The transition to electric vehicles and clean mobility technologies represents a significant change for the automotive industry and global logistics. Specifically in Mexico, this process offers both opportunities and challenges that must be addressed strategically, according to specialists.

Javier Valadez, Director of Operations at PACCAR Mexico , highlighted that decarbonization encompasses more than electrification, including technologies such as natural gas and hydrogen engines.

During his participation in the Automotive Logistics & Supply Chain Mexico , he stressed that the success of the transition depends largely on logistics , since different business models require specific solutions to decarbonize their operations.

For his part, Juan Cerdeira, CEO of SEV Mexico , said that the transition to electric mobility is inevitable and that his company is focused on the development of an integral ecosystem , from the manufacturing of solar panels to the assembly of batteries and vehicles.

“Mexican customers, like any other, are looking for the best return on investment when investing in clean energy,” he said.

He also highlighted that the standardisation of information and components will be crucial in the coming years to optimise costs and processes in the supply chain.

Logistical challenges

Christian Moser, Global Solutions Manager e-Mobility at DB Schenker , noted that supply chains need to be resilient and flexible, especially in the context of electric vehicle production.

“The battery supply chain is critical as it is the most expensive and essential component for the production of electric vehicles,” he said.

He added that due to the lack of global standards in their storage and transportation , costs and complexities increase, particularly in land and air transport.

In this regard, David D’Anunnzio, Global Vice President of DP World , addressed another crucial logistical aspect: the transport of electric vehicles in containers .

The specialist pointed out that, although electric vehicles are heavier than traditional vehicles, the use of specialized racking systems can reduce transportation costs.

He also stressed the importance of ensuring adequate battery charge levels during transport, as any failure could cause delays.

D’Anunnzio also anticipated that the adoption of solid-state batteries, expected between 2026 and 2030, will significantly transform the industry.

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El cargo ENERGY TRANSITION AND ITS LOGISTICAL CHALLENGES apareció primero en T21.

BMW Group has announced the opening of a new body stamping center at its plant in Spartanburg, South Carolina (United States), as part of a $200 million investment. This development coincides with the plant’s 30th anniversary celebration.

Milan Nedeljkovic, member of the Board of Management of BMW AG, highlighted the importance of this expansion for the company.

“After 30 years of successful production, we are expanding our commitment even further. By the end of 2026, production of all-electric Sports Activity Vehicles (SAVs) will begin here in Spartanburg, a new step to strengthen our global resilience,” Nedeljkovic highlighted.

The stamping center has technology capable of producing up to 10 thousand pieces per day . It includes a modern line of presses that use advanced techniques to optimize quality and efficiency in the production of body parts.

As part of its approach to sustainability , BMW has implemented an aluminum scrap recycling system and uses hydrogen fuel cell technology to power part of its logistics operation.

The company has also broken ground on a new battery assembly plant in Woodruff, South Carolina, which will supply electric vehicles produced in Spartanburg.

During the opening ceremony, the fourth-generation BMW X3 was also revealed to the public . This model is one of the company’s best sellers in the United States and worldwide.

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El cargo BMW Invests Millions to Transform Production in South Carolina apareció primero en T21.