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Saturday, 29 June 2024

TDK Unveils High-Density Battery Material, Promises Major Leap for Wearable Tech

Powering Up: TDK's Next-Gen Battery BreakthroughThe Japanese electronics giant TDK, a supplier for Apple, has announced a significant advancement in battery technology, claiming a new material for its solid-state batteries that boosts their performanc…
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TDK Unveils High-Density Battery Material, Promises Major Leap for Wearable Tech

By janimonow on June 29, 2024

Powering Up: TDK's Next-Gen Battery Breakthrough
The Japanese electronics giant TDK, a supplier for Apple, has announced a significant advancement in battery technology, claiming a new material for its solid-state batteries that boosts their performance to remarkable levels, according to the Financial Times.

TDK's new CeraCharge batteries are expected to feature an energy density of 1,000 Watt-hours per liter, a figure the company says is 100 times greater than its previous models. However, this comparison is made against TDK's older batteries and may not represent industry-wide advancements.

Despite this, TDK envisions these high-density batteries replacing small coin batteries in wearable tech such as smartwatches and wireless earphones. However, the breakthrough isn't expected to scale up to larger applications like electric vehicles.

Solid-State Batteries: A Promising Yet Elusive Future

Solid-state batteries are touted as superior to traditional lithium-ion batteries, offering higher energy densities and using solid electrolytes that are less flammable. This makes them lighter and capable of faster charging. However, mass production challenges, particularly for larger applications, remain a significant hurdle.

While Toyota is reportedly close to releasing solid-state batteries capable of powering an electric vehicle for 900 miles on a single charge, TDK's breakthrough focuses on smaller electronics. The new ceramic material with oxide-based solid electrolytes and lithium alloy anodes is said to be too fragile for larger batteries, limiting its use to small devices.

With these limitations in mind, it's important to temper expectations about the impact of TDK's new batteries. The advancements are promising but currently confined to specific applications.

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