Research and Design of a Water-saving and Efficiency-enhancing Irrigation Device for Agriculture and Forestry
Abstract：In response to the growing global water scarcity, this study designs a water-saving and efficiency-enhancing irrigation device for agriculture and forestry. By analyzing the design principles of water-saving and efficiency enhancement, considering the differences in water demand between crops and soil as well as environmental impacts, this paper proposes an efficient irrigation equipment selection, scientific pipeline layout, water pressure and volume control design, and an integrated automation control system. A optimized irrigation algorithm based on crop water demand models and soil moisture changes is constructed, and intelligent technology is used to realize dynamic adjustment of irrigation frequency and volume. The results show that this device can significantly reduce water waste, meet diverse irrigation needs, while reducing operating costs and enhancing system sustainability. The research conclusion indicates that scientifically designed and intelligently managed irrigation devices can achieve water-saving goals and have significant implications for the sustainable development of agriculture and forestry.
Keywords：Water-saving and Efficiency-enhancingIrrigation DeviceAgriculture and ForestryCultivation
Publication Date：2025-02-27
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：4( 32-35 )