Charging Module Fan Baffle

This AC Charging Pile Enclosure is a metal shell box for a wall-mounted AC charging pile. It is a protective shell for new energy charging equipment. It has an integrated sheet metal structure with rounded corners and stainless steel hinges to open and close the door. The AC Charging Pile Cabinet has reserved instrument openings, cable passing holes, and component installation and fixing holes for built-in charging modules and circuit boards. , terminal blocks, display screens and other electronic control components; with dustproof, waterproof, anti-rust, anti-collision, and outdoor weather-resistant properties, it is widely used in household wall-mounted AC piles, residential property non-motor vehicle charging piles, and commercial low-speed vehicle AC charging equipment. The size, opening style, and color matching can be customized according to customer needs.

This Energy Storage Unit / Energy Storage Container / Energy Storage Box / Battery Pack for Electric Lawn Mower is designed specifically to house power battery packs for landscaping weeders. It features a robust, integrated structure formed through precision sheet metal bending and welding, with pre-configured mounting points for fasteners, as well as internal provisions for brackets, clips, and cable routing apertures; the design ensures high structural rigidity and excellent resistance to shocks and vibrations. Engineered for the demanding conditions of outdoor landscaping operations, the enclosure offers reliable basic waterproofing and dustproofing. It securely houses the battery pack, protecting the modules from external crushing or impact damage, while providing dedicated space for cable routing, assembly, and maintenance. Customization options—including logo printing and dimensional modifications—are available, making it ideal for use as a battery compartment in electric weeders, landscaping mowers, and lithium-powered garden equipment.

This EV Charging Station Main Unit Enclosure / EV Charger Main Enclosure is an integrated, high-power EV charging cabinet featuring a modular, three-section design comprising enclosed compartments and a dedicated maintenance access door. The cabinet doors incorporate large-area louvered vents to efficiently dissipate heat generated by the charging modules, ensuring stable, long-term operation. Internally, the unit is equipped with a standard modular mounting rack, allowing for the flexible arrangement of electrical components such as power modules, main control boards, terminal blocks, and fuses. The robust structure offers excellent load-bearing capacity and essential outdoor protection against dust and water, making it ideal for high-power DC charging installations at commercial charging stations, business park parking lots, and highway service areas. Customization options are available for dimensions, door configurations, cooling structures, and lock styles, with the ability to add viewing windows, cable entry compartments, and grounding assemblies as required.

The Charging Module Fan Baffle is a critical structural component for heat dissipation and protection within DC charging power modules. Specifically designed for air-cooled thermal management systems, it integrates multiple functions—including airflow guidance, dust protection, fan mounting, structural sealing, noise reduction, and airflow stabilization—making it an essential sheet-metal part that ensures the charging module operates reliably and with a low failure rate while maintaining a consistent temperature over the long term.  

Sheet Metal Stamping Embossment (or raised features) are core, integrally formed structural elements in precision sheet metal fabrication, created through processes such as material stretching, extrusion, and precision stamping. Requiring no additional welding, joining, or separate components, they are widely used in precision sheet metal assemblies—including telecommunications chassis, new energy battery packs, industrial control equipment, automation systems, and electric two-wheeler parts. These features serve multiple functions, such as structural reinforcement, precise positioning, limit-setting and error-proofing, spacing/clearance, anti-slip cushioning, and fastening support; they are critical for enhancing the structural stability, assembly precision, and overall system compatibility of sheet metal components.