Unit 1 Renewable Energy Resources

7 lecture hours

•  Energy scenario in India (Installed capacity
• Generation Capacity
• Energy Demand
• Supply  Environmental impact of fossil fuels  Renewable energy sources overview Yearly Generation Growth
• Generation State-wise  Hydrogen energy: Characteristics
• advantages, and applications  Hydrogen types: Green
• Grey hydrogen  Biofuels: Biodiesel

Unit 2 Solar Energy

•  Solar Energy Potential in India
• National institute of solar energy
• Off grid solar PV Programme  Intensity of light
• Electromagnetic radiation  Solar radiation concepts (DNI, DHI, GHI)  Albedo
• Factors affecting albedo  Solar cell working and types with comparison  Working and features of Perovskite
• HJT and Bifacial Solar cells  Series & Parallel Connection of Solar array  Solar cell
• modules and array  I – V and P – V Characteristics of Solar Cell
• Maximum power point
• fill factor
• effect of irradiance on characteristic of solar cell  Sun – Earth relation: Equinox
• Summer solstice
• Winter solstice  Tilt angle & its case study
• Solar hour angle
• Declination angle
• Altitude angle
• Zenith angle
• Azimuth angle & its case study  Orientation of solar panel
• case study  Solar inverter: Grid connected
• micro inverter
• off grid inverter
• hybrid inverter
• Estimation of inverter size and battery size  Solar tracking: single axis tracking
• dual axis tracking
• Cosine effect in solar tracking  Shadow analysis: distance between two arrays 18 40% GUJARAT TECHNOLOGICAL UNIVERSITY Program Name: Diploma Engineering Level: Diploma Branch: Electrical Engineering Subject Code: DI05009021 Subject Name: Green Technology w.e.f. 2026-27 http://syllabus.gtu.ac.in/ Page 3 of 6  Solar Farm
• Case Study

Unit 3 Wind Energy

13 lecture hours

•  Wind energy potential in India
• Wind energy potential at 120 m, 150 m and above 150 m level  Wind power equation  Wind power curve  HAWT
• Savonius & Darries wind turbine  Wind speed measure instrument: Cup type
• pitot tube type
• impeller type
• ultrasonic type
• LIDAR and SODAR anemometer  Construction and working of wind generator: squirrel cage
• wound rotor
• double fed, wound rotor permanent magnet and permanent magnet synchronous generator

Unit 4 Renewable Energy Policies

7 lecture hours

•  Grid connected solar roof top solar programme
• CFA for different sectors  Grid connected solar power projects  PM KUSUM Scheme
• component A, component B and component C, incentives
• Feeder level solarization scheme  Solar park and Ultra mega solar power plant policy  Wind solar hybrid policy 2018
• objective of policy
• waiver of charges  National green hydrogen mission: Objectives and Incentives for electrolyzer and green hydrogen production  Fame II policy: Objectives
• Target etc