Junchao Wang
ABSTRACT
Strawberry planting has a rich history in China, with a recent surge in its areas nationwide. However, the current state of intelligence in strawberry planting and production management in China remains relatively low. This paper mainly introduces a self-developed monitoring system for environmental variables of strawberry planting based on NB-IoT technology, which can automatically collect, transmit, and store environmental data such as soil temperature and humidity, air temperature and humidity, carbon dioxide concentration, and light intensity. The system establishes a strawberry growth environmental variable database, growth data maps, and an environmental regulation model, to realize automatic control of environmental variables and transmit real-time information to user data terminals. The implementation of this system has certain economic benefits and social significance for improving the automatic production conditions of strawberry planting, promoting agricultural precision, and facilitating the transition towards new kinetic energy.
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Index Terms
- Design and Application of Monitoring System for Environmental Variables of Strawberry Planting Based on NB-IoT Technology
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