Computer Modelling of Electrical Power SystemsComputer models can be used to simulate the changing states of electrical power systems. Such simulations enable the power engineer to study performance and predict disturbances. Focusing on the performance of the power system boosted by the FACTS. (Flexible Alternate Current Transmission Systems), this timely update of a highly successful text responds to recent developments in power electronics. Comprehensive coverage includes:
Written by an internationally renowned author in the field, this text is a valuable reference resource for practising engineers responsible for power supply systems as well as electrical engineering postgraduates. |
Contents
FACTS and HVDC Transmission | 53 |
Load Flow | 81 |
Load Flow under Power Electronic Control | 129 |
Copyright | |
6 other sections not shown
Common terms and phrases
a.c. system admittance matrix algorithm angle Apparatus and Systems branch busbar calculated characteristic components conductor constant converter d.c. current d.c. link derived differential equations electromagnetic transient elements EMTDC equivalent circuit fault function fundamental frequency HVDC IEEE Transactions illustrated in Figure impedance induction inductor injected current input integration interface inverter Jacobian matrix linear load flow mismatches mode MVAR Newton-Raphson Newton-Raphson method nodal node non-linear Norton equivalent number of iterations operation parameters phase positive sequence power flow power system problem reactance reactive power rectifier representation represented rotor saturation shown in Figure shunt admittance simulation solution solved specified STATCOM static VAR compensation steady-state step length subsystem switching synchronous machine term terminal busbar terminal voltage three-phase thyristor Transactions on Power transformer transmission line trapezoidal method turbine V₁ valve variables vector voltage and current voltage magnitude waveforms zero