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Technology

Japanese researchers make battery with sugar anode

Today, lithium-ion batteries are commonly used resources. But lithium is actually a rare element mostly confined to specific regions like China and Australia. As a result, batteries derived from it become expensive and tend to be scarce.

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In Japan, a team of researchers at the Tokyo University of Science have found a “sweet” way to potentially overcome these setbacks – by simply using sugar.

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Hard carbon obtained by pyrolyzing sucrose, the main component of sugar, could be an effective anode material for sodium-ion batteries, reported the online Science magazine Phys.org.

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When sugar is heated under an extreme temperature between 1,000 to 15,000 degrees Celsius inside an oxygen-free oven, it will turn into hard black carbon powder.

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To date, the group led by Associate Professor Shinichi Komaba has achieved a storage capacity of 300 ampere-hours. That is 20 percent higher than conventional hard carbon.

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"What's more, our results show that battery capacity can be increased simply by using carbon made from sugar as the anode. So high-performance batteries like expensive lithium batteries, which are an important type of rechargeable battery, may be achievable,” Prof. Komaba told Phys.org.

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According to him, it would take five years to achieve a “practical version,” but his team is certain that it is possible.

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With further improvements in the technology and performance, the batteries have the potential to replace lithium-ion batteries with lower-priced materials that at the same time are abundant, he said.

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“The supply of sodium is unlimited. Also, sodium ion batteries can be made using iron, aluminum, and sodium, rather than cobalt or copper as before," he added.

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Sodium-ion batteries are among the types of power compact systems still in development stage, but are seen to be a cheaper and more durable way to store energy than the lithium-ion batteries.

In addition, they could also be practical options for storing power from renewable sources such as wind and solar, said Jay Whitacre, a professor of materials science and engineering at Carnegie Mellon University.

When successfully developed, these next-generation storage systems can aid to countries that are heavily dependent on imports of lithium-ion batteries like Japan, providing an alternative with steady supply. – C. Dominguez



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