Lendiel T. Energy-efficient control of electrotechnical greenhouse complex in the condition of a biological object

Dissertation is devoted to solving scientific and applied problems, which is to develop the scientific foundations of electrical systems for energy efficiency and productivity, based on the features of the dynamics states of complex biotechnological facilities. According to the research results it was found that traditional regulating systems do not take into account statuses in which biological facilities are under the control and influence of natural disturbances, which leads to an increase in energy consumption and, consequently, profitability reduction. According to the results of theoretical and experimental researches analyzed the statuses in which biological facilities lie and developed the appropriate mathematical models that allowed us to use the results to calculate the strategies of electrical systems. Using neural networks assess the impact of product quality on the profit made. The mathematical models of tomato production in view of features of a biological facilities and, based on energy-efficient strategy is formed electrical systems using theHarrington’s desirability function. Experimental studies and economic calculations confirmed the cost-effectiveness of management systems of electrical systems in areas under glass and the accuracy of the theoretical positions.