Dukosi Appoints Michael Grundke as VP Global Business Development

PRESS RELEASE  September 22nd 2022

Dukosi Ltd. have appointed Michael Grundke as Vice President Global Business Development. Grundke joins Dukosi with over 20 years of sales, marketing, and strategic business development experience in the battery and renewables markets. He is leading Dukosi’s market penetration with its chip-on-cell platform. Dukosi’s technology enables the most flexible, highest performing, and safest battery and battery management system designs for many applications including Electric Vehicle and Energy Storage System.

Prior to joining Dukosi, Grundke headed the business development organization in the EMEA region for two global battery companies. He has also been responsible for the global market development for solar electronics and fuel cells.


Speaking of his new role, Grundke said

“The unique technology of Dukosi has the potential to revolutionize the way (lithium ion) batteries and the systems that manage their safety are designed. It reaches new levels of flexibility to achieve higher performance, higher safety levels, and even lower battery pack cost. This is a fantastic opportunity to build and grow a new, sustainable business that has a positive impact to everyone.”


CEO Nat Edington added

“I am delighted that Michael has joined our fast-growing team at the key point in our development. We are sampling our production solution to selected customers now, in readiness for full production next year. Given our anticipated pace of market entry, Michael will be key to ensuring we bring our products to market in a way that delivers unrivalled support to our customers.”

Michael Grundke | VP Global Business Development

About Dukosi

Dukosi is a fabless semiconductor company. It enables the design of lighter, less complex, safer, high-voltage batteries, with more granular data reporting and local on-cell processing. It does this by providing a wireless communications IC on each cell, eliminating all the wires, pins, connectors, and printed circuit boards of modular battery systems. Communication from hundreds of cells to a central BMS master is achieved through a near field communication approach removing the need for line-of-sight transmission, enabling a flexible, true cell-to-pack architecture.

 SIMPLER | SAFER | SMARTER – Intelligence on every cell

To develop revolutionary technologies that dramatically improve the performance, safety and efficiency of battery systems

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