Newsroom

Commercial BESS require long-term battery performance and reliability, while safety regulations must also be strictly observed. Insurance costs also impact profitability, making risk reduction essential wherever possible. In all these areas, Dukosi’s unique battery architecture offers several advantages over traditional battery designs, particularly in the accuracy of cell temperature monitoring.

A digital battery twin is a virtual model that replicates the behavior and characteristics of a physical battery. With more accurate, more detailed and larger battery data sets, Dukosi enables companies to build more accurate models, and better digital twins.

*This article is published in German

Key takeaways include, common misconceptions associated with EV batteries; how EVs are progressing to overcome perceived challenges; how the automotive and battery industries are working to increase sustainability; new innovations that will help to improve EV batteries and elevate their performance.

This article, based on a White Paper published by Dukosi, investigates how sensor measurement error and latency affect the performance of Li-ion battery SOC and SOH estimates.

Editor, Alix Paultre, recently interviewed Dukosi’s CEO, Mark Pinto, discussing how the Dukosi Cell Monitoring System (DKCMS) is revolutionizing the performance, safety and sustainability of high performance batteries.

The voltage, current, and temperature of the battery pack must be monitored continuously to ensure that the cells remain within their designated safe operating area (SOA). Therefore, ensuring accurate battery cell monitoring is critical to safety.

In this Electropages podcast, host Robin Mitchell catches up with Mark Pinto, CEO of Dukosi, to discuss their latest innovations in battery management systems.

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.