Optimum location and size of distributed generations (DGs) is important to maximize the
system's stability. This paper presents a new simple but robust method based on the …

This paper presents a novel analytical methodology to determine location for optimal shunt
capacitor placement in power systems. The new method modifies modal analysis technique …

Voltage instability has becoming one of the major concern for power systems utilities
nowadays. It is believed as one of the major drives of the blackouts. Moreover, nowadays …

Curtailable loads (CLs) are regarded as one of the last lines of defence to maintain the
security and stability of power systems. Nevertheless, if organised carefully, they can also be …

In a deregulated power system, energy prices throughout the network will be characterised
and depending on the existence of transmission constraints. As power flow violates …

Voltage instability is characterized by loss of a stable operating point due to reactive power
deficiency, which causes a drop of voltage profile in significant part of the system. The …

Load shedding is the last reaction to control and stabilize the power system in the event of a
disturbance. Determining the location and amount of load shedding is one of the issues that …

Due to the impact of disturbances in power system voltage stability. An advanced method is
introduced using sensitivity analysis to preserve the voltage within the secure limits when …

This paper discusses the simulation of under voltage load Shedding (UVLS) by considering
the integration of wind power plants (WPP). The WPPs which will be integrated into the …

Load shedding can be defined as the amount of load that must almost be instantly removed
from a power system to maintain the remaining part of the system operational. Market-driven …