Modelling programme for a new energy industry
I. Planning concepts
Based on a national-level scenario of a new energy demonstration area, a proportionally dynamic sandpad containing core facilities such as photovoltaic matrices, wind generators, energy storage plants, etc., is produced to achieve 90 per cent range reduction through light-sensitive resin materials, with emphasis on energy production-storage-disruption closed loop systems.
Main production processes
Topography
Scratch-printing of hilly landscapes, using geo-coloured resins to express bare rock formations
Transparent resin pouring artificial water systems, bottom laser engraving water flow roads
Magnetic suspension base simulates shell float monitoring
Facility formation
Wind blades: Translucent duds present glass steel Sensor.
Photovoltaic array: mirror UV resin + nanoplating film to reflect
Storage containers: sand resin mixed with metal paint spray
Details
Micro survey robot orbital system
An empty carving process
Night-light paint on factory roads
Industrial aesthetic processing
Colour Project
Main color selection for technology blue and eco-green gradients
The warning area uses fluorescent orange colour.
Simulate photovoltaic surface dust deposition
Dynamic Integration
Micro-engine drive wind velocity rotation
Fibre-optic network simulated smart grid pulses
Touching light field switching system