Adianano
A nano-silicon and graphene technology for increased lithium-ion battery efficiency
Advanced composite anode material of nano-silicon and graphene replacing graphite in lithium-ion batteries, enhancing efficiency and power for EVs while promoting a more sustainable and high-performance energy solution.
EV Batteries: Toxic Materials and Pollution
13.5B
of GHG emissions are generated by the transport sector annually
The growing demand for high-performance lithium-ion batteries is driven by the need for longer EV range, faster charging, and improved energy storage efficiency. However, current batteries rely on graphite anodes, which limit capacity and lifespan due to low energy density and degradation over time.
This results in frequent battery replacements, higher costs, and increased environmental impact from resource-intensive production and disposal.
Replacing Toxic Materials In Batteries
Adianano replaces traditional graphite anodes with an advanced nano-silicon and graphene composite, significantly enhancing lithium-ion battery capacity while preventing material degradation.
The proprietary one-step synthesis process enables the seamless integration of nano-silicon into graphene layers, ensuring superior stability, conductivity, and cycle life. This technology delivers higher energy density, extends battery lifespan, and enables faster charging.
Reducing Impact with Enhanced Battery Efficiency
12X
battery capacity with 4,200 mAh/g
Adianano’s technology boosts energy efficiency and extends the lifespan of lithium-ion batteries, reducing the demand for new batteries and lowering resource consumption and carbon footprint.
Using Adianano’s composite material instead of graphite can reduce battery weight by 35%, increasing electric vehicle range from 549 km to 733 km.
Adianano is a high-performance solution for:
- EV manufacturers
- Lithium-ion battery manufacturers
The benefits of Adianano composite anode solution
This composite technology enhances EV offerings by improving power and reducing battery weight by 35%, either maintaining fuel range with lower energy inputs or increasing range by 200 km per charge.
Furthermore, Adianano’s solution integrates seamlessly into existing battery production with no major changes required, enabling manufacturers to adopt the technology without disruption.
Sandbox Program
Batch #8
HQ Country
Poland
Area
Energy Efficiency
Industry
Chemical Raw Materials Manufacturing
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