Risk Based Assessment of Subsynchronous Resonance in AC/DC Systems [electronic resource] /
Adrees, Atia.author.
This relevant and timely thesis presents the pioneering use of risk-based assessment tools to analyse the interaction between electrical and mechanical systems in mixed AC/DC power networks at subsynchronous frequencies. It also discusses assessing the effect of uncertainties in the mechanical parameters of a turbine generator on SSR in a meshed network with both symmetrical and asymmetrical compensation systems. The research presented has resulted in 12 publications including three top international journal papers (IEEE Transactions on Power Systems) and nine international conference publications, including two award-winning papers. .
Includes bibliographical references at the end of each chapters.
Introduction -- Power System Modelling and SSR Analysis Methods -- Ranking of Generators Based on the Exposure to Subsynchronous Resonance -- Methodology for the Evaluation of Risk of Subsynchronous Resonance -- Influence of Uncertainties in Mechanical Parameters -- Optimal Series Compensation of Lines to Minimize the Exposure of Generators to SSR -- Future Work and Conclusions.
This relevant and timely thesis presents the pioneering use of risk-based assessment tools to analyse the interaction between electrical and mechanical systems in mixed AC/DC power networks at subsynchronous frequencies. It also discusses assessing the effect of uncertainties in the mechanical parameters of a turbine generator on SSR in a meshed network with both symmetrical and asymmetrical compensation systems. The research presented has resulted in 12 publications including three top international journal papers (IEEE Transactions on Power Systems) and nine international conference publications, including two award-winning papers. .
Quality control.
Reliability.
Industrial safety.
Power electronics.
Statistics .
Energy systems.
Quality Control, Reliability, Safety and Risk.
Power Electronics, Electrical Machines and Networks.
Statistics for Engineering, Physics, Computer Science, Chemistry and Earth Sciences.
Energy Systems.
Energy Systems.