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Whether designing a new battery with cylindrical, pouch, or prismatic cells, Dukosi Cell Monitors can be applied to every cell, parallel group, and even traditional cell modules, streamlining design, validation, and manufacturing costs.

Do we still need future technological breakthroughs to ensure global sustainability, or are there solutions already within reach?

Could we increase safety and performance by rethinking monitoring EV battery temperatures? *This article is available to read in English, Spanish, French and German.

This infographic outlines three different BMS architectures: fully wired, far field wireless, and near field contactless, and compares the scalability, cost-efficiency, safety, and sustainability aspects of each.

Earth Day 2024: Focusing on scaling sustainable energy technologies available today will help achieve global net-zero goals tomorrow. It is time to reassess our approach to technological innovation.

Dukosi’s architecture is more flexible and can be scaled without requiring re-design and re-certification, allowing module-less designs that can be tailored more precisely. Read the full article.

This white paper discusses three different BMS hardware design approaches: fully wired, far field wireless, and near field contactless, and investigates and compares cost-efficiency, safety, and reliability aspects of each.

*This article is published in Swedish

Read the out of the box experience of the Dukosi Cell Monitor EVK in this how-to article by editor Maurizio Di Paolo Emilio, where he goes through the setup and shows how the Dukosi chip-on-cell architecture works at the most fundamental level.

By reassessing how we approach monitoring EV battery temperatures, could we enhance safety and performance?