The control of a nuclear power plant is important due to its nonlinear dynamics. An optimized
proportional–integral–derivative (PID) controller is a popular tool to this end. PID is tuned by …

The control systems of nuclear power plants (NPPs) implement the controls of a nuclear
reactor and its power system, equipment, process, and parameters. The performance of the …

The power start-up operation of a nuclear power plant (NPP) increases the reactor power to
the full-power condition for electricity generation. Compared to full-power operation, the …

This investigation is to review advanced technologies for modeling and control of reactor
cores in nuclear power plants for electricity generation. A reactor core in a nuclear power …

Reactor control is a standout amongst the most vital issues in the nuclear power plant. In this
paper, the optimal design of variable structure controller (VSC) based on the lightning …

With the improvement of computer performance and the emergence of cutting-edge artificial
intelligence (AI) algorithms, an autonomous operation based on AI is being applied to many …

Power level control is important in nuclear power plants, and some dynamic parameters
depend on the output power. One of the popular controllers is proportional–integral …

Human factors and ergonomics have played an essential role in increasing the safety and
performance of operators in the nuclear energy industry. In this critical review, we examine …

Dynamic analysis of HES (hybrid energy systems) under flexible operation and variable
renewable generation is considered in this two-part communication to better understand …

Any loss of coolant accident mitigation strategy is necessarily bound by the promptness of
the break detection as well as the accuracy of its diagnosis. The availability of on-line …