Lithium Ion Battery Charging Cabinet
This lithium battery charging cabinet is specifically designed for new energy vehicles, commercial vehicle fleets, and special engineering equipment. It integrates high-voltage fast charging, micro-environment temperature control, and a multi-level thermal runaway protection topology to ensure efficient power replenishment and all-time safety under harsh operating conditions.
- Fast Delievery
- Quality Assurance
- 24/7 Customer Service
Product Introduction
What is a lithium battery charging cabinet?
This industrial-grade intelligent lithium battery charging cabinet integrates high-efficiency charging, active fire protection isolation, and real-time safety monitoring. It adopts a flame-retardant and explosion-proof enclosure and an intelligent thermal management system, supporting multi-channel independent adaptive charging. It can provide immediate warning and power cut-off in the early stages of battery thermal runaway, offering high-safety charging and storage protection for new energy vehicle fleets and maintenance scenarios.
Superior Manufacturing and Craftsmanship of Explosion-Proof Charging Cabinets
Process Characteristics 01
Laser CNC Cutting And Integrated Bending
Process Characteristics 02
Robotic Continuous Shielded Welding And Structural Reinforcement
Process Characteristics 03
High-Standard Full-Process Quality Control
lithium battery charging cabinet main functions
Intelligent Load Allocation
The Battery Charging Cabinet for Electric Vehicles dynamically adjusts the output power of each channel based on the real-time load of the plant's power distribution network, supporting time-of-use charging during peak and off-peak hours to reduce costs and increase efficiency.
Cloud-based IoT Operation and Maintenance
The Electric vehicle charging cabinet supports access to an enterprise-level cloud platform via 4G/5G or Ethernet, enabling remote equipment status inspection, fault log diagnosis, and OTA firmware updates.
12-fold Comprehensive Electrical Protection
The battery charging cabinet for Electric Vehicles provides comprehensive safety protection against overvoltage, undervoltage, overcurrent, short circuit, reverse connection, abnormal insulation resistance, overtemperature, and air duct blockage.
Main application scenarios of battery charging stations
Used for battery pack discharge testing, safe recharging, and temporary safety isolation of faulty batteries during the repair phase.
Provide support for batch tiered charging and high-frequency cyclic use, ensuring fleet uptime.
Provide high-level charging explosion-proof barriers for battery pack R&D and extreme performance testing.
Have Any Questions About Our Company
Xiamen Apollo Stamping & Welding Technology Co., Ltd. focuses on three strategic areas: new energy vehicles, photovoltaics, and energy storage. For the floor-standing charger sectorWith metal processing technology at its core, it provides intelligent manufacturing services for key components throughout the entire process, from precision stamping and welding to assembly. With 12 years of industry experience, it offers rapid response and contributes to the upgrading of the global green energy industry.
Do you support size and interface customization (OEM/ODM)?
Fully supported. We can provide complete engineering customization based on your battery pack shape, interface, power (fast/slow charging modules), and communication protocol (CAN/Modbus).
How to prevent a chain reaction in the event of thermal runaway within the compartment?
Relying on independent compartment isolation and directional exhaust, combined with early gas detection and automatic fire suppression systems, power is cut off, physical cooling is implemented, and oxygen is eliminated in the initial stage to prevent heat dissipation.
'Dehumidification amount',as the name suggests,is the sum of the air moisture content that a dehumidifier can handle under the standard 'space,temperature and humidity environment,and time'.
How to connect to the factory's EMS or SCADA system?
Open standard RS485, Ethernet, and MQTT interfaces allow for seamless integration with third-party industrial control and energy management platforms.
Is the charging cabinet waterproof and dustproof? Can it be deployed directly outdoors?
The cabinet features an IP54/IP65 rated sealing structure and a rainproof eaves design. Combined with an anti-corrosion coating and a temperature control and anti-condensation system, it can be deployed directly outdoors or in semi-open-air locations.
Contact Us
If you are planning projects for new energy vehicle charging stations, fleet energy management systems, or new energy infrastructure, we offer comprehensive, one-stop support-ranging from equipment selection and technical solutions to custom manufacturing. Contact us to obtain DC fast charging solutions tailored to your project requirements.
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