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Solid-State Hybrid Battery

Electrovaya Announces Breakthrough Performance for Proprietary Solid State Hybrid Battery Technology

Proprietary approach to solid-state batteries featuring innovative technology, and responsible manufacturing process.

Achieving Industry leading energy density with Lithium metal anode, high performance NMC cathode and proprietary solid composite electrolyte.

Designed for mass production - Uses commercially mature technology and Sustainable cost-effective manufacturing process.

Promising Performance

Promising preliminary room temperature cycle life results using Lithium metal anode, NMC cathode and proprietary solid-state electrolyte. Highlights the ability of the technology to meet passenger automotive applications, which target 800 cycles with 80% capacity retention.

Battery Life Testing

Operating conditions: Temperature: 25+/-5 °C, Voltage: 3-4.2V, Current: 0.2 C-rate.

Solid State battery cycle life

Solid State battery cycle life

Solid Composite Electrolyte

Cloud-based battery analytics system for remote monitoring of the batteries

  • Building on Electrovaya's proprietary ceramic separator and extensive experience in ceramics.
  • Improved Electrochemical performance of the formulated SCE supported by high ionic conductivity of the polymer electrolyte and high mechanical strength of the ceramic scaffold.
  • Electrovaya innovative SCE provides favorable interfacial contact with the electrodes.
  • Manufacturable at a scale using existing processes and infrastructure.
High performance Solid Composite Electrolyte (SCE)

Solvent-free Electrode Coating Process

Non-Toxic electrode coating process with lower Capex and Opex

  • Building on Electrovaya's proprietary ceramic separator and extensive experience in ceramics.
  • Improved Electrochemical performance of the formulated SCE supported by high ionic conductivity of the polymer electrolyte and high mechanical strength of the ceramic scaffold.
  • Electrovaya innovative SCE provides favorable interfacial contact with the electrodes.
  • Manufacturable at a scale using existing processes and infrastructure.