Breakthrough Material Technologies

Accelerating Battery Discovery

Wildcat

The EV
SuperCell

The EV SuperCell

01 | High Energy Density Cathode

02 | Composite Solid Electrolyte
03 | Lithium Metal Anode

The EV
SuperCell

The EV SuperCell
01 | DR
Cathode
02 | Composite Solid Electrolyte

03 | Li Metal Anode

The EV
SuperCell

The EV SuperCell

The EV SuperCell
01 | DR Cathode
02 | Composite Solid Electrolyte
03 | Lithium Metal Anode

Developing the Wildcat EV SuperCell

Wildcat is positioned to simultaneously pursue three innovative technologies to enable a breakthrough EV SuperCell

Technology Overview
  • Envisioned as a transformational future product combining 3 proprietary technologies currently in development
  • >500 Wh/kg Energy Density target would be > 90% improvement over today’s best batteries
  • This type of battery performance would enable EV profitability, and accelerate the widespread worldwide adoption of EVs
Drug Discovery – Early 1980’s
Wildcat is positioned to simultaneously pursue three innovative technologies to enable a breakthrough EV SuperCell.

Combining Innovative Technologies to Achieve the Following Targets

Energy Density Gravimetric
Energy Density Volumetric
Low Cost
Long Life
Safety
Sustainability
Drug Discovery – Early 1980’s
Wildcat is positioned to simultaneously pursue three innovative technologies to enable a breakthrough EV SuperCell.

Combining Innovative Technologies

Energy Density
Energy Density Volumetric
Low Cost
Long Life
Safety
Power
Sustainability

Wildcat’s EV SuperCell Combines Three Revolutionary Technologies

1

Envisioned as an end-product combining proprietary cathode, lithium metal anode and SSE technologies currently in development.

2

The Wildcat cathode is more energetic than high nickel NMCs used today, safer,
and eliminates the use of cobalt and nickel.

3

The added safety of an all-solid battery composition allows the use of highly energetic materials, the elimination of expensive safety measures, and the removal of flammable liquid solvents.

4

A lithium metal anode enables superior energy performance.

EV Cell Comparison

Wildcat’s EV SuperCell Combines Three Revolutionary Technologies

1

Envisioned as an end-product combining proprietary cathode, lithium metal anode and SSE technologies currently in development.

2

The Wildcat cathode is more energetic than high nickel NMCs used today, safer,
and eliminates the use of cobalt and nickel.

3

The added safety of an all-solid battery composition allows the use of highly energetic materials, the elimination of expensive safety measures and the removal of flammable liquid solvents.

4

A lithium metal anode enables superior energy performance. 

Wildcat’s Three Technology Programs
“Three Win Technologies”

Cathode

Wildcat Cathode

Product Description
  • Novel Cathode material with high energy and low cost

Solid Electrolyte

Product Description
  • Ceramic-polymer composite electrolyte to achieve mechanical integrity and high Li-ion conductivity 

Lithium Metal Anode

Product Description
  • Protected lithium metal anode
  • Specially treated to enhance safety and allow safe operation with a liquid or solid electrolyte