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This book address important issues regarding the modelling and simulation tools and techniques that are applied in high-voltage engineering in modern power systems. The presented conceptual, constructive, empirical, experimental, and theoretical results are obtained in the area of high-voltage engineering. Special attention is given to protection methods against direct lightning strikes, partial discharge tests, discharges’ influence on different structures, cable screening, and induced voltages, among others.

Technology: general issues --- History of engineering & technology --- direct lightning --- guy wire --- grounding density --- pole-mounted transformer --- spark gap --- surge arrester --- background noise --- high-voltage and partial discharge test --- resonant power frequency converter --- switching interference --- voltage transformer --- wind power plant --- cable line --- cable screen --- double line-to-earth fault current --- MV cable line --- metallic cable screen --- overvoltages --- computer simulation --- artificial thunderstorm cell --- lightning --- upward leader discharges --- electromagnetic radiation spectrum --- wavelet --- transmission line monitoring system --- model element --- simulation --- direct lightning --- guy wire --- grounding density --- pole-mounted transformer --- spark gap --- surge arrester --- background noise --- high-voltage and partial discharge test --- resonant power frequency converter --- switching interference --- voltage transformer --- wind power plant --- cable line --- cable screen --- double line-to-earth fault current --- MV cable line --- metallic cable screen --- overvoltages --- computer simulation --- artificial thunderstorm cell --- lightning --- upward leader discharges --- electromagnetic radiation spectrum --- wavelet --- transmission line monitoring system --- model element --- simulation

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

This book address important issues regarding the modelling and simulation tools and techniques that are applied in high-voltage engineering in modern power systems. The presented conceptual, constructive, empirical, experimental, and theoretical results are obtained in the area of high-voltage engineering. Special attention is given to protection methods against direct lightning strikes, partial discharge tests, discharges’ influence on different structures, cable screening, and induced voltages, among others.

direct lightning --- guy wire --- grounding density --- pole-mounted transformer --- spark gap --- surge arrester --- background noise --- high-voltage and partial discharge test --- resonant power frequency converter --- switching interference --- voltage transformer --- wind power plant --- cable line --- cable screen --- double line-to-earth fault current --- MV cable line --- metallic cable screen --- overvoltages --- computer simulation --- artificial thunderstorm cell --- lightning --- upward leader discharges --- electromagnetic radiation spectrum --- wavelet --- transmission line monitoring system --- model element --- simulation