The hybrid model of the power system infrastructure is an essential part of the sophisticated
technology of the electrical network. Generally, for the Optimal Power Flow (OPF) problem …

The growing energy demand and environmental consciousness provoke the conventional
single-objective optimization framework no longer satisfies new power system planning and …

Evolutionary constrained multiobjective optimization has received extensive attention and
research in the past two decades, and a lot of benchmarks have been proposed to test the …

One of the most effective approaches to reduce carbon emissions is the integration of
renewable energy sources into electrical power networks. Currently, wind turbines are the …

The economic optimal dispatch of a microgrid is a challenging task with significant economic
and social implications. Under a time-based price mechanism, this paper proposes a multi …

To reduce the source-load uncertainty and carbon emission levels of the power system, this
study proposes a novel low-carbon economic stochastic optimization scheduling model …

With the increasing concern over environment protection, Economic Emission Dispatch
(EED) problem has received much attention. It is essentially a Multi-objective Optimization …

In this paper, a stochastic economic-emission dispatch (EE-D) of a power system with wind
farms and flexible loads is proposed. The EE-D is defined as a stochastic multi-objective …

As people's electricity demand and environmental awareness increase, single-objective
optimization of power systems can no longer meet the requirements of modern power …

Constrained multi-objective optimization problems (CMOPs) generally contain multiple
constraints, which not only form multiple discrete feasible regions but also reduce the size of …