Abstract
The motivation of the presented research is based on the needs for development of new methods and tools for adequate simulation of Flexible Alternating Current Transmission System (FACTS) devices and High Voltage Direct Current Transmission (HVDC) system as part of real electric power systems (EPS). For that, a hybrid approach for advanced simulation of the FACTS and HVDC based on Voltage Source is proposed. The presented simulation results of the developed hybrid model of VSC confirm the achievement of the desired properties of the model and the effectiveness of the proposed solutions.
Highlights
The development of power electronics available some answers of currently controlling issues from conversion and transmission of high voltage
To solve the specified problem, we propose to choose a concept of real time hybrid simulation developed in Tomsk Polytechnic University meeting both of the above requirements
Principle of hybrid real time simulation approach The basic provisions of the approach: 1. Power equipment of electric power systems (EPS) is described by mathematical models implemented via hybrid coprocessors (HCP). 2
Summary
The development of power electronics available some answers of currently controlling issues from conversion and transmission of high voltage. The listed tasks form the following specific requirements for simulation systems necessary for their solution: Numerical investigations of heat and mass transfer processes at the ignition of solid [1,2,3,4], liquid [5-8] condensed substances and polymer materials [9, 10] by local energy source with limited power consumption (metallic and non-metallic particles, wires, cores, concentrate radiation flows and etc.) was held in recent years Fragment of the results of this research and modeling in the software environment MATlab Simulink are presented in the format of this work
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