Industrial energy storage cabinet display model making suitable for exhibition display

Case study on the production of energy storage cabinet display model

This project is an energy storage cabinet display model, based on commercial energy storage equipment in enterprises. It adopts a semi sectional structure to visually present the internal battery module, circuit layout, and cabinet structure, accurately restoring the industrial texture and technological atmosphere, achieving a realistic reproduction degree of over 90%. It is suitable for enterprise exhibition halls, exhibition investment promotion, and new energy technology popularization scenarios.

1、 Material selection

Main structure: The cabinet shell is made of ABS sheet and metal textured laminated material, balancing structural strength and industrial texture; The internal battery module and wiring terminals are made of 3D printed photosensitive resin to restore the detailed form of precision components;

Transparent display section: The cabinet observation window is made of high transparency acrylic to ensure clear visibility of the internal structure;

Auxiliary components: The circuit uses colored thin wires and simulated terminal blocks to simulate the layout of a real circuit; The base is made of high-density wooden boards and matte PVC boards to ensure overall load-bearing and stability;

Auxiliary materials: environmentally friendly adhesive for models, fine sandpaper, matte varnish, multi-color industrial paint, UV printed label stickers, micro LED light beads, etc.

2、 Production process

Cabinet shaping

Using ABS board as the base, the cabinet frame is made through cutting, bonding, and polishing processes to restore the square outline and reinforced structure of the corners; Reserve a semi sectional observation window and a wiring duct to ensure that the overall structure is neat and the proportions are coordinated.

Internal component production

3D printed photosensitive resin integrated battery module and terminal block, finely polished to restore module texture and interface details; Position the colored thin wires one by one according to the actual circuit layout, simulate the relationship between the circuit direction and terminal connection; Install miniature LED beads to provide illumination for the internal structure.

Detail assembly

Embed battery modules, circuits, and LED components into the cabinet, accurately align them, and secure them to ensure that the internal layout is consistent with the prototype; Paste simulated heat dissipation grilles and interface panels to enhance the functional features of industrial equipment; Assemble the cabinet and base, adjust the center of gravity and balance, and ensure that the model is placed smoothly.

Overall packaging

Install high transparency acrylic observation windows, seal the edges to prevent dust from entering; Organize internal wiring and lighting routing, reserve power interfaces, and ensure stable display effects; Clean the splicing gaps to prepare for later coloring and protective treatment.

3、 Post processing and coloring

Main body coating: The cabinet shell is sprayed with matte light gray to create a clean industrial equipment texture; The internal battery module is embellished with light blue and silver gray, simulating the technology and precision of the device;

Detail processing: The wiring terminals are processed with orange and black color separation to enhance the recognition of circuit functions; The heat dissipation grille and interface panel are painted in dark gray to highlight the structural hierarchy;

Identification and protection treatment: The enterprise brand logo and equipment name are accurately pasted on the front of the base through UV printing, which is clear and eye-catching; The overall matte varnish is sprayed to enhance the wear resistance and dust resistance of the model, while retaining the delicate texture of the material and avoiding the visual realism of the paint surface being affected by excessive brightness.

4、 Detail optimization and presentation of effects

Thoroughly polish and adjust the model, repair and splice gaps, adjust the spacing and routing of battery modules, and ensure that the internal structure is consistent with the actual scene; Clean up surface impurities to make the appearance neat and uniform; Test the lighting effect and structural stability to avoid component loosening and detachment. The final product presents the core structure and technological charm of the energy storage equipment through a semi sectional structure and lighting linkage, combining ornamental and popular science, meeting the diverse needs of enterprise brand promotion, technical exchange, and new energy popularization.