Power system monitoring, analysis and control based on synchrophasor techniques by considering the penetration of Renewable Energy Resources

With the penetration of renewable sources based on inverter (power electronic converter), the importance of checking the stability of the system is increasing day by day. For this purpose, there is a need for real time data. In this article, with the help of synchrophasor technology, we intend to present a technique that It is possible to make analysis and control work easier and more accurate for technicians by monitoring the system. In fact, by reducing the fluctuating effect caused by inverter sources in the network with the help of big data analysis, we try to develop fluctuating stability monitoring of the system, analysis and We have damping techniques. This paper examined the cutting-edge advancements in relation to oscillatory steadiness monitoring, analysis, and regulation methodologies employing synchrophasor technology, all the while giving particular attention to oscillations triggered by Renewable sources based on inverters or PEC-interfaced renewable generation

Keywords:

Renewable sources based on inverters (PECs) , System stability , Synchrophasor , System monitoring , Big data