- Porsche is using recycled lithium, nickel, cobalt, and manganese in batteries.
- Vehicles using cells made with recycled materials are already being tested.
- Porsche and partners will be able to produce these new battery cells from 2028.
Porsche has cut back some of its planned electric vehicle investments in recent months, but that doesn’t mean the German brand isn’t still interested in pushing the industry forward. For the first time, it has produced battery cells using recycled cathode active material, a major development in its efforts to establish a closed-loop circular economy for high-voltage batteries.
Working with German recycling firm cylib, Porsche has created battery cells using nothing but recycled battery raw materials from its own high-voltage cells. Through the pilot program, Porsche has been recovering the raw materials of end-of-life high-voltage batteries and processing them into new cells for test vehicles, and is now ensuring these cells can withstand the rigors of being in a car.
Read: Mercedes’ New Battery Plant Can Recycle 96% Of Raw Materials
Porsche’s ongoing collaboration with cylib has seen it recycling its batteries using a water-based process since May. The raw material recovered during this process will be available to Porsche and partner companies to produce new battery cells in 2028.
Coming To A Porsche EV Soon?
The automaker isn’t yet putting a date on when recycled battery cells could be used in its production vehicles, but acknowledges that “in the future, battery raw materials recycled in Europe could be used in high-voltage batteries for Porsche vehicles.”
Key materials recovered in the recycling process and used to manufacture new battery cells include lithium, nickel, cobalt, and manganese. This means newly produced cells are made entirely from recycled active materials.
“With battery cells made entirely from recycled raw materials such as lithium and cobalt, we have achieved an important technological milestone,” member of the executive board for procurement at Porsche, Joachim Scharnagl said. “This innovation is a key step in advancing both circular economy principles and raw material resilience, always with the ambition of optimizing progress, quality and resource efficiency.”
