As per the UN report of 2016, the global population is expected to reach 9.3 billion by 2050, which can create an impact to increased demand for food, which would require the current food production to double by 2050. Smart agriculture solutions such as smart irrigation can help in achieving this demand by optimizing agricultural practices, minimizing waste, conserving water, and providing timely agricultural advisory.
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A broad range of smart irrigation technologies is available in the industry, beneficial to the consumers. Selecting the respective technology as per the specific requirement is important to attain the desired water savings. Smart irrigation controllers technology is one of them. Smart irrigation controllers help in reducing the outdoor water usage by monitoring and controlling the site conditions which include soil moisture, rain, wind, slope, plant type, and others. Due to climate change, there is currently a high demand for weather-based irrigation controllers. Additionally, with the increase in the number of golf courses, playgrounds, and others, the use of weather-based irrigation controllers have increased significantly.
With the use of weather-based controllers, outdoor water usage has been reduced to a greater extent. For instance, in the U.S., residential areas with weather-based controllers has witnessed an average increase of 20% water reduction as compared with the scheduled irrigation facility. However, the desired results in terms of water reduction and irrigation schedules can be achieved based on the geographic location and the landscape environment.
As compared to weather-based controllers, soil-based moisture controllers are expected to reduce irrigation without affecting the landscape quality. As compared with the household irrigation schedule, soil-based moisture controllers provided an average of more than 70% irrigation savings and more than 30% of the water saving during the drought conditions. A typical soil moisture controller ranges form $200-$1,800.
Smart irrigation technologies help consumers of both agriculture and non-agriculture industries to schedule irrigation patterns and manage water demand with regard to their lawns, fields, or crops. Increasing importance of proper watering schedules and irrigation solutions in non-agricultural applications such as residential, turf and landscape, and golf courses, is a major reason for the growth of the non-agriculture industry.
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The demand for fresh water for irrigation purposes in the agriculture has been rapidly increasing. To meet this demand, optimal use of water is done which is achieved through the use of irrigation controllers, sensors and remote operations. Usually, the agriculture industry faces several risks which include monsoon forecasts, inadequate irrigation, and problems associated with traditional harvesting methods, which affects the overall productivity. The use of smart irrigation controllers can help farmers in overcoming these risks.
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