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Editor, Mike Green, recently interviewed Joseph Notaro, VP Global Sales & Marketing, discussing how Dukosi addresses cost and performance improvements, as well as essential battery cell sustainability.

Dukosi and Nordic Marine Power collaborated to analyze the effect of heat propagation in a cell module, and the benefit of monitoring the temperature on every cell.

EE Times sat down with Dukosi CEO Mark Pinto to see how far the company’s influence has reached with its near field wireless battery cell monitoring system.

During the summer of 2024, Berrydal Moshe and Chase Williams got the opportunity to unbox and present a DK8x02 Cell Monitoring Evaluation Kit that the BWC Merced team received from Dukosi.

Managing battery health, performance and safety is challenging. In this episode of PowerUP, Joseph Notaro, VP of global sales and marketing at Dukosi talks about their Cell Monitoring System for safety-critical next-generation battery systems, which is now ready for volume production.

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

SoH is critical for safe and effective lifecycle management of electric vehicle and energy storage batteries. This white paper examines technological innovation that streamlines producing and sharing SoH with stakeholders.

This prestigious award recognizes groundbreaking innovations within the automotive industry that are poised to make a significant impact on the market. We are immensely proud and honored by this recognition.

The future depends on renewable energy, but that currently relies on a number of complex and often expensive technologies. So, what steps can we take to reduce costs to better enhance this expanding market?

Industrial and commercial vehicles move trillions of dollars in materials and goods and are essential to global economies. However, these vehicles are also currently a major contributor to greenhouse gases (GHG). Embracing electrification of industrial vehicles, particularly when supported by green energy generation, can significantly drive decarbonization efforts.