Focusing on model manufacturing in the field of new energy storage, we provide high-precision physical models and digital twin services for new energy storage technologies such as lithium batteries, hydrogen energy systems, and supercapacitors, covering the entire chain from research and development testing, system optimization to industrialization.
Case study of photovoltaic sand table model production1、 Scene planning and material selectionMain frame: multi-layer high-density foam board is used to build the sand table base, and the terrain fluctuation of the site is simulated by stacking and cutting. The core buildings (such as photovoltaic plants and control rooms) use ABS engineering plastic laser engraved…
1、 Material selection and basic construction Main framework: 5mm aviation grade ABS board laser cutting energy storage cabinet structure is selected, with manual trimming margin retainedTransparent component: 2mm frosted acrylic board is hot bent to create an observation window, with chamfered edges to simulate industrial seamsMetal components: Electrolytic copper plate etched heat dissipation grille, surface…
Model making scheme for energy storage container1、 Design planning and overall architectureThe primary task of creating an energy storage container model is to conduct overall design planning. Based on the structural characteristics of real energy storage containers, a reduced scale of 1:20 to 1:30 is adopted to highlight core modules such as battery compartment, equipment…
Case Study of Building Model Production for Photovoltaic Sunroom 1、 Project Overview and ObjectivesThe aim of this project is to create a 1:20 scale “photovoltaic sunroom” display model. The core goal of the model is to accurately reproduce the unique blend of Chinese and Western styles in the architecture depicted in the image, as well…
New Energy Storage Container Scale Model I. Material Selection with Industrial Rationale Primary Structure Laser-cut cold-rolled steel sheets form the container body, preserving authentic corrugated panel textures. Corner castings are replicated using micro-stamping techniques. Aluminum-framed doors feature acrylic viewing windows with sandblasted edges to simulate explosion-proof glass, revealing layered battery modules inside. Functional Details Ventilation…