Disclosed is an air conditioning system for low-temperature-type mushroom cultivation. To this end, an air conditioning system for low-temperature-type mushroom cultivation is provided, the air conditioning system comprising: first and second cold/warm air blowers installed in delimited regions of a mushroom cultivation building, respectively, so as to selectively blow cold air and warm air thermometers for measuring the temperatures of the regions, in which the cold/warm air blowers are installed, respectively and a control box connected to respective cold/warm air blowers and to respective thermometers so as to sense the temperatures of respective regions and configured such that, when a temperature actually measured by a thermometer reaches a target temperature, the cold or warm air output operation of the first and second cold/warm air blowers is switched to the opposite and, when a temperature actually measured in a region, in which each cold/warm air blower is installed, reaches a preset deviation temperature, the output operation of the cold/warm air blower installed in the corresponding region is re-switched to the opposite. A transparent heating substrate having excellent economic merits can be fabricated through a simple process. The present invention is advantageous in that the inner space of the mushroom cultivation building is automatically adjusted so as to come close to the temperature and humidity settings for mushroom cultivation, thereby stably maintaining an environment suitable for mushroom cultivation.Linvention concerne un système de conditionnement dair pour la culture de champignons de type à basse température. A cet effet, un système de conditionnement dair pour la culture de champignons de type à basse température est prévu, le système de conditionnement dair comprenant : des premier et second ventilateurs dair froid/chaud installés respectivement dans des zones délimitées dun bâtiment de culture de champignons de manière à souffler sélecti
