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Battery manufacturer Gotion is driving the electrification of international freight transport with the announcement of a new Europe-Africa logistics corridor.
Image: (c) AdobeStock
At the heart of the initiative is a roughly 1,240-mile (2,000 km) logistics route connecting Agadir in southern Morocco to Perpignan in southern France via the Port of Tangier. As one of the most vital trade arteries between Africa and Europe, the route is currently traveled by approximately 2,000 heavy-duty trucks every day. The goal of the project is to gradually electrify this corridor, significantly reducing the carbon footprint of cross-border freight.
At the heart of the initiative is a roughly 1,240-mile (2,000 km) logistics route connecting Agadir in southern Morocco to Perpignan in southern France via the Port of Tangier. As one of the most vital trade arteries between Africa and Europe, the route is currently traveled by approximately 2,000 heavy-duty trucks every day. The goal of the project is to gradually electrify this corridor, significantly reducing the carbon footprint of cross-border freight.
To bring this vision to life, Gotion, Green Power Morocco (GPM), and Chery Heavy Trucks are collaborating to form a joint venture. This partnership will oversee critical operations, including fleet management, energy infrastructure, and digital systems. In the initial phase, 100 heavy-duty electric trucks equipped with Gotion battery systems will be deployed. Further expansion will depend on infrastructure performance and operational data gathered during this first stage. Chery will contribute its extensive expertise in the development and production of commercial vehicles.
A key technological component of the project is the development of battery-swapping solutions, designed to minimize downtime and maximize logistical efficiency. Simultaneously, the partners are working on standardizing battery systems and lifecycle management to create long-term, scalable solutions. These efforts will be supported by advanced energy storage systems and intelligent dispatching software.
The project represents more than just the electrification of vehicles; it combines electric commercial vehicles, charging and swapping infrastructure, digital logistics management, and energy storage into a single, integrated ecosystem. Ultimately, the partners aim to establish a scalable model for low-emission transport corridors that can be replicated in other regions worldwide.