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Enrique Dans

On the effects of technology and innovation on people, companies and society (writing in Spanish at since 2003)

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Why sodium is an increasingly viable alternative to lithium for certain battery uses

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IMAGE: A green square with the sodium symbol, Na
IMAGE: Pixabay

, a US company, has it is to build capable of producing about 24GW of storage per year.

North Carolina’s state government is on the basis it will create more than 1,000 high-quality local jobs and grow the state’s economy by $3.4 billion over the next 12 years.

A number of firms have been for . Sodium is one of the most abundant and easily extractable elements on the planet, making it easy to apply to industrial processes. It has and it withstands a much higher number of charge and discharge cycles (millions of cycles compared to between three thousand and five thousand for lithium batteries).

It’s biggest limitation, however, is its weight: sodium weighs almost three times as much as lithium and can’t store the same amount of energy, meaning that sodium-ion batteries tend to be significantly larger than those based on lithium chemistry. This makes this type of battery less suitable for mobility, and for renewable electricity. In return, it…

Enrique Dans
Enrique Dans

Published in Enrique Dans

On the effects of technology and innovation on people, companies and society (writing in Spanish at since 2003)

Enrique Dans
Enrique Dans

Written by Enrique Dans

Professor of Innovation at IE Business School and blogger (in English here and in Spanish at )

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