Smart-charging station model manufacturing plant, new energy model custom manufacturer

Case of the modelling of the sand table at a new energy recharge station

Background of the project

A new energy technology business commissioned by our department.1:25 scale smart charging station scenario modelneed to include core facilities such as 120 kW fast-filled stakes, photovoltaic sheds, energy storage batteries, model accuracy requirements90% real reduction.For national tour and investor road shows.

Core process and material selection

1. Main structure - high-precision printing of light-sensitive resins

   • Charged stakes(b) Use of grey high-resilience resins, integration to avoid seams, and retention of the branded emboss LOGO (0.3 mm visible at depth).

   • Lightboard Array: Transparent photo-sensitivity resin printing, embedded laser engraving circuits, simulation of monocrystal silica reflection.

2. Functional components - composite material combinations

   • Charge the gun line.(i) Soft 3D printing, with curved discs to chargers;

   • Energy module ventilation network: nylon laser platinum + resin border, nethole diameter 0.8 mm precision reduction.

III. Post-treatment and topography

1. Fine surface

   • Industrial grinding：

     • (b) The charge-cap cap ultrasound to sustain and maintain the sharp edge of the dissipation grid;

     • The shed is sprayed with sand, resulting in metallic lacerations.

     
     

   • Transparency enhancement: Photovoltaic sprays anti-UV duds oils to avoid a broad yellow period.

2. Colour Spray

   • Base Color：

     • Fast-filled stake: Enterprise Standard Blue (RAL 5015 colour card) + fluorescent yellow warning bar (night light coating);

     • On the ground: epoxy resin mixed with stone sand, imitating concrete particle senses.

     
     

   • Technological reinforcement.：

     • (a) A transparent ACV printing interface for charger screens;

     • The storage module warning sticker is reprinted with water (chart height 0.5 mm).

     
     

3. Dynamic effects implant

   • Charged state lampsMagnetic control LED trichrome switching (red/blue/green matching charge state);

   • Garage Shadow: A fibre-optic steering panel simulates the plaque effect of the sun through the PV gap.

IV. REAL HISTORY STRENGTHENING

• Environmental integration：

  • Printing of 1.25 new energy vehicle models (charging mouths and gun-head magnetic insulation);

  • The electrostatic herbs mixed with white emulsions simulated the natural growth of the green belt weeds.

  
  

• Human traces.：

  • Dry-cleaning of metal silver powder in charge stake areas, reflecting high-frequency wear and tear;

  • Ground tyres are stamped with old filament.

  
  

V. Client highlights

• Reunification Validation：

  • (b) The perception of a charged gun in the form of a detoxification is consistent with the actual equipment;

  • Photovoltaic tilt angle error ≤0.5°.

  
  

• Inspection optimization：

  • (a) Modularized design (facility/capable room for fast-dismantling transport);

  • Internal lithium batteries (renewed for 72 hours, free of charge).