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Getting Started
Next-Generation Batteries: Powering the Future of Energy Storage
Categories:
Energy and Propulsion
Wishlist
Course Content
Introduction
Definition of Next-Generation Batteries
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Importance of Next-Generation Batteries
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Overview of the eBook
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Current Energy Storage Technologies
Lithium-ion batteries
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Lead-acid batteries
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Sodium-ion batteries
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Flow batteries
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The Need for Next-Generation Batteries
Limitations of current energy storage technologies
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Growing demand for renewable energy
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Advancements in technology
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Types of Next-Generation Batteries
Solid-state batteries
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Lithium-sulfur batteries
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Metal-air batteries
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Sodium-sulfur batteries
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Zinc-air batteries
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Redox flow batteries
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Advantages of Next-Generation Batteries
Increased energy density
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Longer lifespan
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Lower cost
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Improved safety
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Environmental sustainability
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Applications of Next-Generation Batteries
Electric vehicles
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Grid-scale energy storage
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Consumer electronics
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Aerospace
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Military and defense
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Challenges and Limitations of Next-Generation Batteries
Technical challenges
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Economic challenges
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Environmental challenges
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Future of Next-Generation Batteries
Potential breakthroughs and innovations
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Emerging trends and developments
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Market outlook and predictions
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Conclusion
Summary of key points
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Implications for the future
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Call to action
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