Cenate wins large R&D grant for a durable Silicon anode

In competition with all other companies in Norway within renewable energy and low emission transport technologies, Cenate was this weekend awarded a 18 MNOK R&D grant to further develop its advanced Silicon anode materials.

The main purpose of the project is to further develop the durability of the product so that it will last longer than the life of a passenger EV, and potentially even survive the life of two EVs. By passing this milestone, Cenate can become the world’s first supplier of silicon anode material suitable for recycling. In best case the material can be used directly after a material separation process at a recycling plant, but more likely it can be used after a refurbishment at Cenate. Already at a partial success, however, the project can lead to large additional sales and large new climate gains related to potential use is EVs that need to drive longer distances.

-This project, even at partial success, may open up completely new and large markets for us such as trucks and buses, says Erik Sauar, CEO of Cenate. For these vehicles the typical passenger EV driving distance of 240 000 km is often done in just a few years. They also have very large batteries and represent an economic market opportunity of nearly the same size as the passenger EV market. Furthermore, since the production of graphite for today’s EV batteries represents the second largest CO2 emission source when making a Lithium-ion battery, the potential climate gain of this project can be counted in millions of tons of CO2, says Sauar.   

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Cenate awarded 225 MNOK grant for industrialising its silicon anode materials

Cenate is both proud and humble to announce that the company has won a 225 MNOK grant from Norway for its participation in an Important Project of Common European Interest. The grant will be used to fully industrialize the production processes for Cenate’s first products and to develop these new products further so that future EV batteries can become lighter, cleaner and smaller.

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