Industries / Energy

Custom Manufacturing for the Energy Industry

Custom-engineered components for energy equipment, renewable energy systems, power electronics, and industrial energy applications.

How We Support Energy Projects?

BoValley works with customer drawings and project specifications to discuss appropriate manufacturing routes for prototypes, custom components, and selected low-volume orders.

Design & Requirement Review

Review CAD models, technical drawings, material specifications, mounting interfaces, and application requirements to clarify the manufacturing scope.

Prototype & Custom Part Manufacturing

Manufacture custom metal and plastic components for equipment development, fit checks, mechanical evaluation, and selected functional testing.

Fit & Assembly Evaluation

Support design revisions based on assembly feedback, mounting requirements, and updated engineering specifications.

Low-Volume & Repeat Manufacturing

Discuss suitable processes for pilot builds, custom equipment orders, replacement components, and repeat quantities once requirements are confirmed.

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Our goal is to establish a clear understanding of each part's function, specifications, and manufacturing requirements. This helps the project team evaluate potential manufacturing risks and clarify important details before production.

Engineering Team Support

Engineering Support for Energy Equipment Components

Drawing & CAD Review

Clarify dimensions, hole patterns, mounting features, interfaces, and specified material grades.

Manufacturing Feasibility

Discuss tool access, wall thickness, machining features, formed geometry, and suitable manufacturing processes.

Material & Finish Selection

Review mechanical loads, corrosion exposure, operating temperatures, surface requirements, and environmental conditions.

Tolerance & Inspection Planning

Identify critical dimensions and discuss appropriate measurement methods and agreed documentation

Manufacturing Services

BoValley offers four core manufacturing processes to support different component geometries, materials, and project quantities.

CNC Machining

Suitable for custom housings, mounting blocks, adapters, brackets, and components with defined dimensions or functional interfaces.

  • Typical parts: equipment housings, mounting plates, spacers, connectors, and selected thermal-management components.
  • Specify mounting datums and thermal interfaces for power equipment.
  • Flag contact surfaces, corrosion exposure, and any required finish.
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Sheet Metal Fabrication

For formed panels, equipment enclosures, protective covers, mounting structures, and custom brackets.

  • Typical parts: electrical enclosures, cabinet panels, equipment guards, and support brackets.
  • Review panel cutouts, access doors, and hardware clearances for cabinets.
  • Specify coatings and edge requirements for the operating environment.
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Injection Molding

For suitable plastic covers, housings, protective components, and repeatable parts where mold-based manufacturing fits the design and quantity

  • Typical parts: control housings, covers, clips, and selected electrical equipment components.
  • Review plastic geometry around connectors, clips, and assembly features.
  • Confirm resin requirements for the expected heat and operating conditions.
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3D Printing

Useful for complex prototype geometry, design evaluation, custom fixtures, and selected low-volume parts.

  • Typical parts: prototype housings, cable guides, assembly aids, and development components.
  • Use fit models to check cable routing, component access, and mounting space.
  • Prototype workshop fixtures before committing to a repeat design.
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Quality Standards & Inspection

The applicable requirements depend on the equipment type and the function of each component.

  • Drawing & Revision Verification
  • Dimensional Inspection
  • Material Verification
  • Surface Condition Inspection
  • Inspection Documentation
  • Requirement Clarification
Automotive metals, stock materials and precision machined componentsMaterials

Materials

Materials for Energy Equipment Manufacturing

Aluminum alloys
Example materials: 6061 and other suitable grades Typical applications and considerations: Equipment housings, mounting plates, brackets, and heat-dissipation components
Stainless steel
Example materials: 304, 316 where appropriate Typical applications and considerations: Components requiring corrosion resistance or specified environmental compatibility
Carbon and alloy steel
Example materials: Specified grades subject to availability Typical applications and considerations: Structural supports, fixtures, mounting components, and mechanical parts
Copper alloys
Example materials: Suitable grades where available Typical applications and considerations: Selected electrical or thermal-management components, depending on design requirements
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Lightweight structural frame for automotive applicationsApplications

Applications

Energy Industry Applications

Custom Components for Energy Systems & Equipment

  • Solar Energy Equipment
  • Custom mounting brackets
  • Energy Storage Systems
  • Selected enclosures, mounting plates
  • Power Electronics & Thermal Management
  • Aluminum housings
  • Cooling-related components
  • Custom mechanical parts
Start Your Energy Quote

Ready to Start Your Next Manufacturing Project?

Share your CAD files and project requirements. An engineer will review the details and follow up with pricing and any manufacturability questions.