DC Fast Charger Enclosure

EUROSTARK DC Fast Charger Enclosure is a product in the field of EV charger housing / DC fast charger enclosure / aluminum die casting housing / EV charging equipment / power electronics enclosure / thermal management / EV charging station enclosure / aluminum die-cast enclosure / EV charging station components / power electronics equipment enclosure, manufactured and supplied by EUROSTARK Joint Stock Company to EV charging station manufacturers, power electronics equipment manufacturers, energy systems companies, EV infrastructure providers, and entities requiring metal enclosure fabrication for DC fast charging equipment.
The product is used as a protective structure for power modules, control boards, electrical components, cooling components, and other internal components of DC fast chargers. The enclosure is developed to ensure structural rigidity, ease of assembly, thermal dissipation support, and equipment protection in industrial or outdoor operating environments.
Production is based on charging station dimensions, equipment power rating, module structure, aluminum alloy type, technical drawings, tolerances, assembly locations, thermal management requirements, surface treatment methods, environmental conditions, and projected production volume for each project.

1. Key Features of the Product

EUROSTARK develops products by combining High Pressure Die Casting, CNC machining, alloy control, surface finishing, and quality inspection, suitable for enclosure components with large dimensions or complex structures.
High-pressure die casting technology supports the formation of components with reinforcing ribs, mounting surfaces, heat dissipation areas, and integrated structures necessary for EV charging systems.
After the casting process, precision-critical areas such as mounting surface, threaded hole, connector position, sealing surface, or module interface can be CNC machined according to customer drawings.
Material and alloy composition are controlled to maintain stability during casting, machining, and product use.

2. What Needs Does the Product Meet?

- DC fast charger enclosure.
- EV charging station housing.
- DC fast charger enclosure.
- Charging cabinet.
- Power module enclosure.
- Power electronics equipment enclosure.
- Aluminum enclosure for EV charging systems.
- Die-cast components for charging stations.
- Housing requiring integrated thermal management.
- Housing requiring precision CNC machining.
- Outdoor equipment enclosure.
- OEM components according to drawings.
- Mass production of aluminum die-cast components.
- EV charging infrastructure systems.
- Power electronics equipment.

3. Consultation and Production Process

The process may include:
- Receiving drawings and technical requirements.
- Product structure analysis.
- Determining dimensions and tolerances.
- Selecting suitable aluminum alloy.
- Evaluating high-pressure die casting requirements.
- Identifying areas requiring CNC machining.
- Analyzing thermal management requirements.
- Determining surface treatment options.
- Mold development.
- Trial casting and product inspection.
- CNC machining of functional areas.
- Dimension and quality inspection.
- Surface finishing.
- Mass production.
- Packaging and delivery.

3.1. Selection Criteria

The solution should be based on:
- Overall housing dimensions.
- Charging station power rating.
- Internal module structure.
- Aluminum alloy type.
- Product wall thickness.
- Mechanical property requirements.
- Thermal management requirements.
- Number of reinforcing ribs.
- Component mounting locations.
- Connector positions.
- Machining tolerances.
- Sealing requirements.
- Indoor or outdoor installation conditions.
- Surface treatment method.
- Projected production volume.
- Quality inspection standards.
- Customer's OEM requirements.

3.2. Key Specifications and Characteristics

- Product: DC Fast Charger Enclosure.
- Supplier: EUROSTARK Joint Stock Company.
- Country: Vietnam.
- Type: EV Charger Housing / DC Fast Charger Enclosure.
- Material: Aluminum alloy according to project requirements.
- Main Technology: High Pressure Die Casting.
- Post-casting Machining: CNC Machining.
- Function: Protects and secures modules, electrical, and electronic components.
- Support: Thermal management.
- Machining: Mounting surface / threaded hole / connector position / interface.
- Finishing: Surface finishing as required.
- Inspection: Dimension / material composition / quality inspection.
- Application: DC fast charger / EV charging station / charging cabinet / power electronics equipment.
- Product configuration: Determined by drawings and customer requirements.
- Production Method: OEM / custom manufacturing.
- Production volume: Determined by project.

3.3. Information Required from Customers

- 2D or 3D drawings.
- Product dimensions.
- Type of charging station.
- System power rating.
- Type of modules to be installed inside.
- Material requirements.
- Tolerances.
- Wall thickness.
- Assembly locations.
- Threaded hole and connector positions.
- Thermal management requirements.
- Sealing requirements.
- Working environmental conditions.
- Surface treatment requirements.
- Inspection standards.
- Monthly or annual production volume.
- Packaging and delivery requirements.

3.4. Product Inspection and Evaluation

Before production, it is necessary to evaluate drawings, structure, wall thickness, rib locations, heat concentration areas, and metal filling capability during the casting process to determine the appropriate production method.
After casting, it is necessary to inspect appearance, dimensions, assembly locations, and areas requiring precision machining. Functional surfaces must be checked against tolerances on the drawings after the CNC process.
For products used outdoors or requiring component protection, it is necessary to further evaluate the surface, sealing structure, and finishing options suitable for actual operating conditions.

4. Benefits for Customers and Businesses

The use of aluminum high-pressure die casting helps businesses create housings with relatively complex structures, integrating multiple functions into a single component, and suitable for mass production.
The combination of die casting and CNC helps reduce the number of machining steps from solid blanks while still ensuring that critical assembly locations achieve the required precision.
Aluminum material offers advantages in terms of weight, machinability, and heat transfer, making it suitable for power electronics equipment like DC fast chargers that require thermal control and operational stability.

5. Highlights and Suitable Customers

- High Pressure Die Casting.
- Aluminum EV charger housing.
- DC fast charger enclosure.
- CNC machining after casting.
- Power electronics enclosure.
- Thermal management support.
- OEM manufacturing.
- Custom housing according to drawing.
- Alloy control.
- Precision mounting surface.
- Threaded hole machining.
- Surface finishing.
- Quality inspection.
- Suitable for EV charger manufacturers.
- Suitable for charging station suppliers.
- Suitable for power electronics manufacturers.
- Suitable for businesses needing to localize aluminum die-cast components in Vietnam.
The EUROSTARK DC Fast Charger Enclosure is suitable for businesses that need to produce aluminum enclosures for EV fast charging systems according to drawings, especially for projects requiring High Pressure Die Casting, CNC machining, thermal management, OEM manufacturing, and mass production of EV charging components in Vietnam.