2026-07-03 17:53:22
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The intelligent revolution experienced by China's gas compression equipment industry in the past decade, with industrial Internet, AI predictive maintenance and digital twins as the core technology, has promoted the transition of equipment from 'passive operation and maintenance' to 'independent decision-making'. Shaangu Power builds a full lifecycle intelligent service platform, realizing remote monitoring of large compressor units, multi machine collaborative loading, and fault self diagnosis, and improving service response efficiency by 60%; Kaishan Corporation's high-end screw and centrifugal compressors have fully achieved national first level energy efficiency, combined with digital twin technology to optimize aerodynamic flow field design, resulting in an energy efficiency improvement of over 12%; Baoshi Corporation and Scolo have implemented an AI predictive maintenance system, with an accuracy rate of over 92% for fault warning and a 30% reduction in operation and maintenance costs. Under the promotion of the national 'Intelligent Manufacturing 2025' and the 'Industrial Energy Conservation and Carbon Reduction Technology Application Guidelines', the cloud intelligent centralized control system has achieved an energy efficiency of 54.9% for compressed air systems and controlled pressure fluctuations within ± 0.015MPa. In 2026, the 101MW compressed air energy storage compressor jointly developed by the Chinese Academy of Sciences and China Energy Storage Corporation will achieve an efficiency of 88.1%, breaking the global record and marking China's transition from 'following' to 'leading' in the field of high-end compression equipment. The penetration rate of intelligence in the chemical and energy fields has exceeded 35%, and the localization rate has exceeded 70%, accelerating the evolution towards a 'system level intelligent energy node'.