电力系统自动化2024，Vol.48Issue(17)：37-45,9.DOI:10.7500/AEPS20230821009
考虑能量恢复的电解铝负荷一次调频自适应控制
Adaptive Control of Primary Frequency Regulation for Electrolytic Aluminum Load Considering Energy Recovery
摘要
Abstract
The large-scale integration of renewable energy makes traditional frequency regulation resources unable to meet the frequency regulation demands of the new power system.Electrolytic aluminum,as a typical high-energy load,has great potential for frequency regulation due to its load characteristics of large capacity and flexible adjustment.Aiming at the control characteristics of electrolytic aluminum,an adaptive control strategy with parameters varying with frequency is proposed.The electrolytic aluminum participates in primary frequency regulation by controlling the saturable reactor.This strategy maintains a stable output curve while making the response speed of the electrolytic aluminum faster,and accelerates the frequency recovery.In order to ensure that electrolytic aluminum participating in frequency regulation for many times has less impact on production efficiency and output.In this paper,the quantitative model of the impact of electrolytic aluminum participating in frequency regulation on the production process flow is established,and based on this,an energy recovery strategy for electrolytic aluminum participating in frequency regulation is proposed.On the premise of ensuring that the frequency recovery is not significantly affected,the electrolytic aluminum quickly returns to its initial working state.Finally,the effectiveness and universality of the control strategy and recovery strategy are verified through cases.关键词
电解铝/高载能负荷/一次调频/自适应控制/能量恢复Key words
electrolytic aluminum/high-energy load/primary frequency regulation/adaptive control/energy recovery引用本文复制引用
聂世豪,黄润,陈磊,闵勇,游广增,吴琛..考虑能量恢复的电解铝负荷一次调频自适应控制[J].电力系统自动化,2024,48(17):37-45,9.基金项目
中国南方电网有限责任公司重点科技项目(0500002022030301GH00161). This work is supported by China Southern Power Grid Company Limited(No.0500002022030301GH00161). （0500002022030301GH00161）
