New energy storage equipment model manufacturing plant, Hubei energy model custom manufacturer

New energy storage energy modelling process

Design and modelling phase

Our industrial design team modeled the scale 1:20 based on real machine mapping data from the LRS system. To ensure 90 per cent reduction, engineers focused on painting:

• Matrix layout feature for battery module arrays

• Massheat grid texture for PCS boxes

• Cable bridge structure

• Emboss effects of brand labels

II. 3D Print Production Component

Select the industrial FDM printer to match the ABS+ material to ensure accuracy by:

1. Part Printing Policy: The model is broken down into 32 components for separate printing, including:

   • Main energy module (top and lower crust)

   • Dismantling sideboard (with internal battery module structure)

   • Top cooling system module

   • Bottom support and cable sink

2. Precision print parameters：

   • 0.1mm layer thick with double nozzle structure

   • Internal support structure for cellular

   • Use nylon-enhanced band-in print at key locations

III. Reprocessing process

1. Surface processing：

   • Ultrasound cleaning removal support

   • 400-2000 Progressive manual I'm grinding.

   • Acetone vapour polishing main plane

2. Professional Painting Program：

   • Base paints: epoxy resin base paints (enhanced ABS investment)

   • Main colour: Pantone 7541C Industrial Grey Gradient Spray

   • Details:

     • It's rusty.

     • Cable connection metal plating treatment

     • Safety marking wire printing

3. assembly mass checking：

   • Magnetic modular assembly structure

   • UV glucose fixes critical stress points

   • Three metameters for size verification.

IV. EFFECTIVE EFFECTIVENESS OF COMPLETE

• Transparent Yakli shield (3 mm thick)

• LED status indicator light (low-pressure power supply)

• Accompany the floors.