This report examines the integration of compressed air energy storage (CAES) with wind turbine systems to enhance power grid performance. The study addresses the intermittent nature of wind energy and proposes a parallel connection of CAES to mitigate fluctuations and improve power quality. The report includes an abstract, literature review, and a mathematical model, along with results presented in the form of charts and statistical data. The analysis focuses on voltage variations, power output, and the impact of CAES on stabilizing the grid. The research highlights the effectiveness of CAES in suppressing voltage fluctuations, making wind energy more reliable for grid integration. The report references several relevant publications and concludes that CAES is a promising solution for future green energy systems, improving power quality and enabling wider adoption of wind energy. The report also provides a graphical representation of the system and statistical data to support the conclusions, emphasizing the benefits of CAES for renewable energy applications.
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