Lithium-ion Battery Charger
Products Description

The Lithium-ion battery charger is a high-performance DC fast-charging device developed for new energy applications, primarily used in electric vehicles, battery storage systems, and industrial power systems. This product focuses on high power output and high environmental adaptability, combining a modular power architecture and advanced heat dissipation technology to achieve an efficient, safe, and stable charging process. The entire unit utilizes high-strength structural materials and industrial-grade protection design, enabling long-term stable operation under complex climatic conditions and high loads. The system supports multiple communication protocols and remote management functions, facilitating integration with various battery management systems (BMS), making it a crucial power conversion and management device in new energy infrastructure construction.
Application Areas
| Highway service areas and public fast charging stations | Standard Battery Charging Cabinet provide high-power rapid charging from 120-480kW. |
| Urban public charging hubs | Modular Battery Charging Cabinet meets the high-frequency charging needs of taxis, ride-hailing vehicles, etc. |
| Dedicated charging stations in bus depots and logistics parks | Compact Battery Charging Cabinet provide high-power, centralized charging services for electric buses and heavy trucks. |
| Commercial complexes and park facilities | Enhance supporting services and attract customers. |

Technical features
Wide Capacity Compatibility
Portable Battery Charging Cabinet supports flexible configurations from 50kWh to 3MWh, compatible with various BMS protocols (CAN/RS485/Ethernet) for seamless integration.
01
Superior Battery Life Management
Compact Battery Charging Cabinet employs high-precision algorithms to guarantee ≥6000 cycles @ 80% cycle life, and reduces degradation rate by 15% through optimized charge/discharge curves.
02
Efficient Energy Management
Modular Battery Charging Cabinet achieves an energy density of 160Wh/kg through optimized internal architecture, while increasing space utilization by 20%, accommodating more battery cells within the same space.
03
Advanced Remote Maintenance
Supports OTA (Over-The-Air) remote upgrades, allowing maintenance personnel to update firmware without on-site visits, significantly reducing maintenance costs.
04

Detailed Display
Material Details
2.0mm aluminum-zinc plate seamlessly integrates with the main body material, with a smooth and flat surface for Standard Battery Charging Cabinet, free of burrs and seams, and shows no rust after 2000 hours of salt spray testing; the SGCC cold-rolled steel/304 stainless steel body has uniform thickness, strong impact and deformation resistance, balancing protection and aesthetics.
Assembly Details
Modular assembly design for Modular Battery Charging Cabinet, precise component interfaces, standardized wiring, no looseness or gaps, avoiding communication failures or performance degradation due to assembly errors; tightly installed seals fit the body structure, ensuring compliance with protection standards and preventing dust and moisture intrusion.
Heat Dissipation Details
A rationally designed independent air duct ensures uniform heat dissipation and rapid removal of internal heat; the liquid cooling module and charging module are tightly integrated, with rapid temperature control response, ensuring full-power operation at 45°C and stable start-up at -35°C, eliminating the risk of frost or ice buildup for Compact Battery Charging Cabinet.

contact us
If you are planning a new energy charging or energy storage project, we can provide high-performance Lithium-ion battery charger solutions. Please contact us for detailed information and professional selection support.
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