Aligning with the government energy policies for achieving carbon neutrality, microgrids
have been receiving increasing attention recently due to their economic and environmental …

The optimal-power-flow-based problems, such as economic dispatch, unit commitment,
optimal power flow, market clearing, and power system expansion planning, are subject to …

This paper investigates a stochastic planning model to minimize the lifecycle cost of
distributed generation (DG) systems under the energy reliability criterion, namely the loss-of …

Power intermittency and maintenance cost are the major challenges in harvesting wind
energy. This paper proposes a multicriteria optimization model to design and operate a wind …

Microgrids, which can be grid-connected or isolated, may experience dependability issues
as a result of intermittent renewable energy. The implementation of a hybrid renewable …

This study aims to provide economical and environmentally friendly solutions for a microgrid
system with distributed energy resources in the design stage, considering multiple …

This paper analyzes the behavior of a nonfrequency-adaptive reduced-order-generalized-
integrator-based current controller when the grid frequency is subject to variations and …

Driven by wind and solar photovoltaics technology, the power industry is shifting towards a
distributed generation (DG) paradigm. A key challenge in deploying a renewable DG system …

Reducing carbon emissions and achieving carbon neutrality are urgent tasks for sustainable
development. High renewable energy penetration in power generation is increasingly …

Solar irradiation tends to vary greatly throughout the day. The difference is very large
especially between the early hours of sunshine, and during the peak hours of the day. Yet, it …