Metal Fabrication for Renewable and Sustainable Energy Solutions

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Metal Fabrication for Renewable and Sustainable Energy Solutions
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CUSTOM METAL FABRICATION · ENERGY EQUIPMENT

Metal structures for energy systems

Hongming Sheng manufactures custom enclosures, frames, brackets, panels and welded assemblies according to customer drawings, 3D files or approved samples—from prototypes to repeat production.

BESS PCS & Inverters EV Charging Solar Thermal Management Wind

Send drawings and technical files to:
info@hms1688.com Leave Contact & Project Details

The inquiry form collects contact information and basic requirements; it does not accept drawing attachments. Please email PDF/DWG and STEP/STP files separately.

Where Custom Fabrication Fits

ENERGY STORAGE

BESS Cabinets & Structural Parts

Battery enclosures, module supports, base frames, doors, panels, cable-management parts and auxiliary equipment structures.

POWER CONVERSION

PCS, Inverter & Power Housings

Custom cabinets, rack components, busbar supports, mounting plates, ventilation features and service-access panels.

EV INFRASTRUCTURE

Charging Equipment Enclosures

Outdoor housings, internal brackets, equipment frames, doors and assemblies designed around customer electronics and thermal layouts.

SOLAR & RENEWABLE

Controls, Mounts & Equipment Structures

Inverter housings, controller boxes, support brackets, frames and fabricated parts for solar, wind and other energy equipment.

THERMAL MANAGEMENT

Cooling & Airflow Components

Fan trays, ducts, covers, heat-management housings and fabricated structures coordinated with equipment airflow and service access.

Manufacturing Capabilities

CuttingSheet and tube laser cutting, CNC punching

FormingCNC bending and formed features

JoiningTIG/MIG welding, spot welding, riveting

CompletionMachining, finishing, hardware and assembly

Metal fabrication overview for custom energy-equipment components.

Outdoor Performance Starts With the Design

Material: aluminum, stainless, carbon steel or galvanized sheet selected for the actual environment.
Water management: seams, roofs, drainage, door structure and cable entries reviewed together.
Corrosion protection: pretreatment, coating system, cut-edge protection and dissimilar-metal contact considered.
Thermal design: vents, fans, filters, ducts and cooling interfaces coordinated with the equipment layout.
Serviceability: removable panels, hinges, locks, lifting points and maintenance access defined from the drawing.

Protection-rating note: An enclosure is not automatically IP-rated because of its material or coating. Gaskets, joints, doors, cable entries, drainage and validation requirements must be defined for the complete design.

Factory process and fabrication capability overview.

From Drawing to Production

Engineering Review

Confirm dimensions, material, loads, mounting, airflow, finish and required quantity.

Prototype & DFM

Review bending, welding, hardware, assembly access and cost-sensitive features.

Sample Verification

Inspect drawing-defined dimensions, fit, appearance and agreed functional points.

Repeat Production

Use the approved revision, inspection criteria, packaging and change control as the production basis.

What to Include in Your RFQ

2D drawings and 3D CAD files with revision
Material, thickness and finish requirements
Equipment layout, load and mounting information
Outdoor, corrosion, thermal or sealing requirements
Prototype quantity and forecast production volume
Inspection, assembly, packaging and destination details

Discuss Your Energy Equipment Project

Email your drawings, equipment requirements and production quantity for a manufacturing review.

E-MAIL: info@hms1688.com

Leave Contact Information

Customer drawings and project information are handled confidentially. NDA support is available for OEM projects.

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