Modeling of the Processes of Objects in the Conditions of a Multi-Purpose Energy Technology Complex

The paper presents the results of simulating the processes of regulating the speed of high-tech transformations of objects in a multi-purpose energy-technology complex. It proposes the methods for estimating speed and its regulation on the basis of mathematical models of statics and dynamics of approximations of step functions and their higher derivatives according to the criterion of compromising the goals of energy, environmental and economic efficiency of objects. The authors show the possibilities of increasing efficiency in the ongoing project of forming a low-waste complex of objects for combining conventional and renewable resources. The article reflects the scientific and practical results obtained in this study. The necessity of combining resources and objects of various profiles in the energy technology complex is substantiated. The types of accelerators are proposed that regulating the impact on the efficiency of resource combination and adapted the mathematical method of modeling the assessment and speed regulation of the processes of methods implementation.