Published Paper Details:

To improve the seamless smart grid integration of renewable energy sources (RES), this research explores the concept of resilient control. The advantages of RES for the economy and environment have made their integration into power grids a top priority, but RES's intermittent nature presents significant challenges to grid flexibility, stability, and reliability. To reduce the uncertainties and disturbances related to RES, the paper examines efficient applications of sophisticated control strategies, such as adaptive control, robust control, and model predictive control. It also examines the importance of communication networks, demand-side management, and cyber-physical security in enhancing the resilience and functionality of smart grids. The challenges of incorporating renewable energy, including energy storage devices, grid interoperability, and legislative barriers, are also covered in detail. This paper provides recommendations for building resilient smart grids that can accommodate large rates of RES penetration while preserving stability and operational security. Initiatives to fill existing research gaps and policy recommendations are also made, emphasizing the value of backup plans and standardized procedures for grid dependability.