Heavy-duty truck charging stations are specialized facilities designed for charging heavy-duty trucks, serving as critical infrastructure for the operation of new energy heavy-duty vehicles. Equipped with high-power DC charging piles, they enable fast charging, replenishing large amounts of energy for vehicles in a short time and significantly improving the operational efficiency of heavy-duty trucks.
Boasting a high protection rating, these stations operate stably even in harsh environments. They integrate intelligent monitoring and scheduling functions, and can precisely adapt charging parameters to vehicle requirements, thereby reducing fleet operational costs.
Charging Modules: Utilizing high-efficiency power conversion technology with high power density, these modules convert input AC power into DC power suitable for electric vehicle charging. The power of individual modules can be flexibly configured based on actual needs, combining to form the total charging power.
Charging Guns and Cables: Equipped with standard-compliant liquid-cooled charging guns and cables, which are thinner and lighter for easier user operation while enhancing charging safety and stability.
Control Systems: Intelligent control systems monitor and manage the entire charging process. They collect real-time operational data from charging piles, support communication with backend management systems, and enable functions such as remote monitoring, fault diagnosis, and data analysis.
Power Distribution Equipment: Including transformers and switchgear, this equipment converts high-voltage grid power into voltage levels suitable for charging piles and provides stable, reliable power supply. Proper configuration ensures charging piles operate normally under various working conditions while meeting grid connection requirements.
Ultra-High Charging Power: The charging power of the piles is significantly higher than that of standard passenger vehicle chargers. This high power drastically shortens charging time, meeting the demand for rapid energy replenishment in heavy-duty trucks with large battery capacities, improving operational efficiency, and ensuring on-time deployment.
Liquid-Cooled Heat Dissipation: A liquid-cooled circulation system uses coolants with high specific heat capacity to directly contact heat sources, quickly transferring heat to external cooling equipment. Compared to traditional air-cooled piles, this technology offers higher heat transfer efficiency and faster cooling, effectively enhancing fast-charging capability while reducing operational noise.
Flexible Dual-Gun Design: The dual-gun configuration supports two modes: simultaneous charging with both guns (enabling full-power operation for ultra-fast charging) or single-gun charging for two vehicles simultaneously, flexibly meeting charging needs in different scenarios.
Intelligent Power Distribution: Adopting an advanced intelligent power distribution framework with site-level flexible power-sharing functionality, it meets the individual charging requirements of multiple vehicles charging simultaneously.
High Protection for Complex Environments: Heavy-duty trucks often operate in harsh environments such as ports, mines, and construction sites. These charging stations feature excellent dustproof, waterproof, and corrosion-resistant performance, ensuring stable operation in complex conditions.
User-Friendly Operation and Safety Protection: Supporting VIN code-activated charging, no app or card swiping is required—simply plugging in the gun enables vehicle identification and charging initiation. Additionally, built-in protection devices (e.g., overcurrent, overvoltage, and short-circuit protection) ensure charging safety.
Ports and Intermodal Terminals
Provide critical support for high-frequency container trucks at major hubs of large ports. These charging stations meet the needs for centralized and rapid energy replenishment, match the high-intensity operational rhythm of port logistics, and align with "green port" initiatives.
Mining and Quarry Sites
Designed to withstand extreme environments, suitable for scenarios such as iron ore mines in the Scandinavian Peninsula and oil sand mining areas in North America. Charging stations with high protection ratings provide uninterrupted power support for heavy-duty transport vehicles, ensuring 24/7 mining operations.
Logistics and Distribution Hubs
Serve freight centers in industrial clusters. Given the high volume of truck traffic, these charging stations support batch charging to reduce downtime and improve the efficiency of e-commerce and retail supply chains.
Highway Service Plazas
Strategically located along major highway routes to provide mid-journey energy replenishment for long-haul trucks. This setup alleviates range anxiety in cross-border transportation or port-to-port shipping, facilitating the transition to electric fleets.
Agricultural Logistics Hubs
Designed specifically for rural and agricultural areas, catering to heavy-duty vehicles that are indispensable to local agricultural production. These charging stations support operations in remote areas or off-grid scenarios.