EV Charging Station Scale Model | Custom New Energy Display Model
This case study details the production of a Sand Table Model for the integrated charging station of Zhihui Guang storage and charging.
The project is a Sand Table Model showcasing the integration of smart light storage and charging scenarios. It focuses on the linkage presentation of charging pile clusters, photovoltaic energy storage, and urban supporting facilities. The model accurately replicates the spatial logic and technological texture of real operating scenarios, ultimately achieving a 90% realistic reproduction degree and serving as the core interactive carrier for enterprises to showcase new energy solutions.
Model Overview
The Sand Table Model integrates key components:
* Charging Pile Clusters
* Photovoltaic Energy Storage Systems
* Urban Supporting Facilities
This detailed Scale Model provides a comprehensive visualization of the integrated light storage and charging solution.
Materials and Techniques
We adhered to the core principle of “technological sense + stable structure” in material selection. The Sand Table Model base is constructed from high-density board to ensure overall load-bearing capacity and surface flatness. The main charging station body utilizes matte ABS and aluminum alloy profiles, capturing the tough texture of industrial equipment. Photovoltaic panels are simulated using high-transparency acrylic and blue simulated photovoltaic film. Buildings and supporting facilities are crafted from 3D Printing Models using 3D printed photosensitive resin, meeting requirements for fine detail and lightweight construction. Transparent protective structures and display panels employ highly transparent acrylic to ensure visibility and convey technological transparency. Circuitry and lighting modules are detailed using flexible LED light strips and colored silicone wires.
Production Process
The production team followed a meticulous process: “base construction -> module assembly -> detail refinement”.
- Base Construction: The base sheet was cut according to design drawings. Laser positioning divided functional areas, accurately marking the layout boundaries for the charging pile cluster, photovolta 3D Printing Models, and building components.
- Module Assembly: Charging station modules were constructed by riveting and bonding aluminum alloy profiles with ABS sheets. Gun line interfaces and operation panels were manually polished to restore the operational logic of the equipment.
- Detail Refinement: The photovoltaic panel part was layered onto an acrylic substrate. The building was integrated via 3D Printing Models and manually textured. Transparent display panels, laser-cut, were embedded into the sand table frame.
Finishing and Effect Processing
Post-production coloring and effect processing were crucial for achieving a high degree of restoration.
- Charging Pile Body: Sprayed with light gray primer, then outlined with black paint for operation panels and interfaces, simulating metal baking texture.
- Photovoltaic Panel: Covered with blue gradient film, with light white edges for sunlit effects.
- Buildings: Painted with beige and light gray gradients for an urban architectural style.
- Branding: Brand logos and functional text were applied using UV transfer printing for bright, wear-resistant results.
Lighting System Integration
The lighting system adds technological vitality:
- Cool blue LED strips divide functional areas spatially.
- Warm white micro-light beads simulate operational status in the charging station and photovoltaic areas.
- Dynamic backlighting on the display screen area presents a virtual interactive interface.
The final Sand Table Model not only fully presents the operational logic of the integrated light storage and charging system but also conveys the technological image of smart energy through advanced materials and processes, receiving high recognition from customers.
For more information on our Scale Model and Sand Table Model services, visit our website: https://www.promodelsupply.com/
