
Course Overview: Next-Generation Battery Storage
Check out Matt and Yi's online course: https://online.stanford.edu/courses/xeiet215-next-generation-energy-storage-batteries-grid-solutions?utm_medium=Video&utm_term&utm_campaign=XEIET215&utm_source=Youtube
Energy storage is fundamentally reshaping global power systems. As renewables scale and electricity demand grows, including from AI data centers, the question is no longer if we need energy storage. It is which technologies, where, and how fast.
In this course, you will break down the energy storage landscape and learn how to evaluate real options for powering the world around the clock, from grid scale systems to advanced batteries.
You'll cover the science, technology, and real-world use-cases for:
- The fundamental principles of energy
- Mechanical, thermal, and electro-chemical energy storage technologies
- Energy storage as fuel
- Battery fundamentals
- Lithium-ion batteries
- Alternative battery chemistries and technologies
Energy storage is fundamentally reshaping global power systems. As renewables scale and electricity demand grows, including from AI data centers, the question is no longer if we need energy storage. It is which technologies, where, and how fast.
In this course, you will break down the energy storage landscape and learn how to evaluate real options for powering the world around the clock, from grid scale systems to advanced batteries.
You'll cover the science, technology, and real-world use-cases for:
- The fundamental principles of energy
- Mechanical, thermal, and electro-chemical energy storage technologies
- Energy storage as fuel
- Battery fundamentals
- Lithium-ion batteries
- Alternative battery chemistries and technologies
Stanford Online
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