The operation of energy storage systems (ESSs) in power systems where variable
renewable energy sources (VRESs) and ESSs must contribute to securing the supply, can …

In hydro predominant systems, the long-term hydrothermal scheduling problem (LTHS) is
formulated as a multistage stochastic programming model. A classical optimization …

The stochastic nature of renewable energy sources has increased the need for intraday
trading in electricity markets. Intradaymarkets provide the possibility to the market …

We present and benchmark an approximate dynamic programming algorithm that is capable
of designing near-optimal control policies for a portfolio of heterogenous storage devices in …

The authors describe a method for long‐term hydro‐thermal scheduling allowing treatment
of detailed large‐scale hydro systems. Decisions for each week are determined by solving a …

To enable prioritization among measures for ecological restoration, knowing the expected
benefits and consequences of implementation is imperative but rarely explicitly quantified …

Short-term optimal hydrothermal scheduling plays one of the most important roles in the
modern power system plan and operation. The problem aims at minimizing the total fuel cost …

The balance between detailed technical description, representation of uncertainty and
computational complexity is central in long-term scheduling models applied to hydro …

In systems with hydraulic predominance, the medium-term hydrothermal scheduling
problem (MTHS) is usually modeled as a stochastic programming model where the objective …

Coordinated operation of hydrothermal scheduling with HVDC links considering network
constraints becomes a vital issue due to their remote location and recent induction in the …