In the context of the rapid development of the beekeeping industry, accurately measuring the temperature inside the hive is crucial for beekeeping. Traditional methods of measuring the temperature inside hives consume a significant amount of manpower and resources. This paper designs a wireless temperature measurement system for remote temperature measurement inside hives based on the NRF905 wireless RF chip. The system designed in this paper includes both a host computer system and a slave computer system, which can be divided into six modules: power supply module, temperature measurement module, minimum system, NRF905 wireless RF module, display module, and over-temperature alarm module. This design allows for the remote display of temperature data inside the hive, enabling real-time monitoring of the bee growth environment. By combining wireless communication technology with agricultural production, this design provides a relatively good solution for hive temperature detection, which is of great significance for promoting the modernization of beekeeping.
@artical{k1412025ijsea14011010,
Title = "Multi-Point Temperature Detection System Design",
Journal ="International Journal of Science and Engineering Applications (IJSEA)",
Volume = "14",
Issue ="1",
Pages ="43 - 46",
Year = "2025",
Authors ="Kangning Song"}