Innovations in Energy Storage Materials
( 25 Modules )

Module #1
Introduction to Energy Storage
Overview of energy storage, its importance, and challenges

Module #2
Fundamentals of Energy Storage Materials
Chemical and physical principles of energy storage, types of energy storage mechanisms

Module #3
Electrochemistry for Energy Storage
Electrochemical reactions, thermodynamics, and kinetics for energy storage

Module #4
Materials Science for Energy Storage
Materials properties, synthesis, and characterization techniques for energy storage

Module #5
Energy Storage Systems and Applications
Types of energy storage systems, applications, and market trends

Module #6
Lithium-Ion Batteries:State-of-the-Art
Overview of Li-ion batteries, advantages, and limitations

Module #7
Advanced Lithium-Ion Battery Materials
New materials and architectures for Li-ion batteries, solid-state electrolytes

Module #8
Sodium-Ion and Other Alternative Batteries
Emerging battery chemistries, advantages, and challenges

Module #9
Flow Batteries and Redox Flow Cells
Principle, design, and applications of flow batteries

Module #10
Battery Management Systems and Safety
Battery management systems, safety considerations, and testing protocols

Module #11
Supercapacitors:Fundamentals and Applications
Principle, design, and applications of supercapacitors

Module #12
Advanced Supercapacitor Materials
New materials and architectures for supercapacitors, graphene and nanomaterials

Module #13
Electrochemical Capacitors
Principle, design, and applications of electrochemical capacitors

Module #14
Dielectric Materials for Capacitors
Dielectric materials, properties, and applications for capacitors

Module #15
Hybrid Energy Storage Systems
Combination of batteries and supercapacitors for hybrid energy storage systems

Module #16
Fuel Cells:Fundamentals and Applications
Principle, design, and applications of fuel cells

Module #17
Advanced Fuel Cell Materials
New materials and architectures for fuel cells, proton exchange membranes

Module #18
Hydrogen Storage Materials
Hydrogen storage materials, properties, and applications

Module #19
Hydrogen Production and Infrastructure
Hydrogen production methods, infrastructure, and challenges

Module #20
Fuel Cell Systems and Applications
Fuel cell systems, applications, and market trends

Module #21
Nanomaterials for Energy Storage
Nanomaterials, synthesis, and applications for energy storage

Module #22
2D Materials for Energy Storage
2D materials, properties, and applications for energy storage

Module #23
Computational Modeling for Energy Storage
Computational modeling techniques for energy storage materials and systems

Module #24
Energy Storage for Grid Scale Applications
Energy storage for grid scale applications, challenges, and opportunities

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Innovations in Energy Storage Materials career

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Innovations in Energy Storage Materials ( 25 Modules )

Innovations in Energy Storage Materials
( 25 Modules )