Fast Load Control of Supercritical Unit Through ADRC Optimized by Cross Quantum Pigeon

In order to absorb the random fluctuations caused by the large scale integration of new energy into the power grid, it is essential to improve the flexible operation ability of cool-fired especially supercritical units. In this paper, a fast load control strategy based on the active disturbance rejection control (ADRC) theory is proposed for the coordinated control system in supercritical units. Then, a novel cross quantum pigeon optimization algorithm is used to optimize the ADRC controller parameters automatically for coordinated control system. Finally, extensive simulation results demonstrate the feasibility and effectiveness of the optimal control strategy in fast load control.