In recent years, Hydro-Québec has undertaken a major program to upgrade the reliability of its transmission system. Much effort has been focused on increasing the system's ability to withstand extreme contingencies, usually caused by multiple incidents or the successive tripping of transmission lines. This paper deals with the conception and the control logic of an undervoltage load shedding scheme aimed at protecting the Hydro-Québec system against long-term voltage instability. Various results showing the impact of the operation of these automatisms on the system stability are provided in this paper
These days, power systems are operated close to their stability limit, and disturbances such as tran...
peer reviewedA new design of load shedding against long-term voltage instability is proposed. It use...
The trend of making more profits for the owners, deregulation of the utility market and need for obt...
Abstract — In recent years, Hydro-Québec has undertaken a major program to upgrade the reliability o...
This paper deals with the control logic of an undervoltage, closed-loop load shedding scheme aimed a...
This paper discusses and compares three types of undervoltage load shedding closed-loop controllers ...
This paper proposes a methodology for the design of automatic load shedding against long-term voltag...
This paper proposes a methodology for the design of automatic load shedding against voltage instabil...
peer reviewedIn the presence of induction motor loads, long-term voltage instability may end up in a...
This paper reports on prospective tests of a system protection scheme against long-term voltage inst...
peer reviewedThis paper reports on prospective tests of a system protection scheme against long-term...
A new design of load shedding against long-term voltage instability is proposed. It uses a set of di...
peer reviewedThis paper describes a new approach used by Hydro-Québec to determine the rules of auto...
peer reviewedThis paper provides an overview of emergency voltage stability controls in power system...
peer reviewedIn the presence of induction motors in loads, long-term voltage instability may result ...
These days, power systems are operated close to their stability limit, and disturbances such as tran...
peer reviewedA new design of load shedding against long-term voltage instability is proposed. It use...
The trend of making more profits for the owners, deregulation of the utility market and need for obt...
Abstract — In recent years, Hydro-Québec has undertaken a major program to upgrade the reliability o...
This paper deals with the control logic of an undervoltage, closed-loop load shedding scheme aimed a...
This paper discusses and compares three types of undervoltage load shedding closed-loop controllers ...
This paper proposes a methodology for the design of automatic load shedding against long-term voltag...
This paper proposes a methodology for the design of automatic load shedding against voltage instabil...
peer reviewedIn the presence of induction motor loads, long-term voltage instability may end up in a...
This paper reports on prospective tests of a system protection scheme against long-term voltage inst...
peer reviewedThis paper reports on prospective tests of a system protection scheme against long-term...
A new design of load shedding against long-term voltage instability is proposed. It uses a set of di...
peer reviewedThis paper describes a new approach used by Hydro-Québec to determine the rules of auto...
peer reviewedThis paper provides an overview of emergency voltage stability controls in power system...
peer reviewedIn the presence of induction motors in loads, long-term voltage instability may result ...
These days, power systems are operated close to their stability limit, and disturbances such as tran...
peer reviewedA new design of load shedding against long-term voltage instability is proposed. It use...
The trend of making more profits for the owners, deregulation of the utility market and need for obt...