Lecture 1: Introduction and relevance of the course

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Lecture 2: Energy sources

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Lecture 3 : Solar Radiation

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Lecture 4: Solar Photovoltaic Systems

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Lecture 5 : Origin of Band Structure and Energy Band Gap

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Lecture 6 : Basics of Semiconductors

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Lecture 7 : Construction of Solar Cells

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Lecture 8 : Characterization of Solar Cells and Future Direction

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Lecture 9 : Solar Heaters

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Lecture 10 : Introduction to Wind Energy

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Lecture 11 : Continuity Equation and its applications

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Lecture 12 : Betz Criteria for extracting wind power

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Lecture 13: Wind turbines and their operation

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Lecture 14: Materials Aspects and future direction

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Lecture 15: Introduction to Hydroelectric Power

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Lecture 16: Hydroelectric Power Station and Turbines

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Lecture 17: Wave power and converters

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Lecture 18: Introduction to Tidal Power

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Lecture 19 : Tidal Power and Geothermal Energy

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Lecture 20 : Introduction to Energy Storage Systems

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Lecture 21: Thermal Energy Storage

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Lecture 22: Basics of Mechanical Energy Storage

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Lecture 23: Pumped Hydroelectric to Flywheels (Mechanical Energy Storage Systems)

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Lecture 24 : Introduction to Li-ion battery

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Lecture 25 : Characteristics and Parameters of Li-ion batteries

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Lecture 26 : Cathode Materials for Li-ion batteries

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Lecture 27 : Anode Materials for Li-ion batteries

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Lecture 28 : Electrolytes and Separators for Li-batteries

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Lecture 29: From battery to supercapacitors

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Lecture 30: Construction, development and classification of Supercapacitors

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Lecture 31: Electric double layer capacitors (EDLCs)

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Lecture 32: Pseudocapacitors

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Lecture 33 : Electrochemical Techniques for Supercapacitors and Batteries

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Lecture 34: From material to a supercapacitor device

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Lecture 35: Effect of temperature on supercapacitor performance

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Lecture 36: Effect of external magnetic field and frequency on supercapacitors

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Lecture 37 : Introduction to Fuel Cells

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Lecture 38 : Explanation of Fuel cell systems

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Lecture 39 : Microbial Fuel Cells

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Lecture 40: Nanotechnology and Nanomaterials for Energy Applications

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Lecture 41: Synthesis of nanomaterials

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Lecture 42: Carbon- and metal-oxide based nanomaterials

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Lecture 43: Nanocatalysts

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Lecture 44: Characterization techniques for solid materials

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Lecture 45: X-ray diffraction method

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Lecture 46: UV-Visible Spectroscopy

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Lecture 47: Fourier Transform Infrared Spectroscopy

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Lecture 48: SEM, TEM and XPS

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Lecture 49: Particle size and zeta potential analysis

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BET analysis

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Lecture 51: Electrochemical Impedance Spectroscopy

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Live Session 06-10-2023

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Live Session 12-09-2023

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Live Session 20-08-2021

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Live Session 23-09-2021

Preview 10:50