2022•Applied Solar EnergyRequires access

Hybrid Energy System of Guaranteed Power Supply to Isolated and Remote Consumers

M. G. Tyagunov, Razhidin P. Sheverdiev

Open publisher page 6 citations

Abstract

Abstract This research examines the current problems systematic approach of energy generation for Russia’s decentralized energy supply areas and looks at potential optimization by implementing a sustainable approach. We evaluate the solutions that could improve both the economic and social development in the Russian Energy sector. Renewable energy sources (RES) can be combined with a hybrid energy system that runs in parallel with different types of energy storage units, taking into account the resource, technical and technological features of their functioning in decentralized power supply systems. Based on our research, we have developed a 3D model of a energy system, which allows one to study its operating modes under real operating conditions. The proposed methods can be used in solving design problems to establish the parameters of decentralized power supply systems for consumers in isolated and decentralized energy supply regions.

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What this paper is about

Abstract This research examines the current problems systematic approach of energy generation for Russia’s decentralized energy supply areas and looks at potential optimization by implementing a sustainable approach. We evaluate the solutions that could improve both the economic and social development in the Russian Energy sector. Renewable energy sources (RES) can be combined with a hybrid energy system that runs in parallel with different types of energy storage units, taking into account the resource, technical and technological features of their functioning in decentralized power supply systems. Based on our research, we have developed a 3D model of a energy system, which allows one to study its operating modes under real operating conditions. The proposed methods can be used in solving design problems to establish the parameters of decentralized power supply systems for consumers in isolated and decentralized energy supply regions.

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Available abstract

Abstract This research examines the current problems systematic approach of energy generation for Russia’s decentralized energy supply areas and looks at potential optimization by implementing a sustainable approach. We evaluate the solutions that could improve both the economic and social development in the Russian Energy sector. Renewable energy sources (RES) can be combined with a hybrid energy system that runs in parallel with different types of energy storage units, taking into account the resource, technical and technological features of their functioning in decentralized power supply systems. Based on our research, we have developed a 3D model of a energy system, which allows one to study its operating modes under real operating conditions. The proposed methods can be used in solving design problems to establish the parameters of decentralized power supply systems for consumers in isolated and decentralized energy supply regions.

Key concepts: Energy (signal processing), Power (physics), Business, Environmental science, Environmental economics, Telecommunications, Computer science, Physics

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