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Reducing battery weight improves the efficiency and sustainability of electric vehicles, and Dukosi’s technology can help hit ambitious targets for next-gen vehicles.

Second-life applications are integral to building a sustainable battery supply chain, so enabling cell provenance and understanding how they’ve been used and stored is critical to ensuring it.

Mark brings with him more than 25 years of leadership experience in strategic marketing and business development. Whether mixed signal ICs and SoCs or complete system solutions, he is well-experienced…

In the modern ESS platform, data movement, interpretation, and ability to execute specific actions are vital to understanding how and when to charge and discharge a battery, and identify potential problems quickly.

Galyen is an energy storage technology executive with 46 years of experience in battery technology. He has worked for many large corporations, such as CATL, a global leader of innovative…

A prime function of a battery monitoring system (BMS) is to maintain safe charge and discharge, reducing risk of cell degradation, damage and even fire. The benefits go beyond that though…

Cell data is measured and stored with the highest accuracy and data granularity, doing so while electrically isolated from the high voltage domain. Synchronized measurements of all cells, and edge…

Yan brings with him more than 20 years of strategic sales and marketing experience in the semiconductor sector, and has a successful track record of developing and executing automotive and…

The partnership with GlobalFoundries will support the manufacturing of production-grade silicon, designed to meet the stringent safety and reliability standards of its end markets, including AECQ100 automotive grade. It will…

About Dukosi Dukosi develops revolutionary technologies that dramatically improve the performance, safety, and efficiency of battery systems, and enable a more sustainable battery value chain. The company provides a unique cell…