一种最速控制器的机理研究与应用

Mechanism Research and Application of the Accelerated Engineering Fastest Proportional-Integral Controller

随着我国“双碳”能源目标的提出,传统PID控制已经很难适应现有火电机组的控制。因此,提出加速型工程最速比例-积分(AEFPI)控制器,显著提高了反馈控制性能。文章首次揭示AEFPI机理,通过仿真实验和数学计算分析AEFPI控制特性,给出AEFPI在提高反馈控制性能上实质性进步的理论依据。最后,通过难控过程的实际应用进一步验证了AEFPI的先进性。

Considering the fact that with the proposal of China’s carbon peak and carbon neutrality energy goals,the traditional PID control fails to adapt to the control of thermal power unit.In this paper,an accelerated engineering fastest proportional-integral(AEFPI)controller was proposed to significantly improve feedback control performance.In addition,the AEFPI’s mechanism was revealed,including making using of both simulation experiment and mathematical calculation to analyze AEFPI’s control characteristics and present a theoretical basis for AEFPI’s substantial progress in improving feedback control performance.Finally,the practical application proved AEFPI’s advancement in control process.