Akmal Azhar
Launch of the World’s First 100 MW Charging Hub
On August 24, 2025, Huawei marked a significant milestone in sustainable logistics with the launch of the first-ever 100 megawatt (MW)-class supercharging hub specifically designed for heavy-duty electric trucks. Located in Sichuan Province’s Beichuan region, the demonstration facility was developed in partnership with Sichuan Yuanqi Xingguang Digital Energy Technology, covering approximately 11.5 acres with an investment of around $20.9 million.
Charging Capacity and Facilities
The station features 18 ultra-fast charging bays, each delivering 1.44 MW, along with 108 additional bays offering 600 kW of liquid-cooled charging power. Collectively, the hub can service up to 700 electric trucks per day, with a daily charging volume surpassing 300,000 kWh.
Advanced Megawatt Supercharging Technology
At the heart of the facility is Huawei’s “Megawatt Supercharging” technology, supporting “3.5C” high-rate charging for next-generation heavy-duty trucks. Drivers can gain 100 km of range in just five minutes, while trucks with 400 kWh batteries can reach 80 percent charge in about 15 minutes.
Economic Benefits for Truck Operators
The hub offers substantial cost savings for fleet operators, potentially reducing expenses by about 1.5 yuan per kilometer, or $0.21 per mile. This equates to roughly $21,000 USD saved annually per vehicle, enabling companies to recover truck costs within three years.
Energy Infrastructure and Microgrid Integration
Beyond charging, the facility integrates nearly 1 MW of solar photovoltaic panels, paired with 215 kWh wind-liquid energy storage units. Together, they form a microgrid architecture—“source-grid-load-storage”—capable of running independently or in sync with the main grid, ensuring stability and reducing strain during high-demand periods.
Virtual Power Plant Technology
The station employs Virtual Power Plant (VPP) capabilities, allowing smart coordination with the grid. By aggregating renewable energy sources and optimizing charging schedules, the hub enhances energy efficiency while generating additional revenue streams.
Environmental Impact and Carbon Reduction
The PV-storage-charging integration is expected to produce around 5,000 kWh of clean energy daily. With heavy-duty trucks powered through this hub, carbon emissions could be reduced by up to 45,000 tons annually, equal to removing nearly 10,000 passenger cars from the road.
Shaping the Future of Freight Electrification
Huawei’s 100 MW supercharging hub represents the start of a new era in logistics, addressing the key challenge of slow charging for electric heavy-duty trucks. By combining fast charging, renewable integration, and smart grid technologies, the facility sets a benchmark for electrified freight solutions worldwide.
Yusri Ng
