NanoLyte HV? Electrolyte for high performance batteries
NanoLyte SF? Electrolyte for safety & durability
For electric vehicles & mobile devices. Enabled by NOHMs’ NanoLyte Electrolyte.
Commercializing new functional materials next-generation Li-ion battery electrolytes for high voltage, long life, and non-flammable batteries.
EV Li-ion battery with conventional electrolyte
Non-flammable EV Li-ion battery with NanoLyte SF
NOHMs Technologies, Inc. has developed new functional materials which are non-flammable, non-volatile, have a wide liquid temperature range (between -80 and 300 °C), and conduct lithium ions. NOHMs’ functional ionic liquids form stable SEI on lithium ion battery anodes and cathodes, whereas commercially available ionic liquids are unstable at the SEI interface, severely decreasing cycle life.
We leverage the beneficial thermal and electrochemical properties of these new new functional materials in its electrolyte, NanoLyte Electrolyte, to improve battery safety and high voltage stability without negatively impacting cycle life or power output. In short, our technology improves safety and allows for significant cost-savings at the battery system level by safely using larger cells operating at higher voltage and capacity with a wider temperature range.
New Functional Materials improve thermal stability
NOHMs’ new functional materials are non-flammable, non-volatile, have a wide liquid temperature range (between -80 and 300 °C), and conduct lithium ions. In an electrolyte, these materials form stable Solid-Electrolyte Interface (SEI) on lithium ion battery electrodes, lengthening battery life.
The beneficial thermal and electrochemical properties of these new functional materials improve battery safety and high-voltage stability without compromising cycle life or power output when using NanoLyte Electrolyte. High-voltage stability, improved cell safety and temperature range allow our partners to design new low-cost battery systems for electric vehicles.
New functional materials improve performance
Cation Functional Group improves cycle life and voltage stability
TFSI Anion enhances ionic conductivity and temperature stability
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