A novel approach to the regulation of a self-sufficient energy system using a system-state matrix

In this paper we consider the optimal operating regulation of a self-sufficient energy network. To begin with we discuss the regulation of an optimised energy-supply system. Our task was initially focused on a theoretical description of the system-state matrix approach with a corresponding list of operating rules and actions. Secondly, a dynamic mathematical model consisting of the consumer, the energy-production facilities (a photovoltaic power plant and an internal combustion engine), the energy-saving capacities (a battery) and the regulation was set up. Thirdly, during the simulations with various regulation settings an optimised system of operating rules was set up to achieve a stable and rational supply of energy. Finally, the results, appropriate diagrams and guidelines for future work are presented.