Low - Power Battery Charging Cabinet
Products Description
The Low - Power Battery Charging Cabinet is a modular charging device designed specifically for distributed charging scenarios, providing safe and controllable low-power charging services for electric vehicles. This product is primarily used in locations with strict requirements for power load management, such as underground parking lots in residential areas, office building parking lots, and shared office spaces. It enables multiple vehicles to charge simultaneously through intelligent power distribution without impacting the existing power grid.
Product Advantages
Low Power Capacity Expansion Costs: Standard Battery Charging Cabinet fully utilizes existing power capacity through power pool technology, reducing or eliminating expansion investment.
High Deployment Flexibility: Modular Battery Charging Cabinet can be deployed in locations with limited power capacity, requiring no large-scale infrastructure modifications.
Low Operating Costs: Low-power operation of Compact Battery Charging Cabinet reduces line losses and transformer losses, lowering overall operating costs.
Design Advantages
Grid-Friendly and Lightweight
Low-power input compatible with residential 220V power grids, eliminating the need for a dedicated transformer; compact and lightweight design, small footprint, easy installation, Portable Battery Charging Cabinet suitable for community/industrial park space constraints.
Modular Integration and High Efficiency
Deep integration of charging module, control unit, cooling system, and monitoring module into a single unit reduces external connection nodes, lowers the risk of failure, and improves system stability and ease of maintenance for the Stationary Battery Charging Cabinet.
Wide-Temperature Adaptive Thermal Management
Designed with dedicated airflow ducts and a forced-air cooling system for a High-Power Battery Charging Cabinet tailored to the thermal characteristics of the charging module and battery, combined with wide-temperature electronic components, ensures stable internal temperature differences under extreme temperature conditions, extending the lifespan of components and batteries.
Material composition
Cabinet Main Body Material
Made of high-quality cold-rolled steel plate/aluminum alloy profiles, treated with phosphate rust removal, electrostatic powder coating/anodizing. Uniform wall thickness, impact-resistant, deformation-resistant, corrosion-resistant, and weather-resistant, Standard Battery Charging Cabinet is suitable for long-term outdoor/semi-outdoor use.
Insulation Protection Materials
Modular Battery Charging Cabinet internally uses V0-grade flame-retardant insulating partitions, high-temperature resistant insulating pads, and fireproof wire harness grooves. High insulation strength, good flame retardancy, and aging resistance, meeting UL and IEC safety standards.
Conductive Connection Materials
Compact Battery Charging Cabinet's Internal busbars and connectors are made of high-purity tin-plated copper, with excellent conductivity, low contact resistance, and strong oxidation resistance; charging cables are high-temperature resistant, flame-retardant multi-strand copper core wires.
contact us
For customization, sample requests, bulk quotations, or technical solutions for Low - Power Battery Charging Cabinet adapted to low-voltage new energy vehicles, please contact us. Our professional team provides supporting design and technical assistance.
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