Breakthrough Materials Wildcat Discovery Technologies May 20, 2022

Breakthrough Material Discovery

Accelerating Battery Discovery

Wildcat

The EV
SuperCell

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

The EV
SuperCell

01 | DR
Cathode
02 | Composite Solid Electrolyte

03 | Li Metal Anode

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
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
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.

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”

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