With the proliferation of electric vehicles, battery technology has become one of the most critical issues in the automotive industry. Factors such as safety, energy efficiency and durability are among the primary targets of innovations in this field. At this point, researchers at McGill University in Canada have made a major breakthrough in solid-state lithium batteries. Here are the details…

Researchers find way to boost solid-state lithium battery performance

Researchers have solved one of the biggest obstacles to solid-state lithium batteries: the resistance between the ceramic electrolyte and the electrode. The dense ceramic plates used in conventional batteries reduce the efficiency of the battery.

However, the research team replaced these plates with polymer-filled porous ceramic membranes, allowing lithium ions to move more freely. This innovation not only improved the performance of the batteries but also made them safer to use. At the same time, the new structure allows the batteries to operate stably even at high voltages.

This development is especially important for electric vehicles. Traditional liquid electrolyte lithium-ion batteries sometimes pose safety risks and lack energy efficiency. Although solid-state lithium batteries have attracted attention for being safer and more efficient, they have not been sufficiently developed for commercial use until now.

This new method from McGill University removes one of the biggest obstacles to the commercial use of solid-state lithium batteries. In short, this discovery is considered a significant leap forward in battery technology for electric vehicles.

The advantages it offers in terms of both safety and efficiency will make electric vehicles more reliable and long-lasting in the future. With the development of technology, it seems that the revolution of solid-state lithium batteries in the world of electric vehicles is not far away.

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