Cyber-Physical Model for the Internet of Energy Technology Testing

Abstract

The key foothold for the economic leap is energy sphere. Despite the trend towards the gradual introduction of convergent technologies into production, the traditional raw material model remains the main development sector and at the same time one of the weaknesses of the economy. The global energy market is volatile and strongly influenced by the extraction of natural resources. It needs diversification. An alternative technology, independent of the actions of major players, an "airbag" could make it possible to maneuver quickly the available tools of the material and technical base. That also male possible to maintain the fuel and energy balance. Strategic plans provide for the implementation of initiatives that respond to external challenges for the Russian energy sector. Such as worthy global market competition. These plans also respond to internal challenges like a deep comprehensive modernization of the fuel and energy complex. The cross-sectoral "roadmap" of Russia identifies priority areas for reducing losses in the electric power system (EPS) and increasing the reliability of its operation. Among these priorities the architecture of the Internet of energy or a decentralized EPS appears [2] .