This technology uses sealed cabin as artificial climate chambers to dynamically regulating four core parameters-temperature, humidity, light, and gas composition, simulating the optimal growth environment for different edible fungi. Then, mathematical models are established based on fungal physiological characteristics, and environmental parameter combinations are optimized through AI algorithms. In the end, production processes of edible fungi are reconstructed relying on environmental intelligent regulation systems and IoT.

Technology provider:Institute of Urban Agriculture, Chinese Academy of Agricultural Sciences