Low-Carbon Environmental Friendly
Intelligent fibre-optic sunlight induction sunlight +LED supplementary light with Automatic adjustmen
Air water generation and collection of natural precipitation to obtain water resources
Automatically adjust nutrient solution composition based on plant growth status
AI intelligent control system automatically adjusts to optimal growth parameters



- 6
- Main Systems
- 22
- Subsystems
System
System
Control System
system
System
Major technical components: Refrigeration and heating principles



Nano Photocatalyst Continuous sterilization | Transformation | Purification


Rare Earth Light Conversion Technology Customized to meet the required light integral and spectrum for different plants

XPF Intelligent Planting System





AI intelligent control
Precision breeding
Optimized selection
Growth speed recognition
Growth status recognition
Growth speed recognition
Health status identification
Crop quality selection
Growth speed recognition

Control System


control system

system

planting system

system

system

control system
● Solar thermal coupled adsorption refrigeration technology
● Photoelectric coupled evaporative cooling technology
● Jet uniform airflow technology
● Microporous air delivery technology
● Atmospheric water generation technology
● Seawater desalination technology
● Transpiration water condensation and recovery
● Rare earth light conversion technology
● Sunlight guiding technology
● Rare earth light conversion technology
● Image recognition technology
vast prospects








Resulting in lower carbon emissions and costs

Water (L)
Electricity (KW.h)
Fertilizer (G)
Labor (Person)

Reduce water resource consumption
Promote the use of renewable energy
Encourage green urban space development
Reduce land use and forest degradation
Restore ecosystem biodiversity
Reducing carbon emissions from global crop growth
Reforestation technologies
Restoration of degraded land
Climate change adaptation strategies

Assist with research on super crop growth in space
Contribute to the Mars colonization plan
Support space mission completion