Abstract
The aim of the work is to study the factors influencing the composition, parameters, and operation modes of a hybrid energy complex intended for providing guaranteed power supply to consumers located in isolated and hard-to-reach areas. The article presents mathematical models of the operating modes of power installations based on renewable energy sources as part of a hybrid energy complex involving parallel operation of different types of energy storage units, with taking into account the lifecycle, technical and process features of their functioning in isolated power systems. A 3D model of the hybrid energy complex has been developed, using which its performance can be studied under operating conditions close to real ones. In addition, a methodology of applying the model in solving design problems concerned with substantiating the parameters of isolated systems supplying power to consumers in hard-to-reach areas has been elaborated.
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