As the use of renewable energy sources (RESs) increases worldwide, there is a rising
interest on their impacts on power system operation and control. An overview of the key …

Rising wind generation penetrations and the distinctive inertial characteristics of associated
turbine technology will impact system frequency control. While wind production will displace …

As wind generation begins to contribute significantly to power systems, the need arises to
assess the impact of this new source of variable generation on the stability of the system …

Distributed generation (DG) is increasing in penetration on power systems across the world.
In rural areas, voltage rise limits the permissible penetration levels of DG. Another …

Reduction of overall system inertia in response to increasing penetration level of Micro-Grids
(MGs) makes frequency control more challenging. In this paper, a new analytical approach …

This paper studies the feasibility of utilizing the reactive power of grid-connected variable-
speed wind generators to enhance the steady-state voltage stability margin of the system …

Renewable distributed generation (DG), primarily wind power, will represent the lion's share
of the new generation capacity that will be connected to distribution systems. However, while …

Prudent use of existing transmission capacity could be achieved by an optimal allocation of
wind capacity to distinct transmission nodes. The statistical interdependency of …

As the use of wind power turbines increases worldwide, there is a rising interest on their
impacts on power system operation and control. Frequency regulation in interconnected …

With the scenario of wind power constituting up to 20% of the electric grid capacity in the
future, the need for systematic studies of the impact of wind power on both voltage and …