This paper derives an improved version of a periodogram detector for detecting forced
oscillations (FOs) in power systems using synchrophasor measurements. FOs are usually …

This paper presents a Machine Learning (ML) solution deployed in an Internet-of-Things
(IoT) edge device for detecting forced oscillations in power grids. We base our proposal on a …

Generic dynamic models of hydraulic turbines are unable to capture power oscillations
phenomena originating from a torque disturbance on a single runner blade. In this paper, an …

Synchrophasor data have a range of applications, from planning, market operation to
reliability operation. Oscillation source location (OSL) is among the most successful …

It is widely accepted that future internet is developing grace to the availability of platforms
(cloud-based) enabling deployment of a large range of applications, including connecting to …

Phasor Measurement Units (PMU) are used to identify forced oscillation (FO) in the power
system, which occurs if there is any periodic fault in the system. However, GPS-spoofing …

The identification and analysis of low-frequency oscillations (LFO) in the parameters of the
electrical regime are significant for the efficient operation of power systems. The decision …

We aim at expanding the horizon of existing research on cyberattacks against the time-
syncrhonized devices such as PMUs and PDCs, along with corresponding …

Выявление и анализ низкочастотных колебаний параметров электрического режима
занимает важное место в обеспечении эффективной работы энергосистем …

There are increasingly routine situations where inverter-based generation from wind and
solar power resources provides more than 50% of generation capacity during light load …