Semiconductor Solutions Transforming Next-Gen Battery Systems

The Dukosi Cell Monitoring System (DKCMS™) with innovative Cell Monitoring ICs and C-SynQ® communication protocol helps engineers unlock more usable energy per cell, extend range, and improve reliability and life cycle.

Through quality-certified processes we are transforming electrification in world-changing applications such as electric vehicles (xEVs), industrial transport, and stationary battery energy storage systems (BESS), while enabling a circular economy and greener electrification.

Achieve more with Dukosi.

  • 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

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Case Studies

Cell-level Battery Passport From Concept to a Europe-wide Trial in a Kia EV3

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​

Reliable, Safe, Scalable, and Sustainable Battery Packs for GSE in Airports

“As a specialized battery pack supplier enabling electrification in various industries, Dukosi C-SynQ’s unique cell-based monitoring is a perfect solution for Camy as it fits perfectly with our dream of having a flexible pack-built architecture by helping us to cut down BMS reengineering efforts and most importantly reducing development timescale for each battery pack.”

YiPing Huang, Camy Technical Director

Importance of Per-cell Temperature Monitoring of High Power Batteries to Maximize Safety and Charging Performance

“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

An Optimized Battery Enclosure Design with High Functional Integration

“Forward Engineering’s deep understanding of regulatory and technical requirements, multi-materials, and design expertise enables us to deliver a safe, cost-efficient, compact, scalable, and sustainable battery enclosure solution based on Dukosi’s design for its integrated solution. Together we can alleviate challenges in battery design, providing clear advantages for electrified applications developers as well as end customers.”

Zheren Wang, Group Lead Battery, Forward Engineering

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.

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