Technology leads to empower the world Sustainable ecological development
Technology leads to empower the world Sustainable ecological development
Technology leads to empower the world Sustainable ecological development
COP28 United Nations Climate Change Conference, XPF joins global heads of state, government representatives, international organizations, and business leaders at COP28.
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
Fertilizer
Automatically adjusts nutrients to suit plant growth stages
Temperature and humidity
Automatically adjusts nutrients to suit plant growth stages
Light
Sunlight collection technology combined with LED light supplement
Air
Micro-porous ventilation, CO2 injection
Water
Atmospheric water generation and rainwater collection
- 6
- Main Systems
- 22
- Subsystems
Energy Supply System
Utilizing local natural resources for clean energy generation,ensuring self-sufficiency in energy and stable production for XPF even in extreme environments.
Water Supply System
Utilizing available water resources according to local conditions, saving costs, and increasing profitability while ensuring stable production for XPF.
Intelligent Light Integral Matching System
Introducing sunlight indoors through fiber optics, providing a full spectrum that better suits plant growth. This system conserves energy while improving production efficiency and quality.
Energy-saving Environmental Control System
Light, temperature, humidity, carbon dioxide, airflow, and other environmental parameters are adjusted in an integrated manner This system increases energy efficiency and improves production quality.
Smart Planting System
1:1 real-time feedback of the XPF system’s operational status Automatic adjustment of nutrient solution elements based on the plant's growth status Predict yield, optimize operations, and enhance production efficiency.
Smart Operations System
Incorporates the latest AI technology.Automates the entire process, from sowing to harvesting, saving labor, optimizing operations, and improving production efficiency.
System
System
Control System
system
System
Converting sunlight into electricity to provide energy for the entire facility.
Multiple Water Supply Methods.
Environmental protection, energy-saving, wide range of applications.
Non-fixed nutrient solution formulations; based on crop type, quality, and functional needs, the nutrient concentration is monitored and adjusted in real-time.
Automatic precision tracking of the sun, high lens group lighting, fiber optic transmission, lighting projection, and real-time transmission of sunlight to the planting rack Breaking through the limitations of building shades, configurable sunlight intensity, light energy utilization efficiency ≥ 80%, safer operation with photoelectric separation.
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
