热力发电2024，Vol.53Issue(3)：14-23,10.DOI:10.19666/j.rlfd.202308133
基于子空间线性二次高斯的风电机组控制性能量化评估
Quantitative performance assessment of wind turbine control systems based on linear quadratic Gaussian subspace benchmark
摘要
Abstract
Aiming at the lack of quantitative standards and assessment methods in the current comprehensive assessment of wind turbine control performance,a quantitative assessment method of control performance based on subspace linear quadratic Gaussian(LQG)is proposed.The subspace matrix method is used to solve the assessment trade-off curve,and the benchmark and assessment index of LQG control performance of wind turbines are established.By taking the turbine retrofitted by adding tower damping and load shedding control as an example of the assessment,the multivariate comprehensive quantitative assessment of pitch control performance before and after retrofitting is carried out by using two kinds of data processing strategies.The results show that,both data processing strategies can obtain accurate and effective quantitative evaluation results,and the proposed evaluation method can realize the comprehensive quantitative evaluation of the optimization effect of control strategies.关键词
风电机组/子空间矩阵/控制性能评估/LQG基准/权衡曲线Key words
wind turbine unit/subspace matrix/control performance assessment/LQG benchmark/trade-off curve引用本文复制引用
王玙,张扬帆,杨伟新,梁恺,高峰,钱晨凯..基于子空间线性二次高斯的风电机组控制性能量化评估[J].热力发电,2024,53(3):14-23,10.基金项目
华北电力科学研究院自有资金项目(KJZ2022059)Projects of North China Electric Power Research Institute(KJZ2022059) （KJZ2022059）
