Automated Control of the Microclimate of Greenhouses
The protected soil industry is one of the most technologically complex and energy-intensive branches of agriculture. In recent years, especially in 2020, the demand for the products of greenhouse plants is increasing. Reducing the risks of the impact of the quality of energy supply, as well as reducing the cost of electricity due to the constant increase in tariffs are important tasks. Therefore, it is important to identify and analyze modern available technologies and equipment of Russian production for greenhouse farms. (Research purpose) The research purpose is in assessing the impact of the quality of energy supply on the technological processes of greenhouse farms, identifying and analyzing the existing modern domestic equipment that reduces the risks of the energy supply. (Materials and methods) Authors used a computational and analytical method for determining the average indicators of electric energy costs for technological processes in a greenhouse. The article presents a review of the automated greenhouse microclimate management system developed using the products of TM OWEN. (Results and discussion) Automated systems for controlling the greenhouse microclimate can reduce the impact of the quality of energy supply when deviating from normal values, minimize the impact of the human factor on the production process, and collect and archive the indicators of devices for further analysis. The system makes it possible to repair and replace failed equipment without stopping the production process and implies both fully automated and manual control, if necessary. The considered version of the automated greenhouse microclimate control system has been tested in practice and is used in the greenhouse economy of the Republic of Bashkortostan. (Conclusions) The efficiency of the greenhouse economy depends, among other things, on the level of automation, the quality of energy supply, and the use of energy-saving technologies. We stated that it is necessary to continue to work on the identification and analysis of modern Russian-made equipment, informing agricultural producers about the best available technologies.