This paper presents a new method to evaluate the reliability of a power system with high
penetration of wind generation, considering the impact of not only the intermittence but also …

The integration of wind power into the grid causes numerous stability and reliability issues
due to its low inertia and intermittent nature. To ensure system stability, wind power …

Optimal power flow (OPF) minimizes the production cost, while satisfying the constraints on
the system, such as real and reactive power balance, equipment capability constraints, and …

The significant presence of variable-speed wind turbines in worldwide power systems has
led to planners and grid operators requiring them to participate in frequency control tasks. To …

The gradual displacement of conventional generation from the energy mix to give way to
renewable energy sources represents a paradigm shift in the operation of future power …

From a technical and ecological point of view, standalone wind-diesel power generation has
been proven to be one of the most effective solutions in electrification in remote populated …

Wind is a prominent source of carbon-free electric power despite being highly variable due
to random changes in wind speeds. This variability is problematic because total electricity …

This paper presents a method of including a frequency stability constraint within the
framework of the optimal power flow problem. Increasing replacement of conventional …

El inminente agotamiento de las reservas de combustible de origen fósil, la creciente
preocupación por la preservación del medio ambiente y el constante incremento de las …

Power curtailment methods contribute to the frequency stability of power systems with a high
share of photovoltaic generation. This paper focuses on an online strategy that estimates the …