Study on the Environmental Suitability of Summer Culture in Edible Mushroom Solar Greenhouse
The high temperature in summer is the main reason for the high temperature and high humidity environment in the edible mushroom solar greenhouse,which is not conducive to the growth of edible mushrooms.Secondly,the scattered radiation is considered in the establishment of the solar radiation model,and the radiation intensity is corrected by the cloud occlusion coefficient method,and the calculated results are used as the input parameters for the simulation of the thermal environment of the solar greenhouse,and the CFD model of the solar greenhouse on a typical day in summer is established.Finally,the average relative errors of temperature and relative humidity of the established model and the unmodified solar radiation model are 4.3%and 5.0%,respectively,and the average relative errors of temperature and relative humidity of the unmodified solar radiation model are 4.8%and 5.3%,respectively,which indicates that the established solar radiation model improves the accuracy of thermal and humid environment simulation.In addition,by simulating the airflow organization design in the greenhouse,it was proved that even in the extreme climate of summer,it was proved that the temperature and humidity range suitable for the growth of Pleurotus eryngii could be ensured,and then it was proved that the solar greenhouse could be controlled by air conditioning to achieve a suitable environment for the growth of edible mushrooms.
edible mushroomsolar greenhouseCFD simulationsolar radiation model
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