BMW Group to Use CelestiAL Aluminium of EGA
BMW CelestiAL EGAAlu Web

BMW Group to Use CelestiAL Aluminium of EGA

Emirates Global Aluminium announced that BMW Group is the first customer for EGA’s CelestiAL aluminium, made with the power of the desert sun. EGA

Emirates Global Aluminium announced that BMW Group is the first customer for EGA’s CelestiAL aluminium, made with the power of the desert sun. EGA has supplied metal to BMW Group since 2013 for use in the German carmaker’s engines and other parts. EGA will supply 43,000 tonnes of CelestiAL aluminium to BMW Group per year. Using solar aluminium from EGA will reduce BMW Group’s emissions by 222,000 tonnes of CO2 per year.

BMW Group’s annual supply contract with EGA is worth a three-digit million-euro sum. EGA’s CelestiAL metal will cover almost half the annual requirements of Plant Landshut, the BMW Group’s only production facility for light metal casting in Europe. Last year, Plant Landshut produced 2.9 million cast metal components including engine parts such as cylinder heads and crankcases, parts for electric drive trains, and vehicle body parts.

EGA’s CelestiAL aluminium is made using electricity generated at the Mohammed Bin Rashid Al Maktoum Solar Park, located in the desert outside Dubai and operated by Dubai Electricity and Water Authority. EGA began production of CelestiAL earlier this month, the first time solar power has been used to produce aluminium commercially worldwide.

Producing aluminium is energy intensive, and generating electricity accounts for some 60 per cent of the global aluminium industry’s greenhouse gas emissions. The use of solar power significantly reduces the emissions associated with aluminium smelting.

EGA’s sourcing of solar power from the Mohammed Bin Rashid Al Maktoum Solar Park through Dubai’s electricity grid is tracked and traced through the use of the International Renewable Energy Certification System. The Mohamed Bin Rashid Al Maktoum Solar Park has a current installed capacity of some 1,013 MW with capacity to eventually reach 5,000 MW by 2030.

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