Software Architecture for Process Simulation in Biogas Plants

The work substantiates the use of modern information technologies and mathematical modeling based on the analysis of interval data as effective process management tools in biogas plants. The use of interval modeling allows you to build models with guaranteed prognostic properties. The article also presents the features of building the software architecture for mathematical modeling of processes in biogas plants. The main aspects of the implementation of software for modeling processes in biogas plants are described, the feature of which is the software interpretation of interval discrete models and an open service-oriented architecture, which ensures their integration into existing control systems of biogas plants and allows to control biochemical processes in real time and thereby increase efficiency of functioning of biogas plants. A number of diagrams illustrating the features of the software implementation of the environment for simulating processes in biogas plants are given, and the specifics of its implementation into the SIMBA#biogas universal system of simulating and simulating the operation of biogas plants are described.