The safety and stability of hydraulic turbine regulating system (HTRS) in hydropower plants
become increasingly important since the rapid development and the broad application of …

The integration of pumped-storage power with multi-energy sources pushes the electricity
generation to concern about the voltage stability and reactive power balance. This study …

The present work introduces a novel predictive control strategy for the analysis of the
dynamic performance of hydro-turbine governing systems based on fuzzy logic. Firstly, a six …

This study brings out a brand new non‐linear predictive control method, a fuzzy generalised
predictive control, for hydroelectric plant systems. Takagi–Sugeno (T–S) fuzzy method and …

Daily flow regulation of a hydropower station has a greater influence on waterway transport
than long-term regulation such as seasonal or annual regulation. Although a physical model …

In this paper a Fractional PID Control is presented. This control was designed for a
hydropower plant with six generation units working in an alternation scheme. The …

The challenges of contingent island operation of hydropower plants are addressed by
proposing an enhanced frequency control with advanced control algorithms. The study is …

Pumped‐storage unit (PSU) often acts as the peak and frequency modulation sources in
modern power systems. The frequent operation condition conversions and tight hydraulic …

Pumped‐storage power plants typically feature very long hydraulic pipelines, which can be
modeled by a set of partial differential equations. The estimation of the pressure and …

The speed governor is known as one of the most important control parts in the pumped-
storage unit (PSU). When operating in transient processes, the stability of the PSU's …