To facilitate the increasing penetration of inverter-based resources, understanding and
evaluating system strength becomes one of the central questions for the resilient operation …

Temporary overvoltage (TOV) is becoming one challenge for the integration of significant
power electronics resources into a power system. To assess the risk of TOV in a Multi-Infeed …

Weak grid conditions challenge the grid integration of offshore wind farms. Especially grids
with low inertia and large grid impedance questions frequency and voltage compliance …

Since the massive integration of inverter-based resources in the distribution grid especially
for residential applications, power quality, and grid stability became two of the most …

Power grids that incorporate a variety of distributed energy generation must be capable of
maintaining system voltage in the allowable range against potential disturbances caused by …

The worldwide electricity network is undergoing a crucial transformation, shifting from
traditional synchronous generators to inverter‐based renewable energy sources (IRESs) …

Oscillatory modes in the Australian National Electricity Market (NEM) are changing due to
network topology changes, the addition of new generations, and the retirement of …

This work proposes a fault mitigation strategy for Dispatchable Virtual Oscilator (dVOC) grid-
forming (GFM) controlled inverters operating in ultra-weak grid scenarios, ie, with Short …

Due to the continuous increase (decrease) in the number of inverter-based (synchronous)
generators in modern electrical power systems, the theoretical foundations behind widely …

La proliferación de fuentes de energía renovable y su impacto en los sistemas de potencia
hacen necesaria la realización de estudios para asegurar la buena operación del sistema …