Modern Irrigation in the Context of New-Generation Productive Forces

Looking toward the future, irrigation design is evolving toward greater intelligence, integration, and sustainability. The following technological directions deserve close attention.

Release date:

2025-09-09

Looking toward the future, irrigation design is evolving toward greater intelligence, integration, and sustainability. The following technological directions deserve close attention.

The deepened application of efficient water-saving irrigation technologies still relies on traditional, proven methods—while continuously integrating with智能化 (smart technology).

• Drip irrigation, spray/micro-irrigation, and subsurface drip irrigation: These technologies form the physical foundation for achieving precise water management. In particular, subsurface drip irrigation—often hailed as "the world’s most water-efficient" method—holds immense potential for widespread adoption. Compared to conventional irrigation, integrated water-fertilizer film-under-drip irrigation can save up to 26.32% of water, while intelligent, precision drip irrigation systems can boost water savings even further, reaching rates as high as 40%–54% for certain crops. Moreover, a patented "drip irrigation pipe" technology claims to reduce water usage by an impressive 80%.

• Water-fertilizer integration: Precisely synchronizing fertilization with irrigation is the core technology for enhancing the dual efficiency of water and fertilizer use, enabling precise delivery tailored to the specific needs of each crop.

The deep integration of the Internet of Things and artificial intelligence—specifically, the convergence of AI and IoT—is the core driving force behind the modern irrigation technology revolution. As its applications evolve from simple automation toward advanced智能化 solutions, they are increasingly focused on addressing the aforementioned challenges of data accuracy and cost-effectiveness.

The Collaborative Development of Biotechnology and New Materials

Water-saving technologies: Developing drought-resistant, water-efficient crop varieties is one of the fundamental measures for water-conserving agriculture. Combined with bioregulators and drought-resistant chemical regulation techniques, these approaches can enhance water-use efficiency at the plant physiological level.

• New material applications: Continuously improved new materials for irrigation equipment such as pipes and drippers enhance the system's durability, clog resistance, and anti-seepage performance, indirectly leading to water conservation and reduced maintenance costs.

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