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VOLVO USES BLOCKCHAIN TECHNOLOGY FOR SUSTAINABLE BATTERY PRODUCTION

Volvo uses blockchain technology for sustainable battery production. Therefore, Volvo Cars are the first car manufacturers to commit itself to the highest level of transparency and guarantee that the raw materials for the battery, production, and recycling are sustainable.

The sustainable production of high-voltage batteries is one of the greatest challenges for manufacturers of electric vehicles. Volvo only uses lithium-ion batteries in its electrified models which last the entire life of the car.



Maximum transparency through blockchain technology

Sustainability begins with the extraction of rare raw materials, such as cobalt, which are needed for lithium-ion batteries. Volvo Cars are doing pioneering work here and are striving for maximum transparency as the world’s first automobile manufacturer. Thanks to blockchain technology, the origin of the raw materials can be traced back to the origin. In this way, Volvo Cars ensures that only sustainable and certified raw materials are used.

A blockchain is like a digital “book” that contains a list of data records that are linked to one another via cryptography. Every transaction within the supply chain is recorded and can no longer be changed.

The data in the blockchain contain specific information about the origin of the cobalt, i.e. attributes such as weight, size, and the certificate of conformity (CoC), etc., which prove that it complies with the OECD supply chain guidelines.

However, you don’t need new systems to efficiently implement such blockchain applications. The technology exists; therefore, the implementation can be way easier and safely at a lower cost.

Blockchain is the technology that underpins Bitcoin and other cryptocurrencies but is also much more than that. There are many opportunities to use blockchain across the automotive industry that can transform products, services, and processes. Contact Codezeros and learn how to utilize the power of Blockchain in automotive industry.

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