智能化的灌溉是通过土壤湿度来决定灌溉的，土壤湿度传感器放置在种植农作物的土壤中，通过土壤湿度传感器，可以实时监测到土壤中的水分数据，土壤水分数据可以实时传送至后台系统中，当土壤中的水分低于标准值，系统就能自动打开灌溉系统，为农作物进行灌溉，当土壤中的水分达到了标准值，系统又可以自动关闭灌溉系统！通过这样自动化的控制，一个人可以轻松管理几十亩的灌溉！
Intelligent irrigation is determined by soil moisture. The soil moisture sensor is placed in the soil where crops are planted. Through the soil moisture sensor, the water data in the soil can be monitored in real time. The soil moisture data can be transmitted to the background system in real time. When the water in the soil is lower than the standard value, the system can automatically turn on the irrigation system to feed the crops. Line irrigation, when the soil moisture reaches the standard value, the system can automatically turn off the irrigation system! Through such automatic control, a person can easily manage dozens of acres of irrigation!
智能灌溉还可以实现分区域的控制，举个例子来说比如种植面积有五十亩，如果只是通过一个点的土壤湿度数据，来控制五十亩的灌溉，那肯定是不合理的，也会造成灌溉水资源的浪费，为了避免这种情况的发生，智能灌溉系统可以根据种植面积大小来划分区域，使用分区域的监测和控制，通过区域的划分控制，让种植灌溉更加合理，同时大大减少灌溉水的浪费！
Intelligent irrigation can also realize the control of different regions. For example, if the planting area is 50 mu, it is certainly unreasonable to control the irrigation of 50 mu only through the soil moisture data of one point, which will also cause the waste of irrigation water resources. In order to avoid this situation, the intelligent irrigation system can divide the regions according to the planting area. By using the monitoring and control of different areas, the planting irrigation is more reasonable and the waste of irrigation water is greatly reduced.