Description
Computational Methods for Electric Power Systems is a definitive resource for understanding the mathematical foundations and numerical algorithms that underpin modern power system analysis. The book provides engineers and researchers with practical computational techniques for solving complex problems in power flow analysis, stability studies, and optimal power flow calculations.
Authored by Mariesa L. Crow, a leading expert in power systems, this comprehensive text bridges theory and application, offering detailed explanations of computational algorithms used in industry-standard software. Readers will gain proficiency in numerical methods, matrix operations, and iterative solution techniques that are critical for power system planning, operation, and control. The material covers both classical and contemporary approaches to power system computation, making it invaluable for professionals working in utilities, research institutions, and energy companies.
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