1. Soil moisture sensor
The soil moisture sensor measures the dryness of soil
directly. The probe is usually inserted at the same depth of the plant's root,
which gives a more accurate measurement. The soil controller is used to control
the soil sensors located in different locations. Control Smart Irrigation System using IoT at
different locations. The management platform allows you to set alarm levels for
soil sensors that are located in different areas. When the soil moisture is
above the alarm level, the controller will close the water valve. If the soil
moisture is below the alarm level, the controller will open the water valve.
Depending on the soil type, we can select different soil moisture sensors. When
purchasing sensors, consumers only need to verify system compatibility.
· Soil Moisture Sensor
· Soil Moisture Detector For Automatic Irrigation Systems
·
Soil
Moisture Sensors For Agriculture
2. Evaporation Sensor With Leaf Wetness Sensors
Evaporation sensors can be used to monitor the weather.
The value of the sensor reflects how much soil surface evaporation has
occurred. This information about climate can be used to adjust the duration of Smart
Irrigation System using IoT. Encourage water circulation around local areas.
The use of an evaporation sensor reduces irrigation water by a significant
amount.
Leaf wetness sensor
The sensor mimics the characteristics of a leaf and can
therefore accurately reflect changes in leaf moisture. We can monitor the leaf
moisture to determine if the plants are lacking water and if the soil needs
watering. The evaporation sensors measures water evaporation from the surface
of the soil. The leaf wetness sensors reflects the evaporation from plant
leaves.
3. Rain and Snow
Sensor
If it rains while you're watering, stop immediately.
Rainwatering wastes money and water, and can cause runoff. This function is
also available in smart irrigation. This function is based on the rain and snow
sensors. The rain and snow sensors have metal wires that conduct electricity
when they are in contact with rain or snow. The management platform receives an
electrical signal and notifies the controller of the need to close the valve at
the right time.
Rain and Snow Sensor
Rain and snow sensors are very inexpensive. The surface
won't freeze even during the harshest winters, thanks to the automatic heating
feature. Irrigators can save water and money by adjusting their irrigation
system to the amount of snow and precipitation that falls each year.
4. Wind speed sensor
It is important to avoid watering your lawn during windy
conditions. This can affect the uniformity and amount of water that gets into
the soil. Installing wind sensors to interrupt irrigation cycles if wind speeds
exceed a threshold is necessary. We can rationally plan the irrigation cycle
and duration based on the weather conditions of the area. This will save water.
Wind Sensors and
Related Problems
The benefits of smart irrigation systems
Save on manpower. Smart Irrigation System based on IoT is a
more automated system than traditional irrigation. The irrigator does not need
to walk the field with the nozzle. It is not necessary to open or shut the
water valve manually. The entire irrigation process can be completed by a
mobile phone or computer. You will no longer have to worry about your garden
plants wilting due to a lack of water while traveling. You can now play
wherever you want.
Save water. Smart Watering System replaces flood irrigation
and is designed to conserve water. The plants grow faster with less water.
Smart irrigation systems are able to collect data on soil moisture and control
irrigation water effectively. The system is equipped with a water-saving
circulation system.
Remote management. You can complete irrigation and
monitoring work using a computer or mobile phone. You can simply turn on your
phone to monitor the plant's growth. A single person can manage several cloud
platforms simultaneously and irrigate thousands acres of farmland. This saves labor
costs.
Fine irrigation. We adjust the irrigation system in real
time based on the data collected by the sensors. Regularly and quantitatively
water the plants according to their growth. The garden will grow healthier if
you water it evenly.
Intelligent control. The cloud platform is updated
immediately to allow for timed irrigation, cycle irrigation, remote and
flexible switching among the three modes of irrigation.
