Weltweit erste 100-MW-Schnellladestation für schwere Lkw in Sichuan, China, eingeweiht

The world’s first 100MW ultra-fast charging station dedicated to heavy-duty trucks has been officially launched in Sichuan, China, marking a seismic shift in the electrification of the logistics sector. This state-of-the-art facility is set to revolutionize the trucking industry by dramatically collapsing charging time, resolving the most critical bottleneck for the success of electric commercial […]

Ultra-fast charging station for electric heavy-duty trucks, featuring high-power chargers for commercial vehicles.

The world’s first 100MW ultra-fast charging station dedicated to heavy-duty trucks has been officially launched in Sichuan, China, marking a seismic shift in the electrification of the logistics sector. This state-of-the-art facility is set to revolutionize the trucking industry by dramatically collapsing charging time, resolving the most critical bottleneck for the success of electric commercial vehicles.


A New Frontier: Electrification of Commercial Freight

The electrification of heavy-duty trucks represents the third, and arguably most impactful, wave in the global transportation energy revolution. The prior waves—the successful adoption of electric buses/taxis (now dominating urban fleets) and the rapid mainstreaming of electric passenger cars—have established the technology. The current shift to electric heavy-duty trucks signifies a profound, large-scale transformation of the global logistics and freight economy.

China is spearheading this revolution with the unveiling of the 100MW ultra-fast charging hub. Spanning 70 acres and completed in a record 90 days from initial planning, the facility sets several global industry benchmarks:

  • Capacity Benchmark: 100 MW total power capacity design.

  • Ultra-Fast Bays: 18 dedicated ultra-fast charging bays, each delivering an unprecedented 1.44 MW of power.(Anengjienergy 1.44MW charging station)

  • High-Power Bays: 108 high-power liquid-cooled charging bays, each rated at 600 kW.

  • Operational Scale: Designed to serve up to 700 heavy-duty trucks daily.

  • Sustainability: Equipped with onsite generation, producing 5,000 kWh of green electricity each day for self-consumption.


The Necessity of Megawatt Charging: Three Market Drivers

The success of this new infrastructure is underpinned by three defining trends in the smart charging sector, driven by commercial necessity:

1. High-Reliability, Premium Charging Standards

As the EV ecosystem matures, the focus is shifting from simple access to superior experience and reliability. Commercial operators demand higher uptime, guaranteed safety, and seamless convenience. Features like instant charging initiation, contactless payments, und plug-and-charge authentication are moving from luxury features to essential operational requirements for fleet management.

2. Ultra-Fast Charging as a Revenue Imperative

For commercial fleets, time is revenue. Heavy-duty trucks typically operate under tight schedules, requiring 3-4 charging cycles daily. Reliance on traditional, slow charging methods translates to an unnecessary loss of 3–4 hours per day, resulting in a quantifiable 15-20% reduction in fleet operational efficiency. The deployment of Megawatt Charging System (MCS) infrastructure is not merely an upgrade; it is a necessity to maintain competitive operational demands.

3. Digital Integration and Fleet Synergy

The high digitalization inherent in electric trucks allows for unprecedented synergy between charging infrastructure and vehicle telematics. Industry leaders, including Huawei, have achieved seamless Interoperabilität between charging stations, vehicle OEMs, and logistics partners. This integration enables sophisticated fleet management functions, such as predictive charging planning, parking reservations, and automated, transparent billing.


Technical Breakthrough: “Five Minutes to 100 Kilometers”

The heart of this transformative station lies in the technological innovations that overcome thermal and power delivery challenges.

Huawei’s breakthrough liquid-cooling technology is central to the ultra-fast bays. By integrating the vehicle’s cooling system with the charging station’s thermal management capabilities, the system achieves direct and precise control over the battery temperature during high-power transfer.

  • Thermal Stability: This ensures stable and sustained charging power delivery at 1.44 MW.

  • Cost Reduction: The optimized thermal management contributes to an estimated 10% reduction in overall vehicle manufacturing costs.

Furthermore, the station leverages 3.5C battery technology, developed collaboratively with the ultra-fast charging alliance. This high-performance cell chemistry, paired with Huawei’s megawatt-level infrastructure, finally achieves the long-awaited operational metric: “Five minutes of charging for 100 kilometers of range.”


A Game-Changer for China’s Logistics and Green Goals

The new 100MW ultra-fast charging hub in Sichuan is the world’s most concentrated demonstration of these enabling technologies. Given that heavy-duty trucks form the backbone of China’s vast logistics system, this infrastructure is a crucial accelerator for the mass electrification of the freight sector.

As the electric truck fleet scales rapidly, the standardized rollout of such advanced charging infrastructure will be fundamental to helping China meet its ambitious green transportation mandates and stringent carbon reduction goals. The successful launch of this 100MW station signals that the industry is ready for massive commercial growth, with ultra-fast charging paving the way for a truly sustainable logistics network.

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