The Development of a Process Model in the Energy Supply System

Process models in the energy supply system are frequently used to mathematically delineate the interrelation between components (i.e. consumers, generating plants and heat distribution systems) within this system. Various process models can be deployed depending on the type of approach in solving contentious questions in order to explain by example, the system assumed in the energy distribution system. As far as plant upgrading is concerned, a specific model will have to be developed to illustrate on the one hand the flow of energy between individual components within the system, and one which allows for a definite regulation of the expenses incurred from the installation of generating equipment and distribution systems on the other. It is imperative that certain procedures be simplified, go that a computer-aided solution to inherent problems can be found. The process model described here allows us to simultaneously compare all possible energy supply options by computer therefore, the best economic and ecological option can be ascertained. This process model thus represents one alternative to the method deployed for embracing particular variants which allows for only one option to be computed at any one time.