An intelligent controlled indoor plantation system in the context of an LED plant growth light is disclosed to meet the demands of energy conservation and environment protection as well as intelligent plantation. The system is characterized in that the system comprises a growth rotating module, a plant growth chamber module, an LED light source module, a water supplyling module, an energy supplying module, a central controlling module and a user terminal. A user can examine the plant growth conditions through a mobile terminal or a PC terminal, and can adjust the ratios and intensities of different light rays of the plant growth light as well as the temperature, the carbon dioxide concentration, and the moisture parameters to meet the growth requirements of different plants.
