Industry Solutions

High Compatibility & Adaptability

Charging‑swap stations support multiple vehicle models and battery standards. They are deployable in urban areas, highway service zones and campus sites, flexibly satisfying diversified charging and battery‑swapping requirements.

Accurate Vehicle Positioning

Leveraging advanced visual recognition and robotic‑arm technologies, the station achieves fast and precise battery positioning and handling. It delivers smooth, high‑efficiency battery‑swap operations and substantially cuts service turnaround time.

Comprehensive Alarm‑Handling Mechanism

Built‑in real‑time monitoring systems trigger timely alerts upon anomalies and activate emergency‑response protocols. It safeguards site‑safe operation and records fault logs for follow‑up optimization and maintenance work.

User‑Friendly Interaction Experience

Its intuitive human‑machine interface supports convenient operations through touchscreens or mobile applications. Automated charging and swapping workflows help enhance end‑user satisfaction with reliable, hassle‑free services.

Composite Energy Supply

Combining direct grid access with optional photovoltaic and energy‑storage assets, the system delivers high‑efficiency shore‑power conversion via intelligent transformer‑based distribution. It accommodates diverse energy‑dispatching requirements for port applications and guarantees stable high‑power charging services.

Full‑Power Charging Matrix

This portfolio features integrated, split and liquid‑cooled split DC chargers, covering power ratings from 60 kW to 800 kW. It supports charging scenarios ranging from conventional battery‑powered vessels to high‑voltage fast‑charging for large cargo ships, and performs reliably under harsh port conditions such as high temperature and high humidity.

Ship‑Side Intelligent Collaboration

Cloud platforms and operation & maintenance (O&M) monitoring systems interconnect with ship‑end applications. They provide real‑time charging data, fault‑alarm notifications and remote start‑stop controls, enabling full‑chain digital management and energy‑efficiency optimization across the “ship‑connector‑grid” workflow.

Energy Supply Layer

The bottom‑tier layout supports a complete portfolio of AC chargers, integrated and split DC chargers, to accommodate varying power ratings and site‑space constraints for mining‑truck applications. Via standardized interfaces, the equipment seamlessly integrates with intelligent power distribution systems to deliver flexible, high‑efficiency charging services for mining haul trucks and other electric vehicles.

Charging Equipment Matrix

This bottom‑tier matrix includes a full lineup of AC chargers as well as integrated and split‑type DC chargers, fit for diverse power‑level and on‑site spatial scenarios. All devices connect seamlessly to intelligent power distribution systems through standard interfaces, providing flexible and efficient charging services for mining haul trucks and other electric vehicles.

User Interaction and O&M Layer

The upper‑right section integrates end‑user applications and operation & maintenance (O&M) monitoring platforms. It enables real‑time status monitoring of charging assets, remote device control, and fault alarm notifications. On the O&M side, operators can dynamically allocate resources and fine‑tune operational strategies to guarantee stable equipment performance and consistent service quality.

Power Supply Layer
The horizontal layout comprises AC chargers and integrated & split DC chargers, covering a complete power range from 7 kW to 480 kW. It precisely accommodates vehicle development at different phases, as well as requirements for charging protocol and performance testing.

Device Adaptation Layer

Multiple types of charging stations connect to vehicle OEMs’ test systems via standardized interfaces, supporting efficient verification and calibration of vehicle charging systems.

Testing Collaboration Layer

This modular framework reserves integration interfaces for photovoltaic and energy‑storage systems, enabling expansion into green‑energy test scenarios to satisfy automotive manufacturers’ forward‑looking demands for low‑carbon technology development.

Extended Compatibility

Flexible access ports for photovoltaic and energy‑storage assets are available for further function expansion, supporting diversified R&D validation requirements for automotive enterprises.

Energy Supply Layer

The bottom‑tier layout features a complete portfolio of AC chargers, integrated and split DC chargers to accommodate diverse power ratings and site‑space requirements. The equipment seamlessly interfaces with intelligent power distribution systems via standard interfaces, delivering flexible and high‑efficiency charging services for electric vehicles (EVs).

Charging Equipment Matrix

This matrix offers a full lineup of AC chargers as well as integrated and split DC chargers, well‑suited for various power‑level and site‑deployment scenarios. All devices connect seamlessly to intelligent power distribution systems through standardized interfaces, supporting reliable and efficient charging services for electric vehicles.

User Interaction and O&M Layer

The upper‑right section integrates end‑user applications and operation & maintenance (O&M) monitoring platforms. It supports real‑time charging‑station status monitoring, remote device control and fault alarm notifications. O&M teams can dynamically allocate resources and fine‑tune operational strategies to guarantee stable equipment performance and consistent service quality for commercial charging operations.