
Представлена математическая модель электромагнитных переходных процессов в электрических системах, основанная на использовании дискретных узловых уравнений в фазных координатах и неявных методов численного интегрирования, позволяющая моделировать переходные процессы при симметричных и несимметричных, одноместных и многоместных коммутациях и повреждениях в электрических сетях произвольной конфигурации. A mathematical model of electromagnetic transients in electric systems based on application of discrete nodal equations in phase co-ordinates and implicit methods of numerical integration is presented, allowing simulation of transients under symmetric and asymmetrical, single and multiple switchings and faults in electric networks of arbitrary configuration.
transients, фазные координаты, switching overvoltage, электрические сети, mathematical modelling, электромагнитные переходные процессы, phase coordinates, математическое моделирование
transients, фазные координаты, switching overvoltage, электрические сети, mathematical modelling, электромагнитные переходные процессы, phase coordinates, математическое моделирование
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