Learn · Hydrogen Energy: Technology and Economics
Lecture 40 of 61Week 8
Ohmic losses and significance of interfacial contact resistance
Prof. Pratham Arora and Prof. Amit C. Bhosale · IIT Roorkee
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- Hydrogen Energy: Technology and Economics, IIT Roorkee (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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All the lectures
- Introduction
- Challenges with Fossil Fuels
- Renewable Energy and Hydrogen
- Energy Consumption in Different Countries
- Energy Consumption in Different Sectors
- Economic Modelling
- The Current Market for Hydrogen
- The Current Market for Hydrogen - II
- Hydrogen Production from Fossil Fuels
- Hydrogen Production from Fossil Fuels - II
- The Cost of Hydrogen Production from Fossil Fuels
- The Cost of Hydrogen Production from Fossil Fuels - II
- Carbon Capture from Fossil Fuel-based Hydrogen
- The Production of Hydrogen from Renewable Sources
- The Economics of Hydrogen Production by Electrolysis
- Hydrogen Production from Biomass
- Economics of Hydrogen Production from Biomass
- Biomass Lab
- Introduction to fuel cell & electrolyzers
- Thermodynamics of fuel cell & electrolyzers-I
- Thermodynamics of fuel cell & electrolyzers-II
- Variation in reversible potential and the Nernst Equation
- Nernst equation and numerical problems-I
- Numerical Problems- II
- Numerical Problems-III
- Characteristic curve (I-V) of a fuel cell
- Potential losses in fuel cells & electrolyzers
- Fuel cell efficiency and numerical problems
- Significance of current & power density
- Significance of cell components
- Cell stacking
- Fabrication of the membrane electrode assembly
- Introduction to Reaction kinetics of fuel cell-I
- Reaction kinetics of fuel cell-II
- Butler-Volmer equation-I
- Butler-Volmer equation-II
- Butler-Volmer and Taffel Equation-III
- Charge Transport mechanism in fuel cell & electrolyzers
- Charge Transport mechanism and numerical problems
- Ohmic losses and significance of interfacial contact resistance
- Mass transport in fuel cell & electrolyzers-1
- Mass Transport: Relationship Between Current and Diffusive Flux
- Concentration loss and numerical problems
- Bipolar plates and different flow field designs
- Scale-up issues in fuel cell & electrolyzers
- Laboratory Demonstrations
- Hydrogen Storage and Transport - I
- Hydrogen Storage and Transport - II
- Cost of Hydrogen Storage
- Cost of Hydrogen Storage and Transport
- Mass Shipping of Hydrogen - I
- Mass Shipping of Hydrogen - II
- Mass Shipping of Hydrogen - III
- Competitive Position of Hydrogen versus Fossil Fuels
- Case Studies for Hydrogen Economy
- Process Simulation of Hydrogen Energy Systems
- Introduction to Life-cycle Assessment - I
- Introduction to Life-cycle Assessment - II
- Introduction to Life-cycle Assessment - III
- LCA of Hydrogen Energy Systems
- Case Study