温室环境多效水循环系统研究OA

In response to the dual challenges of high humidity environment regulation and water shortage faced by greenhouse agriculture in arid and semi-arid regions as Inner Mongolia,this study aims to break the limitations of traditional technologies that separate humidity control from water supply.Through an integrated design,the condensation dehumidification process is integrated with the active water-gathering function to achieve a closed-loop water cycle of"dehumidification-water gathering-reuse".The core design includes:innovative multi-layer trapezoidal corrugated evaporation panel,a highly integrated quad-module system architecture,and a smart control mechanism.The results show that the integrated system successfully efficient dehumidification of the humid air in the greenhouse and simultaneous recovery of liquid water.It effectively regulates the humidity environment in the greenhouse,significantly recovers water resources,dependence on external water sources,and explores waste heat recovery for overall energy efficiency improvement.The modular design of the trapezoidal evaporation panels also greatly reduces maintenance costs.This system provides sustainable solution of"treating drought with humidity"for greenhouses in arid regions.