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Price: 2713.00 RUB
Mastering Electrical System Capacity Through Thermal Modeling
This monograph tackles a critical challenge in electrical engineering: increasing the load-carrying capacity of power system components while accounting for thermal processes. The core innovation is an internal temperature correction of the active resistance of electrical elements within each iteration of calculation. The book presents the results of research on synthesizing methods for calculating steady-state operating modes of electrical systems based on this approach.
Designed for researchers, design engineers, dispatch control personnel, and students (including those enrolled in the program 13.04.02 "Electric Power and Electrical Engineering"), as well as postgraduates specializing in 2.4.3 "Electric Power Engineering," the work provides a systematic methodology for improving system performance. The author, Alexander Olegovich Shepelev, details how thermal processes affect resistance and, consequently, the real-world limits of transmission capacity. By integrating thermal dynamics directly into the calculation loop, the proposed methods offer a more accurate and practical framework for optimizing power flow.
Product Details: - Title: Synthesis of Methods for Calculating Steady-State Modes to Increase the Capacity of Electrical System Elements Considering Thermal Processes: A Monograph - Price: 2713.00 RUR - Language: English