Resonant Conditions in a Node with an SVC Compensator
Journal Title: Acta Energetica - Year 2016, Vol 28, Issue 3
Abstract
The primary purpose of installing static shunt compensators in power grids is to improve the voltage conditions. Additional reactive power sources increase the system’s voltage stability and enable faster system recovery after a voltage failure. This paper presents the impact of an SVC device’s structure and settings on impedance change in the supply system, and hence on the frequencies at which resonance phenomena can develop.
Authors and Affiliations
Robert Kowalak
Keywords
Related Articles
- EP ID EP198934
- DOI 10.12736/issn.2300-3022.2016307
- Views 59
- Downloads 0
Experimental Study of Higher Harmonics Content in Street Lighting System Current
Due to energy efficiency improvement requirements, street lighting system operators tend to reduce the electricity consumed by the lights themselves, and also minimize losses in the system. Smart lighting control systems...
The Optimal Choice of Electrochemical Energy Storage Parameters
The possibility of using energy storage in a power system is being highlighted increasingly often. Its operating mode or manner of use is called the “storage usage strategy”. One of them, program operation, was selected...
Increasing Generation Capacity by Power Unit Upgrades
To ensure Poland’s energy security in the coming years will require increasing the power system’s generation capacity while at the same time improving both the efficiency of electricity generation and its use [1, 2]. One...
Problems of Connecting Wind Farms to the Power System with HV Cables
This paper presents problems caused by connecting wind farms to a power system with high voltage cables. The author highlights possible problems with reactive power compensation, depending on the arrangement of the shunt...
Resonant Conditions in a Node with an SVC Compensator
The primary purpose of installing static shunt compensators in power grids is to improve the voltage conditions. Additional reactive power sources increase the system’s voltage stability and enable faster system recovery...