Abstract :
Summary form only given. The author describes how the various areas of interactive power system infrastructure networks present numerous theoretical and practical challenges to the academic community in modeling, prediction, simulation, cause and effect relationships, analysis, optimization and control of coupled systems comprised of a heterogeneous mixture of dynamic, interactive, and often nonlinear entities, unscheduled discontinuities, and numerous other significant effects
Keywords :
electricity supply industry; power engineering education; power system interconnection; power system protection; academic initiative; cause and effect relationships; coupled systems; critical infrastructure protection R&D promotion; interactive power system infrastructure networks; nonlinear entities; optimization; unscheduled discontinuities; Analytical models; Cause effect analysis; Power system analysis computing; Power system control; Power system dynamics; Power system modeling; Power system protection; Power system simulation; Power systems; Predictive models;
