The water-fertilizer integrated machine dissolves fertilizer in water according to the regularities and quantities of the water requirement for the fertilizer, delivering it regularly and quantitatively to the soil area where the roots of the crops are concentrated, and directly supplying both water and nutrients to the crops."Time it right for the crops, ensuring they can drink when thirsty and eat when hungry; it also reduces water and fertilizer waste due to evaporation and leaching, significantly enhancing water and fertilizer utilization efficiency.

Viewed from below, after the fertilizer dissolves, it enters the soil solution where nutrients near the plant roots are absorbed. The soil solution far from the roots has a higher concentration, which diffuses towards the plant roots, carrying the nutrients with it and facilitating their absorption. From the surface, when plants are exposed to sunlight, their leaf stomata open and transpire, leading to water loss. The roots continuously absorb water to replenish the water lost through transpiration in the leaves. Therefore, nutrients dissolved in water are transported to various parts of the plant along with the absorption and movement of water. The roots are the..."Water is the 'legs' of fertilizer. Without 'legs,' the fertilizer cannot 'walk into' the crops' mouths."

The water-fertilizer integration machine is an agricultural water-saving technology that dissolves fertilizer in water through a pipeline irrigation system, simultaneously conducting irrigation and fertilization to meet the timely and appropriate water and nutrient needs of crops, achieving synchronized management of effective water and fertilizer utilization. Through controlled water supply pipelines, fertilization systems, compatibility, water conveyance pipelines, and drip irrigation methods, it uniformly, regularly, and quantitatively permeates the root growth areas of crops, keeping the main root system of the soil loose and well-hydrated.

Based on the characteristics of different crop fertilizers, soil conditions, and soil nutrient content, we have designed water and fertilizer requirements at various growth stages and provide water and fertilizer directly to the crops in the appropriate quantities and at the right times. The intelligent water and fertilizer comprehensive management system can conveniently and efficiently achieve the automation of comprehensive water and fertilizer management, thereby gaining recognition and popularity among agricultural professionals. It is crucial to manage the combination of water and fertilizer effectively. What should be considered when using an intelligent water and fertilizer integrated machine?

Fertilizer Solubility: Due to the small irrigation channels in integrated water-fertilizer systems, clogging is a common issue. Generally, compound fertilizers contain a high amount of insoluble nutrients and impurities, which can easily block the filtration system. Therefore, it is recommended to combine water and fertilizer, using high-solubility fertilizers. Fertilizer Formulation: Different crops require varying amounts of fertilizer. Even within the same crop, different growth stages demand different quantities of the same elements. Thus, we need to match the nutrient elements based on the actual needs of the crops at each growth stage.

Secondary Dissolution of Water-Soluble Fertilizers: Despite the high dissolution rate of water-soluble fertilizers, the dissolution speed is low. Therefore, continuous stirring is required during the dissolution process to accelerate the speed. Water-soluble fertilizers may enter directly or not dissolve completely. Some may think that a larger container volume ensures dissolution, but in reality, the bottom of the pool often has a layer of white sediment. It is recommended to dissolve the water-soluble fertilizer in a container before pouring it into the槽.