Development of a new energy city plan sandpad model
I. BASIC STRUCTURE
Using a layered structure process, 5mm aluminum panels at the grass-roots level are used to cut out the city profile and to carve a precise reduction road grid through lasers. The complex uses the ABS plate 3-formulation process, and the commercial high-rises use the Akre laser embossing technology to perform glass-screen wall effects, while residential areas use 3D-printed resin components to accompany hand-graving.
Production of new energy facilities
Wind generator set: a 0.2 mm stainless steel corroded from a leaf wheel, a pylons for aluminum alloys, surfaces for anode oxidation
Photovoltaic Matrix: Customizing Transparent Accumulation Baseboard Vacuum Plating Membrane, Simulating Single-Crystal Silicon Reflection
Energy storage plants: a combination of grey ABS casings processed by CNC and laser-cut metal netting Column
III. Eco-landscape systems
Hydrological production: epoxy resin saturated with mineral powder, stratification to shape water depth changes
Green belts: PE sponge bushes with hand-cut velvet base
Eco-cobalt: 3D-printed wood-coated stacks mixed with real moss
Professional-level coating process
Architectural complex: Grey base paint first, followed by sponge-colouring to make stone muscles
Road system: special asphalt duds to cover the spray drive Line
Industrial zones: dry cleaning techniques show signs of erosion of equipment, local oil spray effects
V. Dynamic effects integration
Flow system: hidden layout of mini-magnetic suspended orbit
Light control: mix of fibre-optic guidance and SMD lamps Set
Energy demonstration: LED matrix simulation transmission path