Affine Arithmetic-Based Methods For Uncertain Power System Analysis

Explore the application of Affine Arithmetic (AA) in power system analysis with “Affine Arithmetic-Based Methods For Uncertain Power System Analysis.” This comprehensive guide delves into novel methodologies for handling uncertainties inherent in modern power grids. Learn how AA surpasses traditional interval arithmetic by preserving dependencies between uncertain variables, leading to more accurate and less conservative results. Discover techniques for incorporating correlated uncertainties, analyzing power flow, and assessing system stability under various operating conditions. The book presents practical examples and case studies, demonstrating the effectiveness of AA in addressing challenges posed by renewable energy integration, load forecasting errors, and equipment parameter variations. Gain valuable insights into enhancing the reliability and resilience of power systems through advanced uncertainty quantification methods. Ideal for researchers, engineers, and students seeking to improve power system modeling and decision-making in the face of growing complexity and uncertainty. This book provides a solid foundation for understanding and implementing AA-based solutions in real-world power system applications, contributing to a more robust and efficient energy infrastructure.