In the last two decades, the number of strategies for planning the maintenance of power
systems have increased considerably. As societal dependence on power system …

The special characteristics of renewable energy resources, such as non-emission and low
operating costs, have increased the penetration rate of renewable energy resources in the …

(GMS) has increased due to the advent of demand-related expansion in size for modern
power systems. Timely maintenance plays a significant role in minimizing failures and helps …

The application of the fuel cell (FC) in improving the clean and energy-efficient cogeneration
of heat and power has been broadly justified by researchers. However, the reliable …

Increasing emission concerns about greenhouse gases have led to an increasing tendency
to use renewable energy sources (RERs) in the power system. Nevertheless, the …

The periodic outage planning of generation units for maintenance services is critical for their
economic operation. Ignoring it can lead to premature degradation, high repair costs, and …

This paper studies the coordinated optimization between generator maintenance scheduling
and long-term unit commitment in hydrothermal power systems, which can deal with the …

This paper studies the model for scheduling both offshore wind farm maintenance tasks and
power productions in consideration of their distinct scheduling timescales and the wind …

An adequate and reliable precautionary upkeep plan in power generation systems is
required to reduce failures, to improve the generator's lifespan, to diminish repair costs and …

Conventional generation maintenance scheduling (GMS) is a solution to increase the
reliability of power systems and minimize the operation and maintenance costs paid by …