Battery, Electrochemical

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The lithium-ion battery recycling technology uses a combination of hydrometallurgical and electrometallurgical extraction processes.

The modular, 1-3 kWh (standalone) or 1 MWh + (in a larger array) lithium ion-based systems include the proprietary ‘Battery Care System’ designed to maximize battery cyclability. This hardware + software system is capable of decentralized control and data collection, fault detection, and lifecycle-optimizing thermal management.

AllCell's suite of phase change composite (PCC) thermal material is a lightweight combination of phase change material and graphite, for heat absorption and distribution. When integrated into a lithium-ion battery pack, AllCell's PCC helps prevent thermal runaway, extends cycle life, and absorbs environmental heat.

Layed silicon alloy-graphene composite anode materials offer significantly increased energy density relative to current graphite-based anode materials, enabling longer lasting, faster charging batteries. NanoGraf's proprietary manufacturing process is based on a simple, highly scalable wet chemistry process.

An alternative to lithium ion battery for portable electronics. Instead of using a volatile, flammable aqueous material (like used in lithium ion batteries), Exostretch uses a safe, solid polymer electrolyte. Exostretch battery material is stable, flexible and can be implemented into a variety of structures.

Three-phase introduction of inorganic electrolytes that progressively addresses heat-related degradation and safety issues of existing organic electrolytes in existing lithium ion batteries.

use organic-based molecules that change their shape when lithium-ion is verging on overheating. The carbon-based molecules look akin to butterflies, but as they begin to overheat, they fold in their wings, which causes heat to dissipate.