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SYSTEM INTRODUCTION
By integrating intelligent monitoring and control devices with software, this system accurately controls water&fertilizer supply from pump houses to fields. It provides real-time monitoring of crop growth, pest and disease conditions, and soil environment. Combined with agronomic models, crop models, and soil models, it offers scientific decision-making support to growers. By optimizing the cultivation management process, it achieves about 30% water savings, 15% fertilizer savings, and an 80% reduction in labor costs, thereby ensuring stable and increased yields of grain crops.
SYSTEM INTRODUCTION
By integrating intelligent monitoring and control devices with software, this system accurately controls water&fertilizer supply from pump houses to fields. It provides real-time monitoring of crop growth, pest and disease conditions, and soil environment. Combined with agronomic models, crop models, and soil models, it offers scientific decision-making support to growers. By optimizing the cultivation management process, it achieves about 30% water savings, 15% fertilizer savings, and an 80% reduction in labor costs, thereby ensuring stable and increased yields of grain crops.