Learn · Sustainable Power Generation Systems
Lecture 9 of 37Week 3: Solar PV Power Generation
Lec 9: Grid connected solar photovoltaic systems
Prof. Pankaj Kalita · IIT Guwahati
Credits and licence
- From
- Sustainable Power Generation Systems, IIT Guwahati (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
- Teens profiles and older. How courses are placed
All the lectures
- Lec 1: Introductory lecture
- Lec 2: Fundamentals of solar thermal collector
- Lec 3: Low temperature solar thermal power plant
- Lec 4: Medium and high temperature solar thermal power plant
- Lec 5: Thermal analysis of solar thermal power plant
- Lec 6: Fundamentals and concept of solar PV power plant
- Lec 7: Offgrid solar photovoltaic systems
- Lec 8: Offgrid solar photovoltaic systems design
- Lec 9: Grid connected solar photovoltaic systems
- Lec 10: Performance of grid connected solar photovoltaic systems
- Lec 11: Introduction to wind power generation
- Lec 12: Wind data analysis
- Lec 13: Performance parameters and blade geometry
- Lec 14: Betz limit and optimum tip speed ratio
- Lec 15:Design of wind farm
- Lec 16: Fundamentals and working principle
- Lec 17: Analysis of small hydro power generation
- Lec 18: Introduction to biomass power generation
- Lec 19: Biochemical conversion for electricity generation
- Lec 20: Thermochemical conversion of solid fuels and gasification system
- Lec 21: Hydrogen energy
- Lec 22: Fuel cells technologies - Part I
- Lec 23: Fuel cells technologies - Part II
- Lec 24: Hydrogen energy tutorial
- Lec 25: Fundamentals and methods of geothermal energy harvesting
- Lec 26: Analysis of geothermal plant and resources
- Lec 27: Fundamentals and working of ocean thermal energy conversion systems
- Lec 28: Analysis of close rankine cycle OTEC system
- Lec 29: Fundamentals and working of tidal energy conversion systems
- Lec 30: Fundamentals and working of wave energy conversion systems
- Lec 31: Overview and analysis of thermal energy storage
- Lec 32: Fundamentals and analysis of mechanical energy storage system
- Lec 33: Fundamentals and analysis of electro chemical energy storage system
- Lec 34: Summary and numerical exercise
- Lec 35: Fundamentals and methodology of evaluation of energy economics
- Lec 36: Case study involving energy economics of biomass power generation system and LCA
- Lec 37: Course Summary