Optimal model for additional operation of the storage system for photovoltaic wind power plants

Abstract

This paper discusses methods for modeling and optimizing photovoltaic and wind power plants for the integrated use of solar and wind energy. The results of modeling the dependence of the characteristics of the solar battery and wind power plants on the input parameters are presented. Changes in the output volt-ampere and power parameters depending on environmental conditions are considered. Various programming methods for mathematical modeling of power plants are presented. Methods for optimizing the output characteristics of solar cells by connecting shunt diodes are presented. The operation of solar panels is analyzed on the basis of mathematical modeling of processes. The influence of weather conditions, temperature, and light on the output parameters of solar installations was studied. The advantages of integrated use of solar and wind installations with an energy storage system are also considered. We consider the prediction of wind speeds based on various distribution functions.