1. Compared to surface irrigation, water conservation saves 30-50% of water.

2. The diameter of water droplets and the intensity of sprinkler irrigation can be adjusted according to the soil texture to prevent erosion and prevent the loss of water, soil, and fertilizer.

3. Adopting sprinkler irrigation can save 7-13% of the total area of field ditches and improve land use efficiency.

4. The application of labor-saving sprinkler irrigation has improved the mechanization and automation of irrigation, greatly reducing labor intensity and saving labor.

5. Highly adaptable sprinkler irrigation is not limited by terrain slope and soil permeability, making it suitable for irrigation in hilly areas with complex terrain where surface irrigation methods are difficult to achieve.

6. Increasing crop yield through sprinkler irrigation facilitates strict control of soil moisture and maintains soil fertility. At the same time, it can regulate the microclimate in the field, reduce leaf surface temperature during hot seasons, and flush away dust on stems and leaves, which is beneficial for plant respiration and photosynthesis, achieving yield increasing effects. Sprinkler irrigation can increase the yield of field crops by about 20%, economic crops by more than 30%, vegetables by 1-2 times, and also improve product quality. Sprinkler irrigation has a wide range of applications and is almost suitable for irrigating all dry crops, such as grains, vegetables, fruit trees, etc Materials, etc. From the perspective of terrain, it is suitable for both plain and hilly areas; From the perspective of soil quality, it is suitable for both soils with high permeability and soils with low infiltration rates. Sprinkler irrigation can not only be used for crop irrigation, but also for garden, grassland, and flower irrigation. It can also be used for spraying fertilizers, agriculture, and more Frost removal, heatstroke prevention and cooling, dust prevention, etc.