Future village systems overview
Smart EcoVillage 2030
A digital companion for a physical model where students can explore solar homes, clean power, water-saving farms, recycling robots, and low-carbon transport.
Live prototype map
Solar homes
Energy center
Vertical farm
Recycle hub
Live demo data
Village status
Sample indicators explain how the prototype can display real sensor readings during a presentation.
Eco Score
80%
Excellent balance across energy, water, waste, and environment.
Clean energy
87%
Solar roofs and wind towers powering classrooms
Water saved
64%
Rain tanks and greywater gardens active
Waste diverted
78%
Recycling robots sorting mixed materials
Air quality
92%
Trees, bikes, and electric buses reducing fumes
Daily sustainability tip
Open smart blinds before switching lights on. Sunlight is the cleanest lamp.
Try this in the physical prototype: add a QR marker beside the matching model part so judges can scan and learn.
Prototype sensor log
| Station | Signal | Score |
|---|---|---|
| Clean energy | Solar roofs and wind towers powering classrooms | 87% |
| Water saved | Rain tanks and greywater gardens active | 64% |
| Waste diverted | Recycling robots sorting mixed materials | 78% |
| Air quality | Trees, bikes, and electric buses reducing fumes | 92% |