The randomness and intermittence of wind resources is the biggest challenge in the
integration of wind power into the power system. Accurate forecasting of wind power …

Wind energy has the inherent nature of intermittence and randomness, such that its accurate
prediction is extremely critical to ensure safe and stable operation of power system with …

Scenario generation is an effective method for addressing uncertainties in stochastic
programming for energy systems with integrated wind power. To comprehensively …

Concerns about global warming, scarcity of fossil fuel reserves, and primary energy
independence of regions or countries have led to a dramatic increase of renewable energy …

Realistic decision making involves consideration of uncertainty in various parameters. While
large number of scenarios brings significant challenge to computations, the scenario …

This paper discusses the optimal distribution system operation in the presence of wind
power by coordinating network reconfiguration and demand response method. Under the …

The environmental concerns and restrictions of fossil fuel resources have led to the
deployment of wind power installation. Due to the uncertain nature of wind speed, high …

The current coordination between the transmission system operator (TSO) and the
distribution system operator (DSO) is changing mainly due to the continuous integration of …

When considering the design of electricity-intensive industrial processes, a challenge is that
future electricity prices are highly uncertain. Design decisions made before construction can …

In this paper, a novel sequential scenario reduction framework for general optimization
problem is proposed. The proposed method extends the previous work (Li and Floudas …