Assessment of the Efficiency of Wind Energy Use in Russia

Alexey Bataev,Y Klochkov,Elena Eskina

doi:10.1051/e3sconf/202132002010

Abstract

The constant increase in the requirements for the generation of electricity forces the search for new means of generating energy. It is not the first year that technologies for the development of alternative energy sources have been considered and introduced in the largest countries of the world. Wind power occupies a special place in this direction. In Russia, this industry is still not sufficiently developed to provide a significant share of energy consumption, but the industrial potential with the proper level of technological support can radically correct this situation. This article discusses the perspectives for using wind power plants in Russia. A mathematical model of a wind power plant was built in this study, taking into account the parameters of a WH6.4-5000W type wind generator and consisting of a virtual synchronous generator, which is an element of the SimPowerSystem library, and blocks from the Simulink application of the Matlab software package that simulates the effect of wind and the movement of the mechanical part of the wind generator. An assessment of the economic efficiency of the use of wind turbines in Russia was carried out using the constructed model.

Highlights

The volatility of oil prices and the challenge of improving energy security cause the rapid development of wind generators as one of the most efficient sources of alternative energy
Unlike European states that are successfully mastering this method of energy generation, the domestic industry is noticeably lagging in terms of technology
Let us conduct an assessment of the economic efficiency of a wind power plant using one of the most relevant and universal research methods - mathematical modeling

Summary

Introduction

The volatility of oil prices and the challenge of improving energy security cause the rapid development of wind generators as one of the most efficient sources of alternative energy. The main assets of the wind energy complex in Russia include generator sets with a capacity of 0.1-2 MW.

Results

Conclusion