Wireless system for monitoring microclimate parameters based on arduino hardware
DOI:
https://doi.org/10.31548/energiya6(70).2023.090Abstract
Production and energy use of biogas is one of the important sectors of renewable energy sources.
The process of obtaining biogas is affected by a number of factors: the temperature of the process, the quality of raw materials, the acidity of the fermentation medium, and others.
The purpose of the study is to develop a subsystem for monitoring technological parameters for the bioenergy complex, where wireless transmission of measured data can be provided.
A subsystem for monitoring technological parameters for the bioenergy complex has been implemented. The development was carried out on the basis of a complex of Arduino technical tools and provided for wireless transmission of measured data to the operator's display. The calculation of the distance at which the monitoring subsystem can work to create a connection for wireless data transmission has been performed. The software and hardware of the specified monitoring subsystem are presented.
Free space attenuation and data transmission range were calculated to be 73.35 dB and 46.294 m, respectively. Testing was carried out in laboratory conditions.
Key words: monitoring, bioenergy complex, Internet of Things, biogasReferences
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