Smart Energy Sandpad Production Specialist, Building Sandpad Model Custom Plant

Intelligent energy complex planning for the full disk production process

I. Project positioning

For the International Clean Energy Fair 2024, the 1.50-scale dynamic sandpad will be customized to include 23 functional modules, such as optical arrays, wind generation clusters and smart transformer stations, on displays, requiring visualization of energy flows with 90 per cent of architectural features.

Core production process

1. Main construction

• Wind generator: The blades are made of semi-transparent PC material in a vacuum note and are printed through UV to reduce surface carbon fibreline routes. The pylons use aluminium alloy fine car sharpens and are internally implanted with magnetic suspended rotation units.

• Photovoltaic area: Single-crystal silica sculpted with 0.2 mm-heavy mackerel lasers, with a back plating mirrored with silver film to increase the reflectivity. The frame system was assembled using 304 stainless steel etchings with a precise reduction of the 22° standard inclination.

• Storage power stations: The shell is thermally bent on the ABS plate, adding the details of the dissipation grid through numerically controlled carvings. The liquid cold pipe uses a medical-grade silica tube microcosm to simulate the flow of cooling fluids.

Dynamic systems

• Energy Flows: The wiring of the grid with a 0.3 mm diameter of EL cold wiring, combined with the PWM luminous module to achieve current pulse effect.

• Data interaction: micro projectors are installed on the roof of the control centre, and real-time energy consumption is sought by ground projection.

• Environmental Response: The light sensor is associated with the light volts angle and automatically triggers an acceleration of wind rotation when wind speed exceeds level 3.

III. Artistic handling

1. scenery

• The building was sprayed with car metal paints and the main control building was treated with aluminum anode oxide.

• The road system first sprays deep ash base paint and then paints tire wear marks with dust dry cleaning.

• The vegetation area uses eco-graduation techniques, with a periscope of 2 mm wood and electrostatic velvet and a vision of 0.5 mm grass powder spray.

2. Enhanced detail

• Add an etching warning sign to the transformer station fence (0.8 mm visible font height)

• Photovoltaic surfaces randomly spread 3% area of high molecular crystal glue simulation dust

• Handmade and repaired tracks around the base of the wind generator