Due to growing concerns regarding climate change and environmental protection, smart
power generation has become essential for the economical and safe operation of both …

Burning fossil fuels is a major concern for global warming control. In Saudi Arabia, steam
power plants that relay on boilers to produce the steam accounted for around 50% of the …

This article focuses on the parameter estimation problem of the input nonlinear system
where an input variable‐gain nonlinear block is followed by a linear controlled …

The boiler or steam generator is a widely-used energy conversion equipment across the
industry to generate steam for power generation or utility purposes. Recently, there is an …

To guarantee the safety and efficient performance of the power plant, a robust controller for
the boiler–turbine unit is needed. In this paper, a robust adaptive sliding mode controller …

In this paper, a new radial basis function network-based model predictive control (RBFN-
MPC) is presented to control the steam temperature of a power plant boiler. For the first time …

In this article, to improve the precision, performance and robustness of an industrial boiler-
turbine, two robust controllers are designed. First, a robust adaptive variable structure …

Optimal control theory and reinforcement learning are gradually being used in the field of
industrial control. In this article, a new optimal tracking control scheme for 160 MW boiler …

Boiler–turbine units may show quasiperiodic behavior due to the bifurcation occurrence in
the presence of harmonic disturbances. In this study, a multi-input–multi-output nonlinear …

A robust model predictive control (MPC) with bi-level optimization is proposed for nonlinear
boiler-turbine system. The nonlinear dynamics are described by multiple local models …