Jun. 30, 2025
Agriculture
Oftentimes when we think about technology, computers, smartphones, smartwatches or video games are what come to mind. Some people don’t realize how technology can be involved when irrigating a home landscape, especially if they irrigate with a sprinkler hooked to a water hose.
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Technology, which is the application of scientific knowledge to the practical aims of human life, can play a big role in home landscape irrigation. The irrigation industry is experiencing tremendous growth in the area of technology development. Consumers are finding more irrigation products that use advanced sensors, Wi-Fi and app-based capability to keep the landscape looking its best. As we celebrate Smart Irrigation Month during July, it’s a good time to look at the benefits of a smart irrigation system.
While there’s nothing wrong with the tried-and-true sprinkler attached to a water hose, a smart irrigation system makes the job much easier and will conserve water. A smart irrigation system irrigates the landscape efficiently using technology. Sensors “talk” to the system using real-time weather data so it knows precisely how much water to apply.
By investing in smart irrigation technologies, homeowners can be sure to save water, money and time in caring for their landscapes.
Consider these three irrigation technologies:
Weather-based controller: These controllers adjust the irrigation schedule based on local weather conditions. This category has a wide range of products featuring various weather inputs and landscape-specific adjustment factors. When programmed correctly, these controllers self- adjust and require little intervention.
Sensor-based controller: These controllers rely on soil moisture sensors placed below ground in the root zones of the landscape to determine if and for how long to water. Systems with a sensor- based controller can be set to run based on soil moisture and the specific water needs of the plants in the landscape.
Population growth and an increase in irrigated agricultural land lead to a greater need for water and energy, at a time when global warming and rising greenhouse gas emissions are posing a real environmental challenge.
In this context, the benefits of smart irrigation, i.e., using the exact amount of water needed for each crop, help to optimize this scarce resource.
If we take a closer look at the human activities that require water, irrigation consumes the most; irrigated agriculture uses 70% of global water withdrawals and 90% of total consumption, according to the FAO.
The World Bank has reported that there are over 330 million hectares of irrigated land. Irrigated agriculture accounts for 20% of the total cultivated area and represents 40% of total food production worldwide. As a result, water used in farming is essential for global food security.
This explains why improving water management in agriculture and increasing water efficiency are key objectives for governments and organizations around the world.
Improving environmental sustainability requires the reduction of operating costs to offer better quality service to users, and increase irrigation efficiency.
Irrigation associations need to implement technological solutions which can improve the hydraulic efficiency of networks and optimize water and energy consumption, thanks to the use of advanced algorithms and machine learning processes.
Digital solutions help to remotely monitor and control geographically dispersed assets, providing a comprehensive operations center and transforming the way irrigation associations interact with water infrastructure.
Remote reading, leakage control, smart irrigation and data integration have become new trends in agricultural irrigation.
Related links:Contact us to discuss your requirements of Smart Irrigation System equipment(pt,sr,th). Our experienced sales team can help you identify the options that best suit your needs.
Irrigation associations are using digital transformation and technological platforms that bring the following benefits:
1. Centralized real-time management
Digital solutions enable users to view and monitor assets in real time, creating a holistic control center for infrastructure management.
The system provides the most relevant information from applications in the system, continuously summarizing operations.
In addition, the control center dashboard shows the most relevant infrastructure KPIs. This implies improved efficiency in field operations, greater end-user satisfaction and cost reductions.
2. Increased hydraulic efficiency
The use of sensors in the hydraulic network hierarchy affords greater control over flow and pressure metrics, thus cutting losses in the system and, therefore, decreasing the volume of unregistered water. This means a reduction in water resource consumption in river basins and improves environmental sustainability.
Remote reading of subscriber meters helps with early detection of leaks and fraud, and also contributes to enhancing the hydraulic efficiency of networks.
3. Optimization of water consumption
Innovative precision or agronomic irrigation gives recommendations to its users as to “where, when and how much” water is needed for their crops. Water consumption is optimized thanks to autonomous analysis and constant interpretation of all the variables and agronomic data available on the farm.
These technological solutions improve water efficiency, boosts environmental sustainability, optimizes work team performance, and increases farm productivity.
4. Optimization of energy consumption
As a result of the reduction in the volume of NRW and the reduction in crop water consumption, we will be able to reduce the water and carbon footprint.
Digital tools also allow the user to detect anomalies in the pumping systems through the operating status interface. The user can monitor the performance or the power factor of the pumping equipment, among others. In addition, the user can continuously monitor the performance of the equipment in order to anticipate at an early stage any incident that may increase energy consumption
5. Streamlining billing management
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