Scania Unveils the Megawatt Charging System
Megawatt Charging System is up to two times faster than today's CCS2 standard, promising an 80 percent battery charge in less than 30 minutes.
Scania, an innovative leader in transport solutions, has announced the launch of its Megawatt Charging System (MCS) designed for electric trucks. With commercial availability set to start in the near future, this solution aims to enhance the logistics of heavy-duty transport significantly.
MCS is engineered to charge heavy trucks at a remarkable rate, offering a consistent current of up to 3,000 amperes. To spearhead this movement, Scania’s first model will deliver a robust 1,000 amperes of charging power. Thanks to this efficiency, trucks can charge from 20 percent to 80 percent capacity in under 30 minutes, making it a seamless fit for drivers during their rest or break periods. This shift in charging technology is not only a leap forward for electric freight but also propels the notion of long-haul electric transport into a viable business model.
Utilizing MCS, Scania's trucks can receive power at levels approaching 750 kW, effectively doubling the charging speed customary with today's CCS2 standard. Despite its high-capacity, MCS is designed with safety in mind, featuring advanced liquid-cooled connectors and sophisticated communication protocols that ensure a stable and predictable charging experience.
According to Daniel Schulze, Head of Scania eTruck Solutions, "At Scania, our commitment to innovation drives us to develop high-capacity charging solutions for trucks like MCS, allowing them to recharge at a rapid pace. This technology is integral to achieving operational efficiency and supports our broader goal of making sustainable transport a feasible option for everyone. With MCS-equipped trucks available soon and a solid charging infrastructure in place across Europe, we're building a foundation for a more efficient and eco-friendly transport system."
The Efficiency of MCS in Heavy Transport
MCS not only amplifies charging speed but also addresses the key cost concerns during the electrification transition, tackling pricing inequalities and optimizing the time necessary for charging. The dedication of TRATON Charging Solutions, Scania’s eMobility Service Provider, ensures that this technology caters to both public and private charging needs, allowing operators to recharge economically and quickly. Petra Sundström, Managing Director of TRATON Charging Solutions, emphasizes the necessity of swift, accessible charging to ensure the viability of electric heavy vehicles.
"For electric heavy vehicles to thrive, it’s crucial to have rapid, accessible charging solutions at fair prices. MCS technology facilitates this requirement, which in turn enhances operational efficiency while promoting sustainability in the transport sector,” she notes.
Future Roadmap for MCS
Scania plans to make its MCS-equipped electric trucks available for order soon, with substantial efforts underway to enhance the charging network across Europe. There are major initiatives to establish critical MCS corridors along major transport routes by the coming years, ensuring robust support for electric trucking.
Moreover, Scania collaborates on the Milence initiative aimed at establishing 1,700 high-performance charging stations throughout Europe by 2027. This initiative aligns with existing regulations governing alternative fuel infrastructures, allowing operators efficient, dependable charging solutions for extended logistics operations.
As Jorge Soria Galvarro, Senior Technical Adviser for Charging Infrastructure at Scania, points out, reliable charging options are essential for drivers and can mitigate delays, positioning electric trucks as a competitive alternative to diesel options, all while aspiring toward solving global climate challenges.
Scania, recognized for its customer-focused approach and strong leadership, continues to drive progress in the electrification of heavy transport. From understanding transport needs to planning and maintaining charging infrastructures, they serve not only as innovators but as trusted partners in this transition. Close collaboration with various stakeholders underscores Scania’s commitment to fostering smarter transport solutions.
Join Us for the MCS Launch Event
Scania invites you to be part of the launch event for MCS, set to occur soon. Attendees can witness a presentation led by industry leaders at a prominent venue, diving deeply into what MCS means for the future of electric transport. After the presentation, there will be opportunities for discussions and interviews, bringing together perspectives from various sectors of the industry.
In addition, notable panel discussions focusing on the enabling conditions for heavy-duty vehicle charging will occur, featuring various representatives from various organizations. It’s a vital moment for the industry to explore how to advance the widespread adoption of electric heavy vehicles and discuss strategies to construct a more sustainable transport network.
For further information, please contact:
Alexandra Österplan
E-mobility Marketing Communication Manager
Phone: +46 735 667 121
Frequently Asked Questions
What is the Megawatt Charging System (MCS)?
The MCS is a rapid charging solution designed for heavy electric trucks offering charging speeds up to two times faster than current standards.
When will Scania's MCS be available?
Scania plans to make MCS-equipped trucks available for order in early 2026.
What are the advantages of MCS for drivers?
MCS allows trucks to charge much faster, ensuring that drivers can conveniently recharge their vehicles during legally mandated breaks.
How does MCS contribute to sustainability?
The MCS aims to make electric trucks a practical alternative to diesel by facilitating efficient and reliable charging, supporting broader sustainability goals in transportation.
Is Scania working on broader infrastructure for electric vehicles?
Yes, Scania is collaborating to establish extensive charging infrastructure across Europe to support the usage of electric trucks.
