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Electrification housings

Battery & Energy-Storage Housings.

Sealed, thermally managed aluminum housings for battery electronics and power conversion — developed around cooling, isolation, leak control and service access.

Electrical access · Thermal contact · Seal path

Rectangular electronics-housing form with mounting tabs
Product form: rectangular electronics-housing form with mounting tabs. Review joining faces, ports and mounting points.

Define the supplied condition, critical dimensions and acceptance plan in the drawing review. Published process references depend on material, geometry and the agreed order scope.

Housing Interfaces for Power Electronics.

Electrical

Connection access, grounding and customer-defined insulation requirements.

Thermal

Cooling interfaces, material contact and machining around heat-transfer surfaces.

Sealing

Gasket paths, fluid connections, service access and agreed leak-test criteria.

This page concerns component housings and interfaces, not a complete battery pack or its safety approval.

Feature review

Review the electrical, thermal and closure interfaces.

The partition, mounting bosses and side openings divide the enclosure into functional interfaces. Locate the electrical assembly first, then relate its fixing points and connections to the available internal space.

Define contact, grounding and coating-mask areas separately from the gasket land and closure fasteners. Keep the component requirements aligned with the complete assembly review.

Junction-box internal interfaces
Junction-box internal interfaces
For Procurement & Engineering

Specify Thermal and Sealing Requirements

Send a 2D drawing and 3D model where available, together with annual volume and the requirements below. Our engineering review confirms process feasibility before pricing.

  • Coolant, working pressure and allowable leak rate
  • Electrical isolation and grounding zones
  • Flatness, gasket compression and thermal-interface finish
  • Cleaning, particle-control and traceability requirements
Commercial supply framework

Supply Framework

Commercial routeDrawing-based quotation
Tool ownershipDefined in the tooling agreement
Quality planProject-specific inspection and documentation
ConfidentialityMutual NDA available before detailed review
DeliveryExport packaging and Incoterms agreed per project
Manufacturing Scope

Thermal interfaces and sealed housing geometry.

Casting

Vacuum assistance and overflow design where risk requires

Machining

Gasket lands, coolant ports and thermal interfaces

Testing

Project-defined air-decay or pressure testing

Documentation

FAI / PPAP and lot traceability by program

Representative Components
  1. Define the enclosure

    Review compartments, connector openings and fixing points.

  2. Cooling interfaces

    Confirm manifold ports, cover lands and thermal contacts.

  3. Acceptance

    Agree cleanliness, finished dimensions and sealing criteria.

Review together: joining faces, ports and mounting points; thermal contact and sealing requirements; surface treatment and acceptance plan.

Compartmented junction-box form with port openings.

Tall enclosure form with perimeter flange and side fins.

Long manifold form with ports and cover interface.

Typical Applications

  • Battery management systems
  • High-voltage junction boxes
  • Stationary storage inverters
  • Battery liquid-cooling circuits

Materials & Finishes

  • ADC12 / A380 for electronic housings
  • A360 / A413 after leak and corrosion review
  • Compatible inserts and grounding hardware
  • Conversion coat or powder coat by environment
Engineering & sourcing guide
Engineering & Sourcing Guide

How to Source Battery & Energy-Storage Housings

Battery Enclosure Die Casting and Leak Control

Battery and energy-storage housings combine electrical isolation, heat transfer and environmental sealing. The engineering route considers vacuum assistance, machining exposure, gasket geometry, coolant compatibility and the agreed air-decay or pressure-test acceptance limit.

Quoting BMS, Junction-Box and Inverter Housings

Submit the STEP model, alloy target, finished weight, annual demand, thermal-interface requirements, leak pressure, cleanliness level and PPAP or FAI expectations. These inputs determine tooling, press selection, machining fixtures and validation cost.

Frequently Asked Questions

Can liquid-cooling housings be leak tested?

Yes. Test medium, pressure, stabilization time and permissible leak rate must be agreed before fixture and cycle planning.

Can the housing include cast-in cooling features?

Potentially. Channel geometry, cover joining, corrosion compatibility and pressure validation are reviewed as one system.

Prepare the project review

Define the enclosure and its operating environment.

Send the part drawing, functional interfaces, operating conditions and production requirements.

  • Joining faces, ports and mounting points
  • Thermal contact and sealing requirements
  • Surface treatment and acceptance plan

Have a Drawing for Battery & Energy-Storage Housings?

Send the model, volume and critical requirements for engineering review and a project-specific quotation.