TDK CeraCharge Solid State Battery-in-a-Chip is Designed for IoT & Wearables

We’ve recently seen solid state batteries are prone to dislodge current Lithium Ion battery technology as they are safer, support higher energy density, and faster charging. Such batteries are expected to be seen in car in the first part of the next decade, in smartphones starting possibly in 2019, but TDK has just announced their own CeraCharge rechargeable solid state SMD battery with mass production scheduled to start in April 2018.

TDK CeraCharge battery-in-a-chip will come in compact EIA 1812 package (4.5 x 3.2 x 1.1 mm), offer a capacity of 100 µAh at a rated voltage of 1.4 V, and can be recharged up to 1000 times. Potential applications include IoT devices, real-time clocks, Bluetooth beacons, and systems for energy harvesting.

The battery – which will look very similar to an SMD capacitor – does not include liquid electrolyte, and instead uses a solid ceramic element as electrolyte which rules out any risk of fire, explosion, or leakage. The solution works in a wide temperature range from -20 °C to +80 °C making it suitable for outdoor use such as weather stations, and multiple CeraCharge components can be connected in series and parallel to increase capacity and voltage.

TDK CeraCharge is currently sampling with mass production of the CeraCharge 1812 scheduled for Spring 2018, but the company is also working on even smaller CeraCharge types in other sizes such as EIA 0603 (1.6 mm × 0.8 mm) and with other capacities in order to cover an even wider range of applications. More details can be found in these presentation slides.

Via Nikkei Technology

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Drone
Drone
2 years ago

CNXsoft said: “We’ve recently seen solid state batteries are prone to dislodge current Lithium Ion battery technology as they are safer, support higher energy density, and faster charging.” Allow me to expand on that… The “current” problem with Solid State Batteries (SSBs) is that they are relatively low power-density compared with conventional batteries. This is because high currents are difficult to obtain across the comparatively high impedance solid state junctions. On the other hand, SSBs are proving to have significantly higher energy-density compared with conventional cells. See here: https://en.wikipedia.org/wiki/Solid-state_battery So early SSBs are proving excellent as tiny high energy-density batteries… Read more »

paul M
paul M
2 years ago

0.1mAh isn’t a lot of energy, but as the tech improves and they make bigger ones, I can see this being the future.

TLS
TLS
2 years ago

@paul M
That’s microamp, not milliamp as you wrote, so scale not a lot to tiny and you’re about there…

Deets
Deets
2 years ago


100uAh = 0.1mAh

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