Analysis of Power Systems Dynamic Uncertainty Algorithm for Interacting Renewable Energy Sources

Abstract

The impact of renewable energy sources integrated into Romania's electrical organisation activity taking into account a decline in power consumption as of the 1990s. Due to this drop, there are now more challenges in integrating renewable energy sources into the power system (network fortifications), as well as problems with the equilibrium of production and consumption. Discontinuous renewable energy sources require the creation of organisations, stockpiling, backup limits, and endeavors for an adaptable utilization as a result of the overabundance of certain portions of the energy blend, without even a hint of which renewable energy sources can't be utilized or the lattice can be overburdened. The study presents a contextual research for the Dobrogea region, which has the most introduced constraint from renewable energy sources in operation, in order to highlight the difficulty of integrating a few significant limits established in wind power plants and photovoltaic setup. Today, especially in recent years, the usage of renewable energy sources (RESs) is required everywhere in the world. More specific issues are brought on by the introduction of RESs, including high vulnerabilities, low shortfall ride through capacity, high issue current, low age hold, and poor power quality. This study compiles the problems with the mix cycle of unquestionably level RESs to the current matrix. The programmed was used for the proposed study (MATLAB Simulink 2010). In which the wind turbine simulation produces 9 MV, which is integrated into the main grid and used in the islanding process. The analysis and findings show a long and short transmission line, each measuring 0.5 km (5km) As a controller, STATCOM absorbed reactive electricity from the grid system.