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Installation and Use of the Integrated Smart Water Meter for Drip Irrigation

Release Date:

2019-10-18

Remote control of the intelligent integrated water–fertilizer machine is achieved by installing a mobile app and enabling remote-control functionality on a computer, allowing users to turn the smart fertilizer applicator on or off and initiate irrigation and fertilization for crops anytime, anywhere. The installation procedure for a fully automated fertilization and irrigation system in greenhouses is as follows: The intelligent integrated water–fertilizer machine is typically installed at the outlet of the irrigation system, comprising a water pump, a fertilizer applicator, a filter, a pressure gauge, and other components, and serves to provide pressure, deliver fertilizer, and perform filtration. A timer can be installed at the head of the system for automated control. The water source may include river water, pond water, stream water, reservoir water, or pond water; the water is pressurized by the pump, then passes through the fertilizer applicator and filter before entering

Remote control of the intelligent integrated water and fertilizer machine is achieved by installing Mobile phone App and computer Remote control The function enables remote, anytime, anywhere control of the smart fertilizer applicator to irrigate and fertilize crops. Greenhouse of Fully automatic Fertilization Installation Methods for Irrigation Systems As follows ：

Installed in the head-end system ： Smart Integrated Water and Fertilizer Machine Usually Install In Irrigation System The location of the outlet in , consisting of a water pump, Fertilizer applicator , consisting of filters, pressure gauges, and other components, featuring Provide pressure 、 Fertilization, filtration and other functions. A timer can be installed on the control header. The water source may include river water, pond water, stream water, reservoir water, or pool water; the water is pressurized by a pump and then passes through Fertilizer applicator, After filtration by the filter, it enters Irrigation System.

The first work based on fertilizer entering Irrigation Based on the system configuration, drip and sprinkler irrigation systems can be classified as either pump‑after (forced‑pressure) systems or pump‑before (suction) systems.

( 1) Fully automated greenhouse irrigation system: Fertilizer is mixed with the irrigation water in the fertilizer tank and then pressurized into the system at the pump outlet. Irrigation The system may employ submersible pumps, self-priming pumps, or pipeline pumps. The fertilizer tank must be highly robust to withstand substantial pressure; it can be made of iron or concrete, though the latter is less commonly used in production.

( 2) Fully automated greenhouse irrigation system: fertilizer is added at the water inlet of the pump. Previous , entering together with the water via the pump’s suction Irrigation System, water pump Okay. Select a pipeline pump, submersible pump, or self-priming pump. Pipeline pumps are generally used for fixed installations in greenhouse complexes. of irrigation System; And Submersible pumps, self-priming pumps Common Used for single one shed or Multiple shed of Mobile Irrigation System.

Fully automated greenhouse irrigation relies on pipelines and drip emitters, so it is essential to use high-quality filters for sprinkler irrigation and to regularly clean the nozzles during operation to ensure unobstructed water delivery. Currently, sprinkler tape irrigation is primarily employed for a variety of cash crops, such as tea and ornamental flowers.

Sprinkler irrigation tape is suitable for various terrains, and its water-saving and irrigation efficiency remains unaffected by changes in topography.

First, on ordinary farmland, the specialized application of micro-sprinkler tape—directed at the roots of plants and crops—not only reduces water loss but also significantly enhances irrigation efficiency. Second, when used in relatively rugged mountainous terrain and on slopes, where rainwater runoff can easily lead to severe soil erosion, micro-sprinkler irrigation helps protect the soil. Third, when deployed near large gullies or embankments, it enables effective… of Communication, also Ensure that water resources are Sufficient Utilize, sprinkler irrigation tape simultaneously Also possible Improve the efficiency of irrigation use.

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Causes of Drip Irrigation Emitter Clogging

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