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The pursuit of efficiency and precision in modern agriculture has led to the development of unmanned intelligent precision seeding machines, crucial for advancing agricultural mechanization and intelligentization. This paper focuses on the role of these systems in enhancing sowing efficiency, reducing labor, and improving yield and quality. It details the integration of electric seed dispensing, path planning, solar power, and seed monitoring technologies, enabling autonomous navigation and precise seeding. The study evaluates the system’s performance in real-world agricultural scenarios, highlighting its adaptability and reliability. The findings contribute to the scientific understanding of agricultural modernization and its impact on global competitiveness.

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Unmanned Intelligent Precision Seeding Machine: Technological Innovation Promoting the Transformation of Agricultural Mechanization to Intelligence

  • 会议论文

  • 发表日期：

    2025年

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  • Han Hanlin,
  • Niu Wenbo,
  • Lang Jichao,
  • Mou Mingrui,
  • Yang Dongbo,
  • Ji Zangchi

摘要

The pursuit of efficiency and precision in modern agriculture has led to the development of unmanned intelligent precision seeding machines, crucial for advancing agricultural mechanization and intelligentization. This paper focuses on the role of these systems in enhancing sowing efficiency, reducing labor, and improving yield and quality. It details the integration of electric seed dispensing, path planning, solar power, and seed monitoring technologies, enabling autonomous navigation and precise seeding. The study evaluates the system’s performance in real-world agricultural scenarios, highlighting its adaptability and reliability. The findings contribute to the scientific understanding of agricultural modernization and its impact on global competitiveness.