Tidal and wave energy Potential and conversion techniques Mini-hydel power plants Economics Renewable Energy Systems - Syllabus

8. Department of Electrical and Electronics Engineering @GCET 24 Unit -5 : Direct energy Conversion Need for Direct Energy Conversion (DEC) Carnot cycle Limitation Principles of DEC Renewable Energy Systems - Syllabus

9. Department of Electrical and Electronics Engineering @GCET 24 Course Outcomes Explain the fundamentals of renewable energy generation Demonstrate the process of extraction of energy from various renewable sources Illustrate the concepts of various methods of energy storage Justify the applications of different renewable energy techniques Renewable Energy Systems - Outcomes

10. Department of Electrical and Electronics Engineering @GCET 24 Renewable Energy Systems Course work : 100 Marks Regulation :AR22 Internal : 40 Marks MID exams : Subjective: 20M Objective : 10M Assignments : 5M Presentation : 5M External : 60 Marks Internal : Assignments : 5M Assignments are graded for 5M each Have to submit before deadline Presentation : 5M Form a team Submit presentation topic title Prepare PPT Give presentation * Submit hard copy

11. Department of Electrical and Electronics Engineering @GCET 24 Agenda: Understanding ENERGY The standard of Living of a given country can be directly related to per capita energy consumption. Energy is a fundamental driver of human development and opportunity. Energy is the number one contributor to climate change and has significant consequences for our society, political system, economy, and environment. cross-cutting topics including electricity, storage, climate change and greenhouse gas emissions (GHG), sustainability, green buildings, energy efficiency, transportation, and the developing world. Renewable Energy Systems

12. Department of Electrical and Electronics Engineering @GCET 24 Agenda: Understanding ENERGY Depletable and renewable energy resources Green buildings and energy efficiency Transportation and the developing world Conversion processes and technologies Energy policy and regulation Social, economic, and environmental impacts Renewable Energy Systems

13. Department of Electrical and Electronics Engineering @GCET 24 Renewable Energy Systems SUSTAINABILITY (Energ y)

14. Department of Electrical and Electronics Engineering @GCET 24 Renewable Energy Systems SUSTAINABILITY The ability to maintain or support a process over time without depleting natural or physical resources It is the practice of using natural resources wisely to support present and future generations .

15. Department of Electrical and Electronics Engineering @GCET 24 Renewable Energy Systems SUSTAINABILITY

16. Department of Electrical and Electronics Engineering @GCET 24 Renewable Energy Systems

17. Department of Electrical and Electronics Engineering @GCET 24 Renewable Energy Systems Ministry of Renewable Energy (MNRE) NATIONAL INSTITUTE OF SOLAR ENERGY (NISE) NATIONAL INSTITUTE OF WIND ENERGY (NIWE) NATIONAL INSTITUTE OF BIO ENERGY(NIBE) INDIAN RENEWABLE ENERGY DEVELOPMENT AGENCY LIMITED (IREDA) SOLAR ENERGY CORPORATION OF INDIA (SECI) ASSOCIATION OF RENEWABLE ENERGY AGENCIES OF STATES (AREAS) INTERNATIONAL SOLAR ALLIANCE (ISA) PM – SURYA GHAR : MUFT BIJLI YOJNA NATIONAL GREEN HYDROGEN MISSION SOLAR PV MODULE PLI SCHEME

18. Department of Electrical and Electronics Engineering @GCET 24 Renewable Energy Systems Block Diagrams – Flowcharts Physics principles Terminology Characteristics