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  1. * This article is published in Italian  (Read the Dukosi related content from page 19)

    The article, authored by Dukosi’s Senior Director of Applications and Systems, William Fallon, discusses how Dukosi and STMicroelectronics collaborated on a secure cell-to-cloud battery platform to help OEMs meet EU Battery Passport rules with scalable, cell-level traceability built on the Dukosi Cell Monitoring System (DKCMS®) and the STSAFE-A120.

  2. Dukosi Ltd, the technology company revolutionizing the performance, safety and sustainability of high-power battery systems, announces the availability of its DC Internal Resistance (DCIR) and Electrochemical Impedance Spectroscopy (EIS) Evaluation Kit (EVK).

  3. 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.

  4. In this article published by Battery Technology, Dukosi’s Senior Director of Applications and Systems, William Fallon, discusses how Dukosi and STMicroelectronics collaborated on a secure cell-to-cloud platform to help OEMs meet EU Battery Passport rules with scalable, cell-level traceability built on the Dukosi Cell Monitoring System (DKCMS®) and the STSAFE-A120.

  5. Dukosi will showcase its latest product: DK-NFLNK, a contactless communication solution to upgrade traditional wired or far field wireless battery designs based on multi-channel AFEs to a safer and more reliable design with no change required to the battery architecture.

  6. 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.

  7. Dukosi Ltd, the technology company revolutionizing the performance, safety and sustainability of high-power battery systems, announces the availability of DK-NFLNK™ contactless communication solution for development of safer, more reliable batteries based on traditional multi-channel analog front end (AFE) designs.

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