Abstract

The economic efficiency of intensive animal husbandry on an industrial basis depends on the rational animal keeping, which is largely determined by the availability of optimal microclimate in the premises. Whatever breed and pedigree qualities animals possess, they are unable to maintain health and display their potential hereditary productive abilities without creating the necessary microclimate conditions. In the period of 2018-2020, a survey of 11 farms in Perm Krai was carried out, where respiratory, digestive, skin diseases were found, in some cases stress was observed in animals. The cost of heating livestock premises is generally much lower than losses from murrain, reduced productivity, and feed overruns. Physical properties of the air environment are unstable factors and are subject to large fluctuations. To optimize the microclimate in livestock premises, an algorithm program for computers was developed, which will allow to create a system that provides optimal conditions for keeping and maintenance of animals and improve life safety on livestock farms. In this regard, to improve the conditions of calves and cows’ keeping, a project for managing microclimate parameters on farms in the conditions of Perm Krai has been developed. Microclimate management system was developed on the basis of: the Order of the Ministry of Agriculture of the Russian Federation dated October 21, 2000 No. 621 “On approval of Veterinary rules for the maintenance of pigs for the purpose of their reproduction, cultivation and sales.” Monitoring is based on automated analysis and regulation of microclimate parameters' indicators. The software and hardware implementation were done on Omron PLC.

Highlights

  • Breeding pigs with a high growth rate requires maintaining comfortable microclimate parameters in pigsties [1,2]

  • Monitoring is based on automated analysis and regulation of microclimate parameters' indicators

  • The article [8] is devoted to simulation models' development of microclimate control

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Summary

Introduction

Breeding pigs with a high growth rate requires maintaining comfortable microclimate parameters in pigsties [1,2]. Even though a regulated microclimate is created in the premises of pig complexes, it still does not always correspond to the optimal values. The article [8] is devoted to simulation models' development of microclimate control. This work is devoted to the development of a microclimate control system based on the use of the Omron controller [9,10]

Equipment and devices used in studies
The results of the study
Monitoring physical parameters of the air environment
Chemical parameters monitoring of the air environment
Findings
Conclusions
Full Text
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