Nuvoton Technology Corporation Japan

JAPANESE

Nuvoton Technology Corporation Japan

JAPANESE

Exhibition

Exhibition Information

We are pleased to announce our participation in BATTERY JAPAN (Rechargeable Battery Expo).

At our booth, we will showcase cutting-edge semiconductor technology that promotes the use of renewable energy and contributes to the realization of a sustainable society.We invite you to visit our booth and explore the latest advancements in our technology.

We are looking forward to your visit.

Event Overview

Event BATTERY JAPAN 2025 [February] - 18th Int'l Rechargeable Battery Expo
Date Wednesday, February 19, 2025 - Friday, February 21, 2025
10:00 AM - 5:00 PM (JST)
Venue Tokyo Big Sight（Nuvoton booth：E42-50）
For more information and to pre-register https://nuvoton.co.jp/semi-spt/apl/rd/?id=1001-0464

Exhibition Theme

[Themes List]

*Click to jump to the details of each theme.

[Theme Details]

  • Battery Monitoring IC Solution

    • The battery monitoring IC that we are developing, which estimates the internal state of a battery, is equipped with functions for monitoring voltage and calculating the state of charge (SOC), as well as a function that enables simultaneous AC impedance measurement of multiple cells using the AC superposition method, even in the battery pack state, making it possible to estimate the battery's state of health (SOH) and internal temperature.



  • [New Product] Industrial Battery Monitoring ICs ('25/2/12 press release)

    • Nuvoton has developed new battery monitoring ICs "KA49701A" and "KA49702A" that support 17-cell industrial batteries. They enable maximum use of battery performance and simple and safe system construction.

      *This product is a new release that was announced in a press release on February 12, 2025. For more details, please click here




  • Low Power Consumption Hydrogen Sensor Technology

    • We envision a safe and secure hydrogen society where wireless, battery-powered hydrogen detectors identify leaks in various locations. To achieve this, we develop ultra-low power consumption hydrogen sensor technology. Our sensors consume less than 1/10,000th the power of competitors, enabling wireless communication and long battery life. This enables hydrogen detection in previously challenging areas, facilitates remote leak management, reduces operation and maintenance costs.

*Themes are subject to change without notice.

Booth Presentation Schedule

Battery Monitoring IC Solution for Estimating Internal Battery State １１：３０－ / １５：００－
Our battery monitoring IC can simultaneously measure AC impedance for multiple cells in a battery pack state, allowing for quick estimation of battery degradation (SOH) and internal temperature on a cell-by-cell basis. In this seminar, we will introduce the features of the AC impedance measurement technology equipped in our IC.
New Sensor Technology Required for Safety and Security in a Hydrogen Society １３：００－ / １５：３０－
We will introduce a wireless battery-powered hydrogen detector (demo unit) using our ultra-low power hydrogen sensor technology under development. This technology enables hydrogen leak detection in previously difficult-to-install locations and spatial hydrogen leak detection through multiple installations, proposing a new way of ensuring safety and security in hydrogen utilization.
Technology that Balances Battery Safety and Cost Reduction in Industrial Equipment １４：００－ / １６：００－
With the recent proliferation of AI servers, many lithium-ion batteries are being used in backup power supplies and large-scale storage batteries. In this seminar, we will introduce the importance and role of battery monitoring ICs in industrial applications, along with an introduction to our industrial battery monitoring ICs.
New Sensor Technology Required for Safety and Security in a Hydrogen Society １１：３０－ / １５：００－
We will introduce a wireless battery-powered hydrogen detector (demo unit) using our ultra-low power hydrogen sensor technology under development. This technology enables hydrogen leak detection in previously difficult-to-install locations and spatial hydrogen leak detection through multiple installations, proposing a new way of ensuring safety and security in hydrogen utilization.
Technology that Balances Battery Safety and Cost Reduction in Industrial Equipment １３：００－ / １５：３０－
With the recent proliferation of AI servers, many lithium-ion batteries are being used in backup power supplies and large-scale storage batteries. In this seminar, we will introduce the importance and role of battery monitoring ICs in industrial applications, along with an introduction to our industrial battery monitoring ICs.
Battery Monitoring IC Solution for Estimating Internal Battery State １４：００－ / １６：００－
Our battery monitoring IC can simultaneously measure AC impedance for multiple cells in a battery pack state, allowing for quick estimation of battery degradation (SOH) and internal temperature on a cell-by-cell basis. In this seminar, we will introduce the features of the AC impedance measurement technology equipped in our IC.
Technology that Balances Battery Safety and Cost Reduction in Industrial Equipment １１：３０－ / １５：００－
With the recent proliferation of AI servers, many lithium-ion batteries are being used in backup power supplies and large-scale storage batteries. In this seminar, we will introduce the importance and role of battery monitoring ICs in industrial applications, along with an introduction to our industrial battery monitoring ICs.
Battery Monitoring IC Solution for Estimating Internal Battery State １３：００－ / １５：３０－
Our battery monitoring IC can simultaneously measure AC impedance for multiple cells in a battery pack state, allowing for quick estimation of battery degradation (SOH) and internal temperature on a cell-by-cell basis. In this seminar, we will introduce the features of the AC impedance measurement technology equipped in our IC.
New Sensor Technology Required for Safety and Security in a Hydrogen Society １４：００－ / １６：００－
We will introduce a wireless battery-powered hydrogen detector (demo unit) using our ultra-low power hydrogen sensor technology under development. This technology enables hydrogen leak detection in previously difficult-to-install locations and spatial hydrogen leak detection through multiple installations, proposing a new way of ensuring safety and security in hydrogen utilization.


*The shedule is subject to change without notice.