农业大棚结构系统设计

Agricultural Greenhouse Structural System Design

摘要: 本文设计了一种现代智能化农业大棚结构系统，通过优化布局、节省材料、提升环境控制能力改善大棚内部生长环境。设计中参考大量资料，详细计算风载、雪载及内部载荷，确保结构稳定与功能完备。优化结构设计减少材料使用，同时保障稳固性和耐久性；配备可调节光照系统、气体监测调节系统、自动水肥系统及智能化控制系统，实现高效农业生产管理。该方案提升了大棚功能性，减少人工干预，提高生产效率和资源利用率，符合现代农业发展需求。

Abstract: This paper designs a modern intelligent agricultural greenhouse structure system aimed at improving the internal growing environment by optimizing layout, saving materials, and enhancing environmental control capabilities. During the design process, extensive agricultural greenhouse data was referenced, and detailed calculations were conducted for wind load, snow load, and internal loads to ensure structural stability and functionality. By optimizing structural design, material usage is reduced while ensuring the greenhouse’s stability and durability. An adjustable lighting system is designed to automatically regulate the light intensity inside the greenhouse based on crop needs. An intelligent system monitors and adjusts gas levels, and an integrated automatic irrigation and fertilization system is included. The entire greenhouse system is equipped with an intelligent control system that enables efficient agricultural production management. This design enhances functionality, reduces manual intervention, improves production efficiency and resource utilization, aligning with the needs of modern agricultural development.