Predetermined islanding scenarios along with automated load shedding schemes are applied once a prospective cascading outage condition is predicted. If required, additional distributed generation at specified locations in the system is also determined. The choice of different islands along with loads to be shed is then made available to the operator so as to be armed for action in case the system security is compromised. Determination of line outages that lead to disastrous consequences, intentional islanding schemes, and load shedding schemes have been explored individually. A plan integrating these defense mechanisms coupled with the possibility of using distributed generation where and when available is presented via case studies. Result...
Load shedding has always been a commonly adopted method in emergency situations to maintain power sy...
This dissertation provides a self-healing strategy to deal with catastrophic events such as simultan...
Severe disturbances in a large electrical interconnection cause a large mismatch in gen-eration and ...
System disturbances that involve several interconnected areas across the grid are uncommon, but they...
In order to increase the reliability of the power system and to make use of trapped generation poten...
The reported catastrophic failures of power systems from different geographical parts of the world o...
Power blackouts are a recurring problem worldwide, and research in this area continues to focus on d...
The power systems operated by the utilities in developing countries suffer from a large gap between...
Abstract: Emergency load shedding (LS) for preventing frequency degradation is an established practi...
Emergency load shedding (LS) for preventing frequency degradation is an established practice all ov...
Intentional islanding is the last defense mechanism executed to avoid cascading failures and total b...
One of the challenge in islanding operation is to maintain frequency stability when generation is le...
Despite layers of protection at work, power systems still have experienced major blackouts in the pa...
Emergency load shedding (LS) for preventing frequency degradation is an established practice all ov...
Load shedding scheme is enabler for islanding operation of a distribution network. Considering the n...
Load shedding has always been a commonly adopted method in emergency situations to maintain power sy...
This dissertation provides a self-healing strategy to deal with catastrophic events such as simultan...
Severe disturbances in a large electrical interconnection cause a large mismatch in gen-eration and ...
System disturbances that involve several interconnected areas across the grid are uncommon, but they...
In order to increase the reliability of the power system and to make use of trapped generation poten...
The reported catastrophic failures of power systems from different geographical parts of the world o...
Power blackouts are a recurring problem worldwide, and research in this area continues to focus on d...
The power systems operated by the utilities in developing countries suffer from a large gap between...
Abstract: Emergency load shedding (LS) for preventing frequency degradation is an established practi...
Emergency load shedding (LS) for preventing frequency degradation is an established practice all ov...
Intentional islanding is the last defense mechanism executed to avoid cascading failures and total b...
One of the challenge in islanding operation is to maintain frequency stability when generation is le...
Despite layers of protection at work, power systems still have experienced major blackouts in the pa...
Emergency load shedding (LS) for preventing frequency degradation is an established practice all ov...
Load shedding scheme is enabler for islanding operation of a distribution network. Considering the n...
Load shedding has always been a commonly adopted method in emergency situations to maintain power sy...
This dissertation provides a self-healing strategy to deal with catastrophic events such as simultan...
Severe disturbances in a large electrical interconnection cause a large mismatch in gen-eration and ...