Integrated Intelligence

With Dukosi’s chip-on-cell technology, every cell in every battery can be monitored, record its lifetime data, and report its condition via reliable, contactless communication.

Safer batteries

Battery safety is paramount in a rapidly emerging electrification market.

Dukosi technology gives a faster response to safety alerts through direct cell-level monitoring and contactless communication.

Our unique solution eliminates complex wiring harnesses, reduces component count, and simplifies battery design.

Dukosi enables smaller, lighter, less complex batteries that are highly scalable to accommodate hundreds of cells. 

Simpler batteries

Smarter batteries

Improved efficiency, faster charging, longer life.

Adding real intelligence at the cell-level improves efficiency, safety and longevity of the battery pack.

Dukosi delivers deeper understanding

Dukosi chip-on-cell technology means you can monitor the health of every cell in every battery.

The Dukosi solution offers accurate, reliable real-time monitoring of each individual cell in a battery. Each cell can communicate with the main BMS in a reliable and efficient way.

Find out how our technology benefits cell makers and battery designers, and how it applies to electric vehicles, industrial transport, and stationary energy storage applications.

Dukosi chip-on-cell integrates embedded software, onboard processing and memory. This tiny system on a chip can sense and process many aspects of each cell.

Cell Manufacturers
Accelerate manufacturing - shorter test cycles
Enhanced safety - 24/7 cell monitoring & traceability
Regulation ready - lifetime traceability for regulatory compliance
Differentiated product – Market advantage
BMS Designers
Data accuracy — finer detail
Improved reliability — cell-level monitoring
Improved safety — identify anomalous events much faster
Differentiated product — greener, safer, smarter, simpler
Battery Pack Manufacturers
Simpler design — up to 10x reduction in component count
Flexible design – easily extendable
Improve $ per kWh – reduced manufacturing costs
Manufacturing Efficiency — increased assembly automation
Safer batteries — more accurate monitoring
More reliable – up to 2X improvement versus traditional design
Automotive OEMs
Extended life — better health management
Extended range — smaller, lighter packs, more usable power per kWh
Safer fast charging — individual cell monitoring
Earlier preventative maintenance — individual cell clarity
Improved residual value — complete life history
Second Life Use
Greater confidence — complete cell life history
Earlier preventative maintenance — individual cell clarity
Extended life — better cell health management
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Access more energy per cell

Better performance, whatever the chemistry, cell format or pack design.

With real-time data revealing individual cell performance, batteries experience less downtime, become more reliable, and charge quicker.

Dukosi chip-on-cell technology works with all cell chemistries in automotive as well as large-scale industrial or storage applications.

Its overall architecture and design saves on wiring and makes battery packs more cost-effective, reliable, and compact.

Discover how Dukosi chip-on-cell technology revolutionizes battery management

Longer life

Enabling a circular economy and sustainable battery supply chain.

When Dukosi chip-on-cell is implemented at an early stage in cell manufacturing, it enables full traceability throughout the cell’s lifecycle and helps OEMs to show compliance with regulations such as the EU Battery Regulation.

By capturing and storing lifetime data in each cell, Dukosi enables a circular economy (reduce, reuse, recycle) throughout the complete battery value chain. 

Developed with sustainability and safety at the forefront, Dukosi chip-on-cell technology is a core part of ISO26262 compliant, next generation of battery management systems.

Explore the long-term benefits of Dukosi’s technology in energy storage and electric vehicle applications.

Developing revolutionary technologies that dramatically improve the performance, safety and efficiency of battery systems

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