The concept of a software and technological platform for digital twins based on energy dynamics methods

The present paper proposes the concept of a software and technological platform of digital twins based on the methods of energodynamics. Energodynamic theory, which incorporates modern nonequilibrium thermodynamics, mechanics, theory of electric and magnetic fields, electrodynamics, is a unified approach to describe processes of different physical and chemical nature within a macroscopic approach. This provides an opportunity to use the proposed software and technological platform of digital twins in various subject areas (in particular, in engineering and technology, in medicine, in meteorology, in life safety). The proposed in this paper software and technological platform of digital twins, based on the methods of energy dynamics, has a microservice architecture. Such architecture ensures high reliability of the platform, as well as its horizontal scalability. This makes it possible to build digital twins of sufficiently complex systems in the presence of a sufficient number of computational nodes.