Dukosi DK8102 and DK8202 chips

Smarter Cells Make Better Batteries

Dukosi Cell Monitoring System (DKCMS) creates safer, smarter, simpler batteries. Our novel solution transforms the way battery systems operate in world-changing applications such as electric vehicles (EVs), industrial transport, and stationary battery energy storage systems (BESS).
Dukosi chip-on-cell technology architecture
  • A robust system tailored for high-power batteries, backed by industry certifications and awards
  • Simplify battery designs, and improve safety, reliability, and scalability
  • Build cell-level intelligence with 24/7 data monitoring and event logging
  • Streamline assembly and improve manufacturing efficiency
  • Enable sustainable battery supply chain through a circular economy

Markets and Applications

Industry Testimonials

“One of the key concerns in marine applications is safety. Dukosi’s battery architecture uniquely provides per-cell temperature sensing that improves safety compared to legacy systems, by giving us greater real-time insights into every cell’s behavior, while also allowing us to accelerate DNV certification. Their chip-on-cell technology with C-SynQ® simplifies integration into our battery systems, while also providing valuable design flexibility, allowing us to streamline production to meet tight deadlines with confidence.”

Kay Henning Higraff, CEO, Nordic Marine Power

“Achieving a high performing, fully sustainable battery in a cost-effective way is possible today. Thanks to the cooperation with Dukosi, the Hyundai Motor Europe Technical Center could turn the European Green Deal from a burden into an opportunity. Dukosi’s chip-on-cell monitoring solution with Cell Passport features allowed us to develop a battery design that surpasses today challenges and furthermore enables an entire battery ecosystem for end customer and industry.”

Dr. Stephan Révidat​, Battery​ ePSD Hyundai Motor Europe Technical Center GmbH​

“Monitoring batteries at the cell level brings a wide range of benefits across the entire battery ecosystem. Dukosi’s unique cell monitoring capabilities with on-cell lifetime traceability provides greater benefits than existing solutions and also provides a path towards a more sustainable battery value chain”.

Bob Galyen, Battery Industry Pioneer

“Dukosi’s innovative technology is enabling Infac to accelerate its next generation BMS solutions. These new designs are scalable, simpler to manufacture, higher performance, and safer thanks to Dukosi’s unique C-SynQ connectivity solution. A cell-based battery passport with the lifetime cell data on-chip is critical to support the future battery circular economy addressing EV, BESS and other targeted battery reuse markets."

KwiHan Chae, President of R&D Center, INFAC

"After reviewing the complex wiring diagrams of high voltage battery packs, it became immediately clear to us the superiority of Dukosi’s approach. For EC Power, the cell level intelligence they offer has unlocked a realm of innovative, next-generation charging protocols. We couldn't be more excited about what the future holds for this technology"

Eric Rountree, CEO, EC Power
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Careers at Dukosi

Make a difference creating a sustainable future in next generation battery technology.

Enabling a sustainable future is at the heart of our business. It drives our search for new ideas to improve the technologies that create better batteries and enable a circular economy.

Open Positions
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Meet with Dukosi

Visit us at conferences and tradeshows around the world.

Events

Latest News

Stay up to date with our latest news, press releases and insights.

  1. Dukosi cell monitor and system hub chipset

    Dukosi’s Cell Monitoring Chipset for Optimizing Battery Systems is Ready for Volume Production

    Dukosi's Unique Chip-on-Cell Technology with C-SynQ® Improves Performance, Safety, Scalability and Longevity of Next Generation Batteries and Supports Battery Passport Regulations.

  2. Dukosi white paper

    Battery State of Health (SoH): The Powerhouse Behind the Battery Passport

    This white paper examines why battery SoH is critical for safe and effective lifecycle management of electric vehicle and energy storage batteries, to which stakeholders it applies, and the newest technological innovation that makes producing and sharing this data with...

  3. Monitoring the temperature of every cell to maximize safety and performance of high power batteries

    The voltage, current, and temperature of the battery pack must be monitored continuously to ensure that the cells remain within their designated safe operating area (SOA). Therefore, ensuring accurate battery cell monitoring is critical to safety.

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