Sakuu Company introduced some efficiency milestones for its licensable Cypress Li-Steel battery cell chemistry (earlier post) designed to combine seamlessly into at the moment’s roll-to-roll battery manufacturing course of:
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750–950 Wh/l Vitality Density of energetic cell space
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260+ Wh/kg Particular Vitality
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792 W/kg Particular Energy (@ 3C)
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3C Sustained Discharge, 10C Peak, with full restoration (Li-Steel anode with excessive nickel cathode)
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400+ Cycles to 80% SOH (100% DoD)
Samples of its licensable high-energy, high-power Li-Steel Cypress battery cell chemistry, commercially obtainable since Might 2023, have been delivered to strategic clients world wide within the electrical 2W mobility/bike house, in addition to e-aviation/drone, protection, and energy software industries.
Along with its Cypress battery cell expertise Sakuu is continuous to make progress on its longer-term initiative often called Kavian, an additive manufacturing platform. (Earlier post.)
>Arwed Niestroj, Sakuu Senior Vice President of Buyer Success, offered on the 2023 Battery Electrical Automobile Architectures USA Congress in Detroit on June 21, stating, “We now have confirmed with our platform that we will print polymers, ceramics, and metals—utilizing numerous dry processes in a single gadget and in addition in a single layer—which no different additive manufacturing firm can do. This permits Sakuu to print batteries in addition to different energetic gadgets.”
We’re within the enterprise of growing and licensing revolutionary manufacturing expertise for OEMs to mass produce batteries with increased efficiency at much less price.Creating a sophisticated Cypress battery chemistry uniquely positions Sakuu to ship on our progressive Kavian manufacturing platform. That is our invitation to battery producers all over the place to work with us on pushing boundaries and capturing beforehand unattainable advantages.
—Robert Bagheri, CEO and Founding father of Sakuu
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