Smart Irrigation Market Size, Share, Growth, Trends, and Global Industry Analysis: By Type (Controllers, Sensors), Component (Controllers, Sensors, Meters, Others), By End User (Agricultural, Non-Agricultural) and Region Forecast 2019-2030

The smart irrigation market size was valued at US$ 1,580.0 million in 2023 and is projected to reach US$ 4,827.8 million by 2030 at a CAGR of 17.3% from 2024-2030. Moreover, the U.S. smart irrigation market is projected to at CAGR of 18% over the forecast period.

The market includes innovative irrigation systems and technologies that improve water usage in agriculture, landscaping, and turf management. These systems use technology like sensors, weather data, IoT, and automation to efficiently monitor and regulate water distribution, eliminating waste and ensuring that the right amount of water is administered based on real-time conditions. The market is expanding rapidly due to increased worldwide concerns about water conservation, the growing adoption of precision agriculture, and the need for efficient water management in both urban and rural locations. This market serves agriculture, residential, and commercial landscaping, offering solutions ranging from weather-based controllers to soil moisture sensors. Government initiatives promoting sustainable practices, as well as the increasing integration of IoT and AI technology into irrigation systems, are driving demand for these solutions. North America leads the market due to widespread technological adoption, but Asia-Pacific is experiencing significant expansion because of the expanding agriculture sector and water constraint challenges.

Key Players

The global market share is inclusive of several smart irrigation companies such as Netafim, Rain Bird Corporation, Rain Machine, Hydro Point, Banyan Water, Rachio, the Scotts Micracle-Gro, Galcon, Jain Irrigation Systems Ltd, The Toro Company among others.

List of Instances

• In October 2023, Netafim India, a leading provider of irrigation systems, introduced TurbuNext™ drip technology to provide farmers with superior water management capabilities. This unique drip irrigation system uses cutting-edge engineering to enhance water distribution, eliminate clogging, and increase overall watering efficiency.
• In November 2023, ImoLaza, a high-tech business committed to sustainable water management and sophisticated irrigation solutions, has announced ImoLaza® PRO, the latest addition to its smart irrigation series. This cutting-edge gadget is intended to change household irrigation by including intelligent elements that improve efficiency and encourage sustainable water use.

Facts & Figures

• The market in North America is expected to grow significantly, driven by advances in agricultural technology and the use of intelligent irrigation technologies. This region, which has a high rate of agricultural production, is expected to grow as more farms adopt sophisticated irrigation systems.
• The usage of smart irrigation controllers, particularly weather-based controllers, is quickly increasing because they assist save water, cut energy expenses, and minimize carbon footprint. This spike in popularity is attributed to their capacity to adjust irrigation schedules based on local weather conditions.
• Approximately 20% of cultivated fields in the United States presently use smart irrigation systems, indicating a huge opportunity for future expansion as demand for water-efficient agricultural practices grows.
• The market for smart irrigation in Europe is predicted to increase significantly, particularly in corn and wheat-producing countries, as demand for efficient water usage systems rises in the face of harsh weather circumstances.

Key Developments

• In November 2024, Cisgenics, a global leader in intelligent irrigation systems, has announced the international introduction of its flagship product, CisgenX, at the 2024 Irrigation Show in Long Beach, California. This unique system uses powerful Internet of Things (IoT) sensors, machine learning technology, and real-time data analytics to provide highly precise water management. CisgenX intends to transform water use across many industries by dramatically lowering both water and energy use.
• In August 2024, Lumo, a precision irrigation technology company, introduced a new 4-inch smart valve built for vineyard blocks of 5 to 20 acres. This innovative valve offers 24/7 remote control, block-level viewing, and real-time alarms, allowing for precise irrigation management according to growers' needs. Early adopters in regions like Napa and Sonoma have already embraced the technology, emphasizing its practical application in well-known viticultural areas.

Smart Irrigation Market Segmentation

By Type: Climate-based controllers lead the smart irrigation industry due to their superior functionality and capacity to optimize water usage using real-time weather data. These controllers are designed to dynamically change irrigation schedules based on temperature, humidity, wind, and rainfall, resulting in efficient water use and minimal waste. Their popularity originates from their capacity to save water, cut expenses, and improve plant health, making them ideal for both agricultural and urban landscaping applications.

Climate-based controllers are especially popular in regions such as North America and Europe, where water conservation legislation and a push for sustainable practices drive demand. For example, controllers are commonly used in precision agriculture systems and smart city landscaping projects that require effective watering. Advances in IoT and cloud-based technologies have increased the popularity of these controllers by allowing customers to remotely monitor and operate irrigation systems via mobile applications. With rising concerns about water scarcity and a growing demand for automated, data-driven solutions, climate-based controllers are projected to maintain their market leadership.

By Component: Controllers lead the market because they play an important role in automating and optimizing irrigation systems, resulting in effective water management. These devices act as a central hub for gathering and processing data from multiple sensors, allowing for accurate and timely water supply based on environmental and soil conditions. Advanced controllers, such as climate-based and soil moisture sensor controllers, are particularly popular because they enable users to dynamically tailor irrigation schedules, saving water and money. The increased integration of IoT and cloud-based technologies has substantially improved controller functionality, allowing for remote monitoring and real-time decision-making via mobile apps or web interfaces. This idea is especially useful in agricultural and urban applications, where water conservation and operating efficiency are critical.

By End User: The agriculture industry is the most important end-user segment in the market, driven by the essential need for efficient water management to increase crop yield and solve global water scarcity. Agriculture consumes the most water in the world, yet traditional irrigation methods frequently waste a significant amount. Smart irrigation systems, particularly those equipped with modern controllers and soil moisture sensors, are increasingly being used to optimize water use in agriculture. These technologies ensure that crops receive the exact amount of water required, lowering waste and operational costs while increasing yields. Furthermore, rising global food demand, combined with unpredictable weather patterns caused by climate change, has increased the necessity of water-saving technologies in agriculture. Farmers can now remotely monitor and regulate irrigation due to advances in IoT and AI, which is driving the segment's growth.