At a time when the whole world is lost and unsure of where large-scale
energy storage should go.
The sodium ion battery, which has been sitting on the bench all along, has
a smile on its lips and a radiance all over its body. It straightens up and
eagerly announces to the world, "I, sodium ion batteries, have abundant raw
materials, high safety, flexible site selection, excellent low-temperature
performance, and long cycle life, making them the best choice for large-scale
energy storage!"
The structure and working principle of sodium ion batteries are similar to
those of lithium-ion batteries, and the charging and discharging functions are
mainly achieved by sodium ions using electrolyte to travel back and forth
between the positive and negative electrodes.
Since September, companies in China that have laid out sodium ion batteries
have reported frequent successes. Huayang Corporation's sodium ion battery
production line has been officially put into operation, Chuanyi Technology's
pilot line has been put into operation, and the finished product of multi fluoro
sodium ion batteries has been produced and tested
Some people predict that 2024 is highly likely to be the first year of the
outbreak of sodium ion batteries.
So, what are the technical routes for sodium ion batteries? What materials
are involved in different technological routes? What are the advantages and
disadvantages? What are the research and development companies?
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