Method for planting edible mushrooms by using intelligent three-control photovoltaic greenhouse

Abstract

The invention relates to a method for planting edible mushrooms and particularly relates to a method for planting the edible mushrooms by using an intelligent three-control photovoltaic greenhouse. The method is characterized in that parameters including temperature, humidity and carbon dioxide concentration in the photovoltaic greenhouse are controlled; the temperature in the photovoltaic greenhouse in a whole planting period of the edible mushrooms keeps at 25 DEG C; the carbon dioxide concentration is controlled to be lower than 5000PPM; the humidity in an edible mushroom mycelium growth period keeps 60%-70% and the humidity in a sporocarp growth period keeps 85%-90%. The method for planting the edible mushrooms by using the intelligent three-control photovoltaic greenhouse has the advantages that (1) the high-quality edible mushrooms can be produced all the year round; (2) the parameters in the whole growth period of the edible mushrooms are strictly controlled; the temperature, the humidity and the carbon dioxide concentration are limited in a floating range of a parameter setting value by a feedback mechanism, so as to strictly guarantee the quality of the produced edible mushrooms; (3) power utilization problems of various types of equipment can be solved by the power generation of solar cell modules so that the cost is reduced.

Description

technical field [0001] The invention relates to a method for planting edible fungi, in particular to a method for planting edible fungi by using an intelligent three-control photovoltaic greenhouse. Background technique [0002] At present, with the development of high-quality edible fungus production and the promising benefits, especially the rapid increase in the export of high-quality edible fungi and the demand in the international market. Mushroom farmers hope to increase the output of edible fungi and achieve year-round production. But because the growth of edible fungus needs the limitation of climatic conditions, it is not suitable for production in summer and winter in one year under natural conditions, and there are many problems to be solved. However, even in the seasons suitable for production in spring and autumn, abnormal weather has a greater impact on the production of edible fungi. [0003] In recent years, the emergence of photovoltaic greenhouses has bec...

AI Technical Summary

Problems solved by technology

However, the construction of an ecological environment in photovoltaic greenhouses is still rarely involved. Therefore, combining the cultivation of edible fungi with ecological photovoltaic greenhouses, and controlling appropriate growth parameters to increase the yield of edible fungi has become a current research hotspot.