TSLA417.26013.15%
GM76.1403.51%
F13.2100.1497%
RIVN13.7300.83%
CYD53.6603.24%
HMC25.8700.55%
TM189.9404.47%
CVNA64.9201.57%
PAG158.9802.52%
LAD271.11014.02%
AN184.6706.08%
GPI315.2009.73%
ABG182.8305.33%
SAH73.6900.82%
TSLA417.26013.15%
GM76.1403.51%
F13.2100.1497%
RIVN13.7300.83%
CYD53.6603.24%
HMC25.8700.55%
TM189.9404.47%
CVNA64.9201.57%
PAG158.9802.52%
LAD271.11014.02%
AN184.6706.08%
GPI315.2009.73%
ABG182.8305.33%
SAH73.6900.82%
TSLA417.26013.15%
GM76.1403.51%
F13.2100.1497%
RIVN13.7300.83%
CYD53.6603.24%
HMC25.8700.55%
TM189.9404.47%
CVNA64.9201.57%
PAG158.9802.52%
LAD271.11014.02%
AN184.6706.08%
GPI315.2009.73%
ABG182.8305.33%
SAH73.6900.82%

Samsung SDI inks multi-year EV battery supply deal with Mercedes-Benz

Samsung SDI will supply high-nickel NCM batteries for Mercedes-Benz’s next-generation EVs, marking its first agreement with the automaker.

Samsung SDI inks multi-year EV battery supply deal with Mercedes-Benz

Courtesy | Samsung Newsroom

On the Dash:

  • Expanding battery partnerships signal continued acceleration of EV product pipelines from legacy automakers.
  • High-nickel battery chemistry points to ongoing focus on range and performance improvements in upcoming EVs.
  • Long-term supply deals reinforce stability in future EV production planning, even as demand trends fluctuate.

On April 20, Samsung SDI signed a multi-year agreement with Mercedes-Benz to supply EV batteries, marking Samsung SDI’s first EV battery supply agreement with the German automaker.

Although the financial terms and total volume of the agreement were not disclosed.

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Under the agreement, Samsung SDI will supply batteries featuring high-nickel NCM (nickel, cobalt and manganese) chemistry. The batteries will power Mercedes-Benz’s next generation of EVs, supporting the company’s ongoing electrification strategy.

Mercedes-Benz plans to use the batteries in future compact and mid-size electric SUVs and coupe models, according to Samsung SDI.

The companies did not disclose a timeline for deployment or production ramp-up.

The agreement reflects ongoing efforts by global automakers to secure long-term battery supply as competition intensifies in the EV market. Demand for high-performance battery chemistry continues to shape partnerships between automakers and battery manufacturers.

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