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While there are voltage measurements on every cell, only one or two current sensors are present per battery pack, and the number of temperature sensors can vary greatly. In this blog we demonstrate why putting a temperature sensor on every cell is crucial to battery safety, reliability and performance.

BMW Group veteran and University of Michigan Professor bring decades of expertise in automotive electronic systems and battery modeling and control to the chip-on-cell technology solution pioneer.

C-SynQ® is Dukosi’s proprietary communication protocol that is designed specifically for large networks in safety-critical environments, i.e. large battery-packs.

The strategic appointment of former Board director, and head of the Dukosi Technical Advisory Board provides leadership continuity. Pinto brings a strong commitment to preserving the strategic vision and values that have defined Dukosi’s success to date.

Joint lab to serve as a regional innovation hub for advancing the development and adoption of chip-on-cell-based solutions for more sustainable battery systems that will power the future of electrified applications.

Dukosi Ltd and Suzhou Hengmei Electron Technology, Inc. announced the Joint Development Laboratory at Hengmei’s facility in Suzhou, China. The lab will accelerate the development and adoption of chip-on-cell-based solutions for more sustainable battery systems that will power the electric future.

The patented Chip-on-Cell technology that has been developed by Edinburgh-based fabless semiconductor vendor Dukosi aims to help prevent the large numbers of EV batteries now being produced from becoming a major environmental burden for our society.

The Dukosi chip-on-cell solution continuously measures cell parameters, such as temperature and voltage, and provides on-chip storage for lifetime traceability with materials provenance and 24/7 data and event logging commencing from the first instant the Dukosi Cell Monitor is installed.

Dukosi’s Chip-on-Cell tech enhances EV battery safety, efficiency, and traceability through continuous monitoring, transforming the battery value chain.

As with most products, an EV battery is more sustainable the longer it can be used. Reuse and recycling of battery cells is increasingly important due to the increasing proliferation of electric vehicles.