Logistics for electric vehicles: challenges and solutions for transport and storage
As electric vehicles (EVs) become increasingly widespread, the logistics sector is also adapting to the evolving automotive market, seeking solutions tailored to the specific needs of this type of vehicle. In this article, we explore how electric vehicle logistics works, the main challenges in the sector, and the solutions adopted by the most innovative operators.
How does the transport of electric Vehicles Work?
The transport of electric vehicles follows dynamics similar to those of traditional vehicles, but with a few important differences. EVs are moved using car carriers or specialized transporters, with particular attention to:
- Battery status checks before loading and after unloading
- Route planning to avoid extreme temperatures that could affect battery performance
- Use of dedicated loading equipment compatible with the weight and structure of electric vehicles
Additionally, the pre-delivery inspection (PDI) process—which involves checking vehicle functionality before delivery—includes battery charge level verification in the case of electric vehicles.
What are the challenges?
EV logistics involves several operational and technical challenges:
- Higher weight compared to internal combustion engine (ICE) vehicles, impacting transport capacity
- High-voltage battery management, which requires specialized staff training
- Safety risks, especially if the battery is damaged during handling
- Lack of charging infrastructure at logistics hubs
- Evolving regulations, requiring constant updates on safety and sustainability compliance
How does It differ from traditional vehicle logistics?
EV logistics differs from traditional vehicle logistics in several key ways:
- Greater focus on thermal management: batteries are sensitive to temperature fluctuations, especially during storage
- Continuous tracking of vehicle status, particularly battery charge level and health
- Need for charging stations at logistics centers, which are often missing from depots designed for ICE vehicles
- Specific safety requirements for the transport of lithium battery-powered vehicles, which are considered hazardous materials under certain conditions
Storing electric vehicles: what to consider
Storing EVs requires a different approach compared to traditional vehicle storage. Operators must consider:
- Optimal charge level to prevent battery degradation
- Controlled ventilation and temperature to avoid overheating
- Continuous battery monitoring, with alarm systems for any anomalies
- Dedicated areas for damaged vehicles or those at risk of fire
A logistics yard equipped for e-mobility features sensors, advanced management software, and specially trained personnel.
Key solutions for moving electric vehicles
To overcome the challenges of EV logistics, many companies are adopting innovative solutions:
- Remote diagnostic systems to monitor vehicle status throughout all logistics phases
- Fast-charging networks at logistics yards
- Standardized procedures for the safe handling of batteries
Our transport service has been carefully designed to ensure the safety of electric vehicles. Thanks to highly trained personnel, next-generation car carriers, and state-of-the-art logistics yards, we guarantee secure and efficient transport and storage of electric vehicles.