Emerging sub-synchronous interactions (SSI) in wind-integrated power systems have added
intense attention after numerous incidents in the US and China due to the involvement of …

Sub‐synchronous interaction (SSI) phenomenon is one of the dynamic system problems that
have an adverse influence on the safety and stability of the system. The use of …

The interaction between the wind farm and the series‐compensated transmission line may
lead to the sub‐synchronous oscillation (SSO) phenomenon which affects the system …

Although using a series compensation technique in a long transmission line effectively
increases the transmittable power; it may cause a sub-synchronous resonance (SSR) …

Sustainable energy sources are valuable energy sources. Renewable energy production
boosts the economic status of a country. Wind energy is one of the most abundant …

High levels of series compensation in transmission lines, particularly those integrated with
wind farms, exacerbate the risk of sub-synchronous oscillation (SSO), a phenomenon …

The most common method to increase the transmittable power is to insert a fixed series
capacitor into a transmission line. But unfortunately, it was noted that the system stability is …

The integration of wind farms into the transmission network has raised various concerns and
objections. To address these challenges, the deployment of series compensators has …

Abstract Series‐compensated transmission lines can lead to a sub‐synchronous resonance
(SSR) phenomenon at high compensation levels, where the system lacks stability. Gate …

Sub synchronous oscillation (SSO) phenomena brought on by the interaction of renewable
energy sources with different power grid components can be stated as a serious challenge …