- Digital Screen, Energy Visualazation
- The digital platform can be viewed in real time via PC, the enterprise showroom, and mobile devices, allowing enterprise energy consumption and equipment operation to be monitored at a glance. Pressure-drop monitoring helps reduce air leakage and enhances the overall level of enterprise digitalization.
- Intelligent Joint Control, Energy Optimazation
- Through edge-based calculations of air consumption, pressure, and station flow, combined with equipment energy-efficiency data, the system establishes optimal operating conditions based on basic operational judgment. The joint control system then determines the optimal operating strategy and issues control commands to the equipment, achieving coordinated operation while minimizing overall energy consumption.
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Intelligent Control & Energy Optimization Features
- Data Group Control for On-Demand Operation
- Automatically analyzes supply–demand balance and controls equipment start/stop to match actual demand, reducing unnecessary energy consumption.
- Intelligent Rotation for Load Balancing
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Automatically adjusts operating time between units to enable intelligent duty/standby rotation and balance the load across the entire station.
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- Failure Switching (Redundancy Control)
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In the event of equipment failure, the system automatically switches to standby units to ensure continuous and stable operation.
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- Cloud + Edge Hybrid Control Architecture
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Single-machine intelligent control
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Stand-alone intelligent control
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Manual / scheduled / customized condition control
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Station-level intelligent control with post-processing data analysis
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- Linkage Control
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Interlocked control between air compressors and dryers
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Automatic shutdown of dryers when compressors stop
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Automatic shutdown of compressors when dryers stop to prevent abnormal operation
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- Data Group Control for On-Demand Operation
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- Through edge-based calculations of air consumption, pressure, and station flow, combined with equipment energy-efficiency data, the system establishes optimal operating conditions based on basic operational judgment. The joint control system then determines the optimal operating strategy and issues control commands to the equipment, achieving coordinated operation while minimizing overall energy consumption.




