Introduction – Virgo Plant Factory

Virgo plant factory is being designed to transform the agriculture and farming through the innovative use of the cutting-edge technologies including IoT-based growing process, net-zero and energy-efficient farming technologies, AI and big data automation as well as smart blockchain based agriculture ecological system technology. Virgo plant factory will take greenhouse agriculture to new heights. We pursue better, smarter and more efficient technologies that make human life better, smarter and more efficient.

Part I of a flower plant factory in Canada

The core technologies

The core technologies of the plant factory will include but are not limited to

  • 1) process layout
  • 2) nutrient solution
  • 3) engineering soil & fertilizers
  • 4) penetration of special photosynthesis
  • 5) each layer of photosynthesis
  • 6) AI
  • 7) blockchain application, smart contracts, and relation between our plant factories and customers
  • 8) clean energy power and battery system
  • 9) cleanliness treatment of environment
  • 10) sewage treatment
  • 11) garbage disposal
  • 12) sensor systems of temperature, relative humidity, sunlight, water quality, oxygen content, CO2, pH, concentration, and etc.
  • 13) control systems, such as light board programming, irrigation programming, and fan programming
  • 14) building automation systems
  • 15) structural system
  • 16) macro and micro electrical systems
  • 17) HVAC
  • 18) irrigation & water system supply and drainage systems
  • 19) computer hardware and software systems
  • 20) extraction, N2 refrigeration & transportation system
  • 21) product assurance ecosystem.

2) nutrient solution; 3) engineering soil & fertilizers; 4) penetration of special photosynthesis; 5) each layer of photosynthesis; 6) AI; 7) blockchain application, smart contracts, and relation between our plant factories and customers; 8) clean energy power and battery system; 9) cleanliness treatment of environment; 10) sewage treatment; 11) garbage disposal; 12) sensor systems of temperature, relative humidity, sunlight, water quality, oxygen content, CO2, pH, concentration, and etc.; 13) control systems, such as light board programming, irrigation programming, and fan programming; 14) building automation systems; 15) structural system; 16) macro and micro electrical systems, 17) HVAC; 18) irrigation & water system supply and drainage systems; 19) computer hardware and software systems; 20) extraction, N2 refrigeration & transportation system; 21) product assurance ecosystem.