Energy Storage Cabinet Container Model Production Plan
Project Positioning
A high-precision energy storage system model designed specifically for new energy enterprise exhibition halls, fully presenting the appearance characteristics, heat dissipation system, electrical interfaces and other key details of standard container-type energy storage cabinets, with the requirement of achieving industrial equipment-level display effects.
Core Process Plan
Modular Structure Design
Adopting a three-level assembly system of ‘cabinet + internal modules + external accessories’
Corrugated steel plate effect reproduced through laser engraving
Explosion-proof ventilation ports utilise perforated printing technology
Cable connectors feature a removable magnetic attachment structure
Specialised Material Application
Main box body constructed from marine container-grade grey resin
Heat dissipation grilles reinforced with metal powder for enhanced texture
Warning sign areas utilise fluorescent resin
Insulation gaskets made from flexible materials with secondary processing
Industrial-Grade Surface Treatment
Pre-treatment stage:
Nano-level polishing to eliminate print layer patterns
Electrolytic etching to reinforce steel plate weld marks
Professional coating
Container rust effect layered spraying
Safety markings using screen printing process
PCS cabinet body with metal brushing treatment
Functional enhancements:
Opening cabinet doors equipped with miniature hydraulic rods
Internal battery module LED cold light simulation
Overall spraying with anti-static protective coating
