SEAT & CUPRA begins series production of battery systems for CUPRA Raval and VW ID.Polo
SEAT & CUPRA has started series assembly of battery systems at its Martorell plant, marking the final step before production of the CUPRA Raval electric car.
- 1,200
- 300,000
- 45 seconds
What Happened
SEAT & CUPRA has started series production of battery systems at its Martorell plant in Spain. The batteries will power the CUPRA Raval and the Volkswagen ID.Polo, both to be produced at this facility. The start of operations follows the plant's inauguration in December 2025 and is the final step before series production of the CUPRA Raval, which is expected to launch this summer.
1,200 batteries per daybatteries per day
One battery every 45 seconds, with up to 300,000 units per year.
“The start of production of series assembly battery systems marks a decisive milestone in the final stretch of the transformation of our company and takes us closer to the series production of the CUPRA Raval.”
The battery systems use the Volkswagen Group’s Unified Cell technology, which enables scalability across brands and regions. The E Box, the electronic control unit, is manufactured at SEAT & CUPRA’s El Prat Components facility. The battery assembly plant covers 64,000 m² and employs 500 people, with 11,000 solar panels providing 70% of its electricity.
Why this matters
This milestone supports local battery production in Europe, enabling the launch of affordable electric models like the CUPRA Raval and Volkswagen ID.Polo, and strengthens Martorell as a flexible plant.
Terms in This Story
- Unified Cell
- A standardized battery cell format developed by Volkswagen Group to be used across multiple brands and vehicle types.
- Cell-to-pack
- A battery design where cells are directly integrated into the battery pack without intermediate modules, improving efficiency and density.
- E Box
- The electronic control unit that manages and monitors the battery system's operation.
Summarised from the linked release; details can be imperfect — always verify against the original source.