SCADA SYSTEM FOR MANAGING ENERGY FLOWS OF AN INDUSTRIAL GREENHOUSE

Abstract

The software of the system of automated management of energy flows of an industrial greenhouse has been developed. A structural diagram of the production control system for products of a given quality has been implemented, which includes a decision-making support subsystem of the automated control of energy flows of an industrial greenhouse. The conceptual structure of the energy flow management system has been created. The production management level is implemented by the dispatch control and data collection point, which includes a data processing server. All the specified nodes are computer-integrated devices with installed specialized software. Nodes of the production level are combined into a single network with access to Ethernet. For the automated control system, a visualization of the machine-human interface was implemented using the LabView software environment. The developed machine-human interface provides visualization of the main technological parameters of the microclimate of the greenhouse complex, calculations of management criteria, as well as the possibility of managing energy flows and recording measured values in the database. A SCADA system has been created, which will allow operator control over technological processes in real time. The menu of the production management system provides for the output of quality products of greenhouse complexes.