Simulation of electromagnetic transients with EMTP-RV
Author(s): J. Mahseredjian 1 ; Ulas Karaagac 1 ; Sebastien Dennetiere 2 ; Hani Saad 2
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Source: Numerical Analysis of Power System Transients and Dynamics,2015
Publication date January 2015
his chapter presented a summary on numerical methods used in EMTP (EMTPRV version) for the computation of electromagnetic transients. EMTP offers several options and modules for the simulation and analysis of complex power systems. EMTP offers a unified environment that can be applied to study power systems from steady-state conditions, to electromechanical and electromagnetic transients.
Chapter Contents:
3.1 Introduction
3.2 The main modules of EMTP
3.3 Graphical user interface
3.4 Formulation of EMTP network equations for steady-state and time-domain solutions
3.4.1 Modified-augmented-nodal-analysis used in EMTP
3.4.2 State-space analysis
3.5 Control systems
3.6 Multiphase load-flow solution and initialization
3.6.1 Load-flow constraints
3.6.2 Initialization of load-flow equations
3.6.3 Initialization from a steady-state solution
3.7 Implementation
3.8 EMTP models
3.9 External programming interface
3.10 Application examples
3.10.1 Switching transient studies
3.10.2 IEEE-39 benchmark bus example
3.10.3 Wind generation
3.10.4 Geomagnetic disturbances
3.10.5 HVDC transmission
3.10.6 Very large-scale systems
3.11 Conclusions
References
Inspec keywords: numerical analysis; EMTP; power system transients; computational electromagnetics
Other keywords: electromechanical transients; steady-state conditions; numerical methods; EMTP; electromagnetic transients computation; complex power systems
Subjects: Power engineering computing; Power system management, operation and economics; Numerical analysis; Electromagnetic wave propagation
Book DOI: 10.1049/PBPO078E
Chapter DOI: 10.1049/PBPO078E_ch3
e-ISBN: 9781849198509
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