This paper presents an analytical basis and criterion for undervoltage load shedding in power systems. If the voltage is unstable, the proposed undervoltage load shedding criterion can be used to calculate the amount of load which must be shed to stabilise the voltage magnitude. By using a dynamic load model it has been possible to form the criterion which gives the amount of load which has to be shed to stabilise the system in each point in time. The criterion is general and can be applied to any power system. Copyright © 1996 Elsevier Science Ltd.link_to_subscribed_fulltex
It has been prime objective of any power producer and distributor to supply uninterruptible power to...
Voltage Stability has emerged in recent decades as one of the most common phenomena, occurrence in E...
This paper proposes a methodology for the design of automatic load shedding against long-term voltag...
This paper explores the influence of load models on decisions of undervoltage load shedding in power...
This paper explores the influence of load models on decisions of undervoltage load shedding in power...
A novel effort to apply Lyapunov\u27s energy methods towards developing an energy based load sheddin...
This report is a Master’s Thesis performed by Andreas Adolfsson and David Jacobsson at Chalmers Univ...
Under-voltage load shedding (UVLS) is an important technique to maintain the voltage stability and f...
The phenomenon of voltage collapse eclipses a potential hazard for the transmission and distribution...
A new design of load shedding against long-term voltage instability is proposed. It uses a set of di...
In the recent years, operation of power systems at lower stability margins has increased the importa...
An optimal load shedding strategy for power systems with optimum location and quantity of load to be...
These days, power systems are operated close to their stability limit, and disturbances such as tran...
20-24<span style="font-size:14.0pt;line-height: 115%;font-family:" times="" new="" roman";mso-farea...
The integration of load shedding schemes with mainstream protection in power system networks is vita...
It has been prime objective of any power producer and distributor to supply uninterruptible power to...
Voltage Stability has emerged in recent decades as one of the most common phenomena, occurrence in E...
This paper proposes a methodology for the design of automatic load shedding against long-term voltag...
This paper explores the influence of load models on decisions of undervoltage load shedding in power...
This paper explores the influence of load models on decisions of undervoltage load shedding in power...
A novel effort to apply Lyapunov\u27s energy methods towards developing an energy based load sheddin...
This report is a Master’s Thesis performed by Andreas Adolfsson and David Jacobsson at Chalmers Univ...
Under-voltage load shedding (UVLS) is an important technique to maintain the voltage stability and f...
The phenomenon of voltage collapse eclipses a potential hazard for the transmission and distribution...
A new design of load shedding against long-term voltage instability is proposed. It uses a set of di...
In the recent years, operation of power systems at lower stability margins has increased the importa...
An optimal load shedding strategy for power systems with optimum location and quantity of load to be...
These days, power systems are operated close to their stability limit, and disturbances such as tran...
20-24<span style="font-size:14.0pt;line-height: 115%;font-family:" times="" new="" roman";mso-farea...
The integration of load shedding schemes with mainstream protection in power system networks is vita...
It has been prime objective of any power producer and distributor to supply uninterruptible power to...
Voltage Stability has emerged in recent decades as one of the most common phenomena, occurrence in E...
This paper proposes a methodology for the design of automatic load shedding against long-term voltag...