Reservoir level control in hydroelectric power plants has importance for the stability of the
electric power supply over time and can be used for flood control. In this sense, this paper …

Due to technological advancements, wind energy has emerged as a prominent renewable
power source. However, the intermittent nature of wind poses challenges in accurately …

The realistic power systems include several types of controllers in transmission lines,
different types of energy storage systems (ESSs), and integration of various renewable …

This paper addresses the challenge of predicting dam level rise in hydroelectric power
plants during floods and proposes a solution using an automatic hyperparameters tuning …

Optimizing the operation of Pumped-Hydro Energy Storage (PHES) requires accurately
representing nonlinearities, such as reservoir geometry and water-power conversion …

Electricity generation in Brazil heavily depends on hydroelectric power, making it vulnerable
to fluctuations due to its reliance on weather patterns. Accurately forecasting water inflow …

Electricity load forecasting is important to planning the decision-making regarding the use of
energy resources, in which the power system must be operated to guarantee the supply of …

Pumped-storage plants (PSPs) have significant potential to regulate intermittent energy
sources. However, achieving coordinated optimization of regulation stability and operational …

Short-term hydropower scheduling primarily focuses on maximizing economic benefits, and
the hydroelectric generating unit, as the primary component responsible for power …

This paper presents a neural network-constrained optimization model for the optimal
scheduling of pumped hydro energy storage. Neural networks are trained offline to capture …