The uncertainty of microgrid resources in power systems has increased, which implies many
challenges for their design and planning. The penetration coefficient of microgrids in power …

One of the basic components of future distribution networks are renewable energy resources
(RER). The uncertainty in power production of renewable resources such as wind and solar …

With the distributed energy system widely used, quite a few microsources have been
connected to the microgrid recently. Due to the randomness, uncertainty and correlation of …

With the development of renewable-based distributed generation (RDG), there are
increasing uncertainties in the operation of microgrids (MGs), and stochastic evaluation …

Power system control and operation studies have been experienced essential changes due
to increasing the penetration of uncertain renewable energy resources. One of the most …

The future power system, with the unprecedented penetration of renewable energy
resources, will be faced with many uncertainties which may lead to problems in grid …

One of the basic components of future distribution networks is renewable energy resources
(RER). The uncertainty in power production of renewable resources such as wind and solar …

In view of the impact of the uncertainty of renewable energy on microgrid operation,
traditional deterministic power flow calculation becomes more and more difficult to fully …

The increasing penetration of renewable energy results in the change of the traditional
power system planning and operation tools. As the generated power by the renewable …

Stochastic nature of some input variables dictates the requisite of probabilistic analysis in
power systems operation and planning. Wind generation is considered as a main source of …