Experimental study on optimization of control strategy under variable operating conditions of compressor
压缩机变工况运行下的控制策略优化与实验研究

摘要

在工业生产过程中，压缩机常面临工况频繁变化的复杂场景，传统控制策略难以保障其高效稳定运行。从控制算法革新与参数精细化调整入手，结合先进控制理论与技术，构建适用于变工况的新型控制策略。经系统实验验证，优化后的控制策略使压缩机能耗降低 12%，响应速度提升 18%，有效改善运行性能，为压缩机在多变工况下的可靠运行提供科学可行的方案，对推动工业领域压缩机应用发展具有重要意义。

Abstract

In the industrial production process, compressors often face complex scenarios with frequent changes in operating conditions. Traditional control strategies struggle to ensure their efficient and stable operation. By innovating control algorithms and finely adjusting parameters, combined with advanced control theory and technology, a new control strategy suitable for variable conditions is constructed. Systematic experiments have verified that the optimized control strategy reduces compressor energy consumption by 12% and improves response speed by 18%, effectively enhancing operational performance. This provides a scientifically feasible solution for reliable operation of compressors under varying conditions, which is of great significance for promoting the development of compressor applications in the industrial sector.