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30kW EV DC Fast Charger Cabinet
Detailed Specifications
|
Power Rating |
30 kW DC fast charging integrated system |
|
Structure Type |
Outdoor freestanding heavy-duty cabinet |
|
Thermal Management |
Built-in high-efficiency air duct and thermal protection |
Process
Laser Cutting
Dedicated nitrogen cutting ensures zero oxidation layer on every workpiece.
CNC Bending
Advanced equipment guarantees precision at every step.
Automated Welding
Standardized welding robots deliver 10x manual efficiency with higher, more stable quality.
Surface Finishing
Options include as-machined, coating, surface treatment, heat treatment, and custom finishes.
Custom Logo
Customer-supplied logos can be printed directly on product surfaces.
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F.A.Q
01
What information is needed to customize an EV charger enclosure?
Provide charging system type, power rating, current, connector count, module dimensions, display size, mounting method, cable entry, cooling needs, target IP rating, material, order quantity, and installation site. For multi-gun or portable units, also specify cable length, weight, and mobility or maintenance requirements.
02
Do EV charger enclosures require thermal management and protection?
Yes. Charging modules and electrical components generate heat, requiring fans, heatsinks, vents, filters, or other thermal structures. Outdoor enclosures also require dust, water, drainage, sealing, and cable gland protections.
03
What is the difference between AC Type 1 16A and Level 2 50A charger enclosures?
They typically differ in charging interfaces, current ratings, or regional standards. Full differences require verifying connector types, input power, output current, cable specs, and target market standards rather than relying solely on product names.
04
What factors should be considered for a triple-gun 240kW EV charger cabinet?
Consider multiple charging connectors, output cables, connectors, power modules, cooling systems, total weight, and maintenance space. Verify simultaneous multi-gun operation and power allocation rules based on the complete charging system plan.
05
What are the differences among wall-mounted, floor-standing, and portable charger enclosures?
Wall-mounted enclosures suit fixed wall or facade installation; floor-standing models are freestanding and house more charging and cooling components; portable units prioritize weight, handles, cable storage, and mobility. Structural details depend on device dimensions and application scenarios.
06
What are the differences between 7kW, 22kW, 30kW, and 240kW charger cabinets?
These power ratings indicate different system configurations or models. The 7kW and 22kW wall-mounted units require focus on wall-mounting and internal space; the 30kW DC cabinet requires validation of power modules and cooling; the triple-gun 240kW cabinet focuses on multi-connector output, cabinet dimensions, and cable management. Refer to complete system specs for final ratings.
07
What components are mainly housed in a charger enclosure?
It accommodates charging modules, control boards, connectors, displays, metering units, circuit breakers, terminals, cables, and cooling components. The specific internal layout depends on the charging system model and equipment list.
08
What products are included in the EV charger enclosure series?
The series includes 7kW wall-mounted EV charger cabinets, 30kW EV DC fast charger cabinets, high-power floor-standing triple-gun 240kW EV charger cabinets, plastic-molded EV charger enclosures, AC Type 1 16A EV charger enclosures, 22kW wall-mounted EV charger cabinets, Level 2 50A EV charger enclosures, and 3.3kW portable EV charger cabinets.
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