Blogs, Case Studies, and White Papers

As vehicles electrify and adopt zonal, AI-defined architectures, battery management may shift into central compute and zonal power controllers, creating a more unified approach to energy storage and power delivery. However, achieving this still depends on accurate, multifaceted cell-level data, which is where Smart Cells become essential.

Through its Smart Cells, Dukosi is demonstrating on-cell DCIR and EIS advanced measurement capabilities, enabling richer diagnostics that can feed into more accurate State of Charge (SoC), State of Available Power (SoP) and State of Health (SoH) estimation.

Cell manufacturing typically uses end of line testing as a pass/fail validation, but technologies such as smart cells enable a shift toward more effective in-line quality control. By integrating an intelligent IC onto each cell during manufacturing, every cell becomes a self-monitoring device that can be repeatedly and easily interrogated for data throughout the production process.

Some of the world’s largest cell manufacturers and automotive OEMs are developing larger-format (4680-class) cylindrical cells that could transform the EV industry by improving energy density, power output, thermal management, mechanical robustness, and cost competitiveness.

Training the largest, most advanced AI models creates massive and unpredictable demands on power systems. Battery Energy Storage Systems (BESS)  is therefore an essential component in AI Data Center design, and DKCMS® can maximize operational performance, reliability, safety, deployment speed, and much more.

An end-to-end BESS solution that incorporates A123 587 Ah high capacity large LFP cells equipped with Dukosi Cell Monitoring System (DKCMS®) with C-SynQ® proprietary communications, and a battery management system (BMS) designed by Nuvation Energy.

In the coming decade, humanoid robotics and physical AI are tipped to become another transformative technology. They require substantial onboard power, which means highly effective battery technologies are a critical enabler.

Electrification is transforming indsutries worldwide ahead of NZE2050. However, uneven global battery regulations create both challenges and opportunities, but technologies already exist to get ahead, improving traceability, extending battery life, and enabling more efficient material recovery.

Dukosi recently collaborated with STMicroelectronics on a turnkey end-to-end secure Battery Passport-ready battery management solution. The design utilizes the Dukosi chip-on-cell technology with C-SynQ® proprietary communications with ST’s MCU and Secure Element.

Dukosi DK-NFLNK™ is a highly reliable battery communication solution designed to upgrade modular battery architectures based on multi-channel AFEs to a safer and more scalable architecture.