Abstract System integrity protection schemes safeguard electric power systems' overall
integrity, among which under-frequency load shedding carries a flagship role. Although …

As power systems continue to expand, the need arises for more robust monitoring, control
and protection techniques especially under abnormal conditions. In the event of generator …

The importance of the wide-area monitoring system is rapidly increasing and many
transmission system operators have already made several steps toward implementing wide …

The actual activation of underfrequency load shedding is rarely needed in a power system.
However, this does not diminish its significance, as it is the last barrier before a system …

Underfrequency load shedding is one of the most important protection systems, as in many
cases it represents the last chance to prevent a system blackout after a serious disturbance …

This paper presents a new scheme for load curtailment in the power system required for its
self-healing under critical contingencies, which may pose a threat to frequency as well as …

The frequency and voltage stability is a basic principle in the power system operation.
Different short circuits, load growth, generation shortage, and other faults which disturb the …

Islanding operation in a distribution network connected to Distributed Generations (DGs) has
the advantage of being able to continuously supply power to the loads even when …

Frequency stability of islanded smart distribution networks with peer-to-peer (P2P) controlled
distributed generators (DGs) has attracted special attention recently. Using power line …

Under-Frequency Load Shedding (UFLS) is a common technique to maintain power system
stability by removing the overload in some part of the system. The existing UFLS schemes …