On July 15, R&D teams from Xi'an University of Posts and Telecommunications, the School of Energy and Power Engineering at Xi'an Jiaotong University, and DEAR Air Separation's Beijing R&D Center gathered at the DEAR Air Separation Industrial Park for an in-depth technical symposium on intelligent Air Separation solutions. The teams showcased the latest iterative upgrades to the "DEAR Air Separation Intelligent Operation and Maintenance System."
Ms. Hai and Mr. He, leaders of DEAR Air Separation, attended the meeting, reviewed the progress reports, and provided strategic guidance for current and future functional optimizations. The demonstrated achievements covered upgrades across four key intelligent Air Separation technology areas:
(Photo: DEAR Air Separation's humanoid operation robot "Xiao Lan" identifying a water bottle)
Multi-Modal Interactive Agent "Xiao Lan" Enhanced:
The humanoid robot "Xiao Lan" has undergone a morphological upgrade, now physically embodying the abstract cognitive model of Air Separation systems. Integrated with the "Blue Shore Intelligent Operation System," it assists technicians in swiftly and accurately resolving operational challenges while providing real-time guidance.
Expanded Key Parameter Library for Oxygen Production & Energy Efficiency:
DEAR Air Separation has identified over 1,000 critical parameters linking oxygen output and unit energy consumption. These enable smarter, more energy-efficient equipment optimization post-intelligent retrofits, offering precise algorithmic foundations for automated control.
AIPC System's Intelligent Load-Adjustment Technology Upgraded:
Faster response: Model and data leap iterations now enable near-"second-level" load adjustment speeds.
Higher precision: 24/7 intelligent load modulation significantly improves enterprise energy consumption management.
(Photo: DEAR Air Separation's factory digital twin demonstration)
Digital Twin System for Intelligent Inspection Robots Enhanced:
The upgraded visualized digital twin system now provides hyper-realistic simulations of robot inspection scenarios. Each technological advancement underscores DEAR Air Separation's industry-leading position in intelligent Air Separation solutions.
During the exchange, Ms. Hai and Mr. He acknowledged the R&D teams' work and emphasized user-centric practicality in technological development. DEAR Air Separation will continue increasing investments to deliver tailored intelligent solutions for the Air Separation sector, accelerating its transition into the smart era.
