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Differences between integrated water-fertilizer equipment and traditional irrigation

Release Date:

2020-04-05

Fertigation systems are already in use in many regions, and traditional irrigation methods are gradually being phased out.

Agricultural cultivation is inseparable from timely and efficient irrigation. With the development of the farming industry, fertigation systems have been adopted in many regions, gradually phasing out traditional irrigation methods. So what are the specific differences between fertigation and conventional irrigation? Let’s take a detailed look.

Let’s start by discussing traditional irrigation. In the past, irrigation was typically based on experience or followed a fixed schedule: for example, when it seemed that the soil was lacking moisture, a hose would be connected and the field would be thoroughly watered; once it appeared that enough water had been applied, the irrigation system would be turned off. However, this approach is often inefficient—there’s no way to know whether the crops actually need watering, let alone how much water is sufficient before shutting off the system. As a result, it easily leads to wasteful use of water resources.

Fertigation machine Irrigation system control is sensor-based: soil moisture sensors provide real-time monitoring of soil water and nutrient levels. When soil moisture falls below the target threshold, the system automatically activates irrigation to supply crops with water; once soil moisture reaches the desired level, the system automatically shuts off. This data-driven, real-time monitoring and control ensures more efficient irrigation practices, significantly reducing water use while maintaining optimal soil moisture conditions.

We believe that, based on the information provided above, you now have a clear understanding of the differences between fertigation systems and traditional irrigation. Fertigation systems operate on the same principle: soil N-P-K sensors continuously monitor nutrient levels in the soil. When the sensor detects that soil nutrient levels have fallen below the target threshold, the system automatically applies fertilizer; once the target levels are reached, the system automatically shuts off the fertilization process.

In essence, the key difference between integrated water–fertilizer irrigation systems and traditional irrigation lies in the real-time data support provided by smart irrigation. Relying on this data enables more precise and efficient irrigation and fertilization throughout the growing season, thereby achieving significant savings in both water and fertilizer use.

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