Applied Informatics in Renewable Energy Grid with Dynamic Reactive Power Configuration Based on a Probability Assessment of Transient

Abstract

An expanding number of renewable energy sources is posing a problem for the energy grid's safety and stability. This research provides a set-up with a variable reactive power method for renewable energy systems with high levels of transient stability evaluation be able to improve the power system's safety and stability. As part of a multi-scenario evaluation of high penetration renewable energy grids, dynamic reactive power capacity allocation is accomplished. Finally, use the IEEE 39-bus system as an example to demonstrate the method's viability. Method may effectively enhance power grid security and stability, decrease danger of large-scale off-grid from high penetration renewable energy grid, and lead the safe and stable operation of the renewable energy base, according to the study