The paper discusses the influence of the time synchronization technique on the synchrophasor estimation accuracy in modern Phasor Measurement Units (PMU). Specifically, we make reference to Global Positioning System (GPS), Precision Time Protocol (PTP) and White Rabbit time disseminations. The paper presents a PMU integrating the three technologies, and assess its performance in steady state conditions. The experimental validation demonstrates that the more deterministic the time source, the better the performance in terms of phase estimation accuracy
peer reviewedSynchronized phasor measurement units (PMUs) are becoming a reality in more and more p...
Recent years have witnessed an increased interest in Precision Time Protocol (PTP) in telecommunicat...
Phasor Measurement Units are the most advanced instruments for power network moni-toring, since they...
Within the context of time dissemination techniques for power systems applications, the paper discus...
Accurate time synchronization of Phasor Measurement Unit (PMUs) play an important role in applicatio...
Time synchronization is essential to synchro-phasor-based applications. However, Timestamp Error (TE...
This paper assesses time synchronization sources suitable for Phasor Measurement Unit (PMU) applicat...
In modern transmission and distribution networks, monitoring, control and protection tasks are usual...
Phasor measurement units (PMUs) are considered one of the most important measuring devices in power ...
Abstract- This paper describes a scheme to improve the overall performance of Phasor Measurement Uni...
A common time reference among nodes is one of the key requirements in telecommunication, distributed...
This paper will examine aspects related to network synchronization distribution and the cascading of...
Precise point positioning (PPP) has become a competitive time and frequency transfer technique using...
Our power system nowadays operate as a huge complex machine that often operate close to their stabil...
This paper describes about the time synchronization of different locations voltage or current signal...
peer reviewedSynchronized phasor measurement units (PMUs) are becoming a reality in more and more p...
Recent years have witnessed an increased interest in Precision Time Protocol (PTP) in telecommunicat...
Phasor Measurement Units are the most advanced instruments for power network moni-toring, since they...
Within the context of time dissemination techniques for power systems applications, the paper discus...
Accurate time synchronization of Phasor Measurement Unit (PMUs) play an important role in applicatio...
Time synchronization is essential to synchro-phasor-based applications. However, Timestamp Error (TE...
This paper assesses time synchronization sources suitable for Phasor Measurement Unit (PMU) applicat...
In modern transmission and distribution networks, monitoring, control and protection tasks are usual...
Phasor measurement units (PMUs) are considered one of the most important measuring devices in power ...
Abstract- This paper describes a scheme to improve the overall performance of Phasor Measurement Uni...
A common time reference among nodes is one of the key requirements in telecommunication, distributed...
This paper will examine aspects related to network synchronization distribution and the cascading of...
Precise point positioning (PPP) has become a competitive time and frequency transfer technique using...
Our power system nowadays operate as a huge complex machine that often operate close to their stabil...
This paper describes about the time synchronization of different locations voltage or current signal...
peer reviewedSynchronized phasor measurement units (PMUs) are becoming a reality in more and more p...
Recent years have witnessed an increased interest in Precision Time Protocol (PTP) in telecommunicat...
Phasor Measurement Units are the most advanced instruments for power network moni-toring, since they...