NGK's Ultra-Compact Rechargeable Battery Tech for Flat Electronics

Описание: 🔗 Read the full technical breakdown and get the datasheet here:

https://enercera.ngk-newvalue.com/en/...

Paid collaboration in partnership with NGK

At Sensors Converge 2025 in Silicon Valley, we caught up with Steve Grzechowiak from NGK to explore the EnerCera battery range—a family of semi-solid-state lithium batteries that combine the safety of ceramics with the flexibility needed for modern applications.

In this video, we cover all the key questions engineers want to know about EnerCera:
✅ What does the name EnerCera actually mean?
✅ What battery chemistry is used, and what makes it different from standard lithium-ion?
✅ How thin are these batteries—and can they bend?
✅ What kind of voltage and energy capacities are available?
✅ How safe are EnerCera batteries compared to traditional options?
✅ Can they be reflow soldered in SMT processes?
✅ Are there special charging requirements?
✅ What kind of applications are these designed for—and how much power can they deliver?

With models as thin as 0.45 mm and support for both high-discharge and energy-harvesting use cases, NGK’s EnerCera batteries offer a unique solution for ultra-compact, power-constrained designs. Whether you’re developing wearable medical devices, smart cards, tracking tags, wireless sensors, or low-profile consumer electronics, this is the kind of tech that unlocks new possibilities in product design.

📦 Battery specs include:
– Semi-solid-state lithium ceramic chemistry
– Flat and coin cell types as small as 12.5 mm diameter, 4 mAh
– Nominal voltages of 2.3 V and 3.8 V
– Up to 10,000 charge cycles depending on series
– Peak discharge currents over 500 mA in high-power versions
– No swelling, no thermal runaway, and no organic binder

🌡️ These batteries operate across a wide temperature range, tolerate zero-charge storage, and are resilient to float charging—ideal for mission-critical devices.

Learn how EnerCera batteries are enabling the thinnest GPS trackers in the world and powering new generations of energy-harvesting sensor nodes.