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1
Intro
2
Energy Storage
3
Parameters
4
Battery 101
5
Battery 500
6
Deposition Behavior
7
Stability
8
Black Box
9
Cryogenic electron microscopy
10
The Manhattan Project
11
Metallic Lithium
12
Batteries
13
Battery Enza
14
Thermal runaway
15
Internal plating
16
Fire extinguishing mechanism
17
Thermoswitching mechanism
18
Gridscale storage
19
Seasonal storage
20
Current storage
21
Stanford Stadium
22
Flow Pathway
23
Grease Gas Storage
24
Aqueous Batteries
25
aqueous solution batteries
26
resource availability
27
analysis
28
lithium consumption
29
lithium price
30
cobalt price
31
lithium sulfur chemistry
32
lithium cobalt oxide
33
battery recycling
34
battery discharge
35
recycling batteries
Description:
Explore the future of battery technology for sustainable electric transportation and energy storage in this Stanford webinar. Delve into the challenges of meeting growing energy demands as technology advances, examining current battery capabilities, resource constraints, and potential solutions. Professor Yi Cui from Stanford's Materials Science Department guides you through the state-of-the-art in battery technology, discussing exciting discoveries and innovations. Learn about Battery 101, Battery 500, deposition behavior, stability issues, and cutting-edge research techniques like cryogenic electron microscopy. Investigate metallic lithium batteries, thermal runaway prevention, fire extinguishing mechanisms, and grid-scale storage solutions. Analyze resource availability, lithium consumption, pricing trends, and the importance of battery recycling. Gain insights into emerging technologies such as lithium-sulfur chemistry, aqueous solution batteries, and innovative storage methods for a sustainable energy future. Read more

The Future of Batteries for Sustainable Electric Transportation and Storage

Stanford University
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