Paraclete Energy’s flagship technology, SILO Silicon, is a proprietary silicon anode material embedded in a conductive polymer matrix, delivering up to 300% greater energy density than graphite, first-cycle efficiency over 90%, capacity up to 3,590 mAh/g, and 525 Wh/kg energy density. The manufacturing process incorporates an artificial solid electrolyte interphase for enhanced cycle stability and supports production scales from grams to tons, maintaining cost-competitiveness.
SILO Silicon, the company’s core product, is a nanoparticle silicon anode material offering high-capacity (3,590 mAh/g), high energy density (525 Wh/kg), first-cycle efficiency exceeding 90%, and compatibility with existing graphite anodes or standalone use, enabling lighter batteries and doubled driving range.
In 2024, Paraclete Energy expanded production capacity and entered partnerships with multiple tier-one electric vehicle manufacturers to integrate SILO Silicon into next-generation battery designs, focusing on reducing costs and enhancing performance in upcoming models.
Paraclete Energy has secured $2M in funding through multiple investment rounds; specific investors remain undisclosed. Automotive manufacturers including Daimler, Porsche, and General Motors have recognized and shown interest in Paraclete Energy.
