Bmw Battery Assembly Hungary

BMW to Invest Euro 2 Billion in Battery Assembly Plant in Hungary

The BMW Group is making a significant-voltage battery assembly for the cars of the NEUE KLASSE at its web site in Hungary. The battery assembly will be found on the website of the Debrecen vehicle plant, which started out construction about 6 months ago. The business will produce additional than 500 additional careers and devote around two billion euros in the development and start of the full plant by the finish of 2025.

Bmw Battery Assembly Hungary

The assembly of high-voltage batteries will be located on the web page of the Debrecen auto plant. Markus Fallböhmer, Senior Vice President of Battery Production at the BMW Team, describes: “The BMW iFACTORY is also about ensuring limited distances for logistics. The shut backlink involving battery assembly and car or truck manufacturing is element of our tactic.”

In Debrecen, the upcoming-technology spherical battery cells will be assembled into a battery housing – a metal frame, which is afterwards integrated into the underbody of the vehicle. The formal commence of generation for the sixth technology large-voltage batteries will be in 2025 – in parallel with the get started of auto creation. All batteries for the autos from Plant Debrecen will be assembled on web page. The new production facility will increase about an region of about 140,000 sq m. Building get the job done a short while ago commenced.

Bmw Battery Assembly Factory Hungary

The BMW Team is especially focused on retaining the carbon footprint and intake of methods for manufacturing as low as possible, beginning in the source chain. Cell brands will use cobalt, lithium and nickel that include things like a proportion of secondary materials, i.e. uncooked elements that are not recently mined, but already in the loop, in manufacturing of battery cells. Blended with the dedication to use only green energy from renewable energies for creation of battery cells, the BMW Group will lessen the carbon footprint of battery cell manufacturing by up to 60 p.c.