Batteries
Decarbonization of the energy, transportation, and manufacturing sectors will rely on next-generation batteries. Giner Labs focuses on development of ‘beyond Li-ion battery technologies’ that offer reduced weight, size, and cost for aerospace, military, and civilian applications. From materials development to prototypes and testing, Giner Labs is developing high energy density chemistries, including Li metal, Li-S, and solid electrolyte systems to power the future.
Lithium Sulfur
Giner has 15 years of experience in all aspects of Li-S battery optimization for applications where energy density is paramount. Expertise includes cathode design and fabrication, electrolyte and membrane development, and multi-functional coatings.
Electrolyte
Giner has 15 years of experience developing next-generation electrolyte formulations for improved performance in a wide range of environmental conditions.
Sodium Sulfur
Giner is developing Na-S membrane and cathode technology to enable low-cost, long duration energy storage to support grid level power needs.
Prototype Cell
Development and Testing
Giner has a full battery prototyping facility to to translate lab scale technology to industry relevant multi-Ah pouch cells for demonstration and testing.
Capabilities
Electrode Slurry & Coating Development
Electrolyte Development
Novel Electrolyte Additives to Improve Low Temp Performance
Separator and Membrane Development
Coin Cell Fabrication
Pouch Cell Fabrication
Li Metal Anode Cell Fabrication
Battery Testing
Solid Electrolyte
Postmortem Analysis
Prototyping