Home energy storage model manufacturer
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 retained
Transparent component: 2mm frosted acrylic board is hot bent to create an observation window, with chamfered edges to simulate industrial seams
Metal components: Electrolytic copper plate etched heat dissipation grille, surface treated with phosphating to present a metallic oxide texture
2、 Modular assembly process
Layered structure: Adopting a stepped assembly method, the bottom bracket is assembled first, and then the battery modules are stacked layer by layer
Moving parts: Removable top cover design, hidden magnetic buckle inside to ensure stable opening and closing
Pipeline system: 0.5mm copper wire braided cable bundle, key nodes fixed with 3D printed joints
3、 Detail carving techniques
Control panel: UV printed circuit board pattern, transparent resin encapsulated buttons form a three-dimensional tactile sensation
Identification system: Laser engraved aluminum signs, aged to simulate long-term usage traces
Grounding device: Hand forged brass rod grounding terminal, surface electroplated with black nickel to enhance realism
4、 Multi layer coating system
Basic spraying: The entire vehicle is coated with industrial gray as a base, and warning yellow and functional blue are sprayed in different areas
Aging treatment: Oil painting paint dry sweep highlights edge and corner wear, with a focus on heat dissipation vents and seams
Transparent coating: Matte varnish sprayed all over the vehicle, retaining the high gloss area of the panel to create material contrast
5、 Scene based effect creation
Lighting system: Fiber optic light guide simulated working indicator light, chassis equipped with warm light LED simulated heat dissipation
Environmental interaction: Magnetic tool accessories can be disassembled and placed, enhancing the sense of immersion in the usage scenario
Protective details: Hand sewn nylon straps to secure cables, rubber pads to make shock-absorbing foot pads