Frequently considered for sheet-metal cabinets, covers and housings that require forming and corrosion resistance.
- From prototype to production · Built for demanding engineering teams
── Renewable Energy & Energy Storage
BAOSONG manufactures structural, thermal and protective aluminum components for battery energy storage, solar installations and power-conversion equipment—from custom profiles and precision-machined parts to finished frames and assemblies.
── Manufacturing for energy infrastructure
Energy-storage and renewable-energy equipment must balance structural load, thermal performance, outdoor exposure, sealing interfaces and installation efficiency. Those requirements affect alloy, profile geometry, machining datums, joints and surface treatment.
We connect extrusion, CNC machining, metal fabrication, finishing and assembly support around the finished system—not around a single isolated process.
── High-value aluminum product focus
Product families selected around meaningful manufacturing value: integrated profiles, controlled interfaces, thermal performance, corrosion-aware finishes and assembly-ready delivery.
ENERGY STORAGE STRUCTURES
BESS cabinet and container frames
Extruded and fabricated structures for residential, commercial and utility-scale storage equipment.
Cabinet panels, rails and mounting beams
Machined attachment points, cable-management features and equipment interfaces prepared for integration.
Sealed power-equipment housings
Custom aluminum enclosures designed around gasket lands, covers, connectors and service access.
BATTERY PACK STRUCTURES
Battery pack trays and enclosures
Structural bases, perimeter members and protective covers for stationary battery modules.
Module supports and retention hardware
Rails, brackets and machined locating components that support repeatable battery installation.
Residential and portable power housings
Extruded or fabricated shells with machined ports, heat-dissipation features and finished exterior surfaces.
THERMAL MANAGEMENT
Battery liquid cold plates
Machined flow paths, cover plates, ports and sealing interfaces developed around the thermal design.
Inverter and BMS heat sinks
Extruded or machined fin structures for power electronics and battery-management hardware.
Thermal housings and interface plates
Aluminum structures that combine mounting, protection and heat-spreading functions.
SOLAR & POWER HARDWARE
Solar mounting rails and supports
Custom or standard-profile members with cut, drill and fastening features for field assembly.
PV module frame components
Extruded frame sections and corner-interface features manufactured around dimensional and finish requirements.
Inverter, converter and power-module enclosures
Protective housings, heat sinks and structural hardware for electrical equipment.
── Renewable-energy manufacturing
Explore the battery-storage systems, precision aluminum structures, thermal-management components and solar hardware that support dependable energy deployment.
01 / FINISHED PRODUCT
Integrated battery energy storage cabinets built for protection, thermal control and service access.
02 / CLOSE-UP
Aluminum battery trays, rails and module supports engineered for load, protection and assembly.
03 / Liquid cold plates
Liquid cold plates and finned aluminum components designed to manage system heat.
04 / Mounting rails
Mounting rails, inverter enclosures and structural parts for solar and power-conversion equipment.
── Engineering and production planning
We review the component as part of the complete energy system, including structural loading, heat flow, outdoor exposure, sealing interfaces, service access and the production pathway.
Profile and material review
Balance strength, thermal conductivity, corrosion exposure, joining and finish requirements.
Interface-driven manufacturing
Control mounting datums, gasket lands, port geometry, flatness and assembly-critical relationships.
Production and verification planning
Align tooling, fixtures, inspections and documentation with prototype and repeat-production needs.
── Material selection
Final selection is confirmed against the drawing, loads, joining method, environment, thermal target and finish specification.
6063 series
Well suited to extruded sections, thermal fins and architectural-quality anodized surfaces where profile complexity and finish matter.
6061 series
A common choice for higher-load brackets, structural interfaces, trays and precision-machined components.
5052 series
Frequently considered for sheet-metal cabinets, covers and housings that require forming and corrosion resistance.
Project-specific
Alternative alloys, tempers and finishes are reviewed when conductivity, strength, weldability or exposure conditions demand them.
CASE STUDY / APLICATION IMAGE
Completed vessel component, offshore structure or installed equipment system
── From component to system
From compact cabinets to utility-scale installations, BAOSONG coordinates aluminum structures, thermal-management interfaces and protective finishes for reliable integration in the field.
── Typical applications
01
Container frames, cabinet structures, battery supports and cooling hardware.
02
Equipment cabinets, pack enclosures, rails, heat sinks and installation modules.
03
Finished housings, thermal structures, covers and mounting components.
04
PV mounting hardware, inverter enclosures, thermal parts and support structures.
── FAQ
There is no single default. 6063 is often considered for extruded profiles and heat sinks, 6061 for machined or higher-load structural parts, and 5052 for formed sheet enclosures. We review load, thermal, joining, corrosion and finish requirements before recommending a route.
Yes. We can review flow-path geometry, machining access, cover strategy, port interfaces, flatness, sealing requirements and the inspection plan before production.
BAOSONG can coordinate profile production, CNC machining, fabrication, surface finishing and defined assembly work to deliver subframes, cabinet structures and modules prepared for the next integration stage.
Send drawings or 3D models, critical loads and interfaces, environmental and sealing targets, thermal requirements, material and finish preferences, quantities and required inspection documentation.
── Start your industrial equipment project
Share your drawings, operating environment, load and thermal requirements, sealing targets, finish specification and expected production volume.
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