This manuscript suggests quasi-oppositional fast convergence evolutionary programming (QOFCEP) technique to determine short-term generation scheduling of fixed head hydrothermal system comprising pumped storage hydro plants (PSHPs), solar PV (SPVPs) and wind turbine generators (WTGs) with demand response program (DRP). PSHPs are used power (FHPPs), thermal generating units (TGUs), SPVPs WTGs op...

Short-term hydrothermal scheduling (STHS) can improve water use efficiency, reduce carbon emissions, and increase economic benefits by optimizing the commitment dispatch of hydro thermal generating units together. However, limited large system scale complex hydraulic electrical constraints, STHS poses great challenges in modeling for operators. This paper presents an improved proximal bundle me...

The aim of this paper is to present short-term hydrothermal scheduling (STHS) of power system. This problem is solved in such a way that utilizes available hydro reserves optimally and thus minimizes the fuel cost of thermal plants. A PSO based method is developed which can efficiently deals with hydro constraints like reservoir storage volume limits, water discharge rate limits, water dynamic ...

In recent times, renewable energy sources are essential for generating low-cost, pollution-free power. Since the last two decades, hydrothermal coordination system has been used to fulfill demand The traditional model's biggest flaws high generation cost and excessive fossil fuel emission. proposed work, process of scheduling (HTS) improved by integrating wind–solar energy. To overcome current ...