With the continuing growth of renewable penetration in power systems, it becomes
increasingly challenging to manage the operational uncertainty at near-real-time stage via …

Modern power system exploitation of large-scale Renewable Energy Sources (RESs) is
prevalent due to the RES effect of reducing the heavy dependence on fossil fuels and the …

This paper proposes a new method to evaluate the reliability of a wind farm considering the
correlation between wind turbine reliability and wind speed. With increasing integration of …

In this paper, a hybrid method is proposed for reliability evaluation of line switching
operations in power systems. A contingency ranking (CR) method is introduced as a pre …

In this paper, contingency ranking (CR) method is introduced into the reliability evaluation of
line switching operations as a pre-selection method to provide quick and basic guidance on …

The integration of renewable energy resources (RER) into the modern power grid is
increasing rapidly due to aggressive decarbonization goals, lower costs, and increased …

This paper proposes a new method to evaluate the reliability of a power system in the
presence of wind generation, considering the negative correlation of wind turbine reliability …

This paper presents an improved approach to assess wind turbine reliability considering the
impact of hub levels using Monte Carlo simulation. The hub level of wind turbine affects wind …

Electricity generation via conventional generating systems is faced with challenges such as
emission of greenhouse gases, uncertainty associated with fossil fuel prices and incidences …

With the development of the economy, the demand for energy has been substantially
growing. Wind power, particularly from offshore wind farms, is one of the best solutions. In …