Norwegian researchers claim major breakthrough in 502030 battery

　　ByStevenHanleyFromCleantechnica

　　The story we heard before was that South Korea's Hyundai Company invested in Ionic Materials, a solid-state battery company in the United States. Today, we have news about the future, freshly released from the forefront of the battery field. Researchers at Norway's Institute for Energy Technology (IFE) in Keeler announced that they have found a perfect way to replace graphite commonly used in 502030 battery with silicon.

　　According to the researchers, this discovery could allow electric vehicles to easily have a range of more than 600 miles. "You could say that we have found that unknown element, and there is huge potential here. It is also something that scientists around the world are working hard to create," Arve Holt, IFE's director of research, said in a report published in Bergens Tidende.

　　Pure silicon has ten times the capacity of graphite, but loses energy faster than graphite. Researchers have discovered a way to mix silicon with other elements to create a stable and long-lasting anode that has a capacity three to five times higher than traditional graphite anodes. Laura Brodbeck of Kjeller Innovation Studio is working to commercialize this technology. She said the new technology is being sent to materials manufacturers and battery manufacturers for testing to see if it can be successfully commercialized.

　　"To effectively reach consumers, new materials and battery technologies must be manufactured under large-scale industrial production. This is the direction we work together with our partners." Brodbeck said, but she declined to disclose who participated in the test. several companies. She also confirmed that Norwegian companies are as interested in the project as companies from other countries. "Kjeller Innovation Studio and IFE are actively collaborating to apply this technology to industrialization as soon as possible. Our goal is to work with more participants to promote this technology."

　　"We have tested it in a laboratory environment and the results are very good. Now we have also received support from the Research Council's FORNY2020 project. We will test it with international colleagues to witness the industrialization process of this technology. Our The project will focus on bringing new materials to the market. We named the project 'SiliconX' and it will be an exciting job, especially working with Kjeller Innovation Studio on such a big goal." Marte O. Stake, a researcher at.

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