Practical Strategies for Dynamic Performance Control Methods of Hydraulic Press Hydraulic Systems

To address the degradation of dynamic performance in hydraulic press systems—including response lag, significant pressure fluctuations, and poor operational stability—the study integrates hydraulic control theory with equipment maintenance practices. It identifies the core factors limiting system performance and proposes an active dynamic performance regulation approach across three dimensions: optimization of closed-loop control algorithms, hardware parameter matching, and adaptive regulation under all operating conditions. The study also establishes a preventive maintenance framework focused on performance assurance and techniques for restoring core component performance. Practical implementation demonstrates that this strategy significantly enhances system response speed, control accuracy, and operational reliability while reducing failure rates, providing valuable engineering insights for performance optimization and operational management of similar equipment.