Core objective:

Realize intelligent management/improve operational energy efficiency and human efficiency/enhance safety and stability/achieve energy conservation and consumption reduction


Achieve the following goals:

1. Implement centralized monitoring of equipment operation in the air compressor room;
2. Real time reading of operating parameters of the air compressor and its ancillary equipment, real-time monitoring of operating status, and timely alarm for abnormal situations;
3. Whole station energy efficiency evaluation: Count the overall power consumption and gas production of the air compressor in the station building, calculate the operating electrical ratio (compressed air consumption) of the air compressor station building in real time, and evaluate the overall operating efficiency of the station building.
4. Real time pressure control: Automatically (remotely) control the start and stop of the air compressor operation according to the pressure demand of the air supply main pipe of the air compression station, in order to achieve energy-saving goals;
5. Balanced operating time strategy: Control the starting sequence of the air compressor in a balanced manner to ensure that the operating time of the air compressor is balanced as much as possible, thereby facilitating equipment maintenance;
6. Startup sequence strategy: Customize device priority to control the start stop sequence;
7. Fault switching backup machine: In case of equipment failure, the backup machine will automatically switch;
8. Post processing linkage: Based on the operating status of the air compressor, synchronously control the operation of the refrigerated dryer.

Synchronization implementation:

1. Implement full process monitoring. Install sensing equipment including pressure, flow rate, dew point, etc. to monitor the entire process data from gas production to gas consumption, including station temperature and humidity, pipeline pressure, flow rate, gas pressure, electrical ratio, etc.

2. Implement data visualization. Various types of data are processed and summarized to form dashboards, configurations, reports, and other content for users to view.
3. Rich application terminals. Supports desktop computers (Windows system, Linux system, etc.), tablets, and can be viewed at any time.
4. Implement virtual air compression station display. Simulate the on-site equipment and pipeline structure into the configuration diagram, and observe the actual situation of the station building at any time on the display.
5. Support viewing historical data and provide various data reports such as flow, pressure, electricity, and electrical ratio.
6. Reserve RS485 port for data docking with the energy management system.


For more comprehensive information, please contact our account manager

Core objective:

Realize intelligent management/improve operational energy efficiency and human efficiency/enhance safety and stability/achieve energy conservation and consumption reduction


Achieve the following goals:

1. Implement centralized monitoring of equipment operation in the air compressor room;
2. Real time reading of operating parameters of the air compressor and its ancillary equipment, real-time monitoring of operating status, and timely alarm for abnormal situations;
3. Whole station energy efficiency evaluation: Count the overall power consumption and gas production of the air compressor in the station building, calculate the operating electrical ratio (compressed air consumption) of the air compressor station building in real time, and evaluate the overall operating efficiency of the station building.
4. Real time pressure control: Automatically (remotely) control the start and stop of the air compressor operation according to the pressure demand of the air supply main pipe of the air compression station, in order to achieve energy-saving goals;
5. Balanced operating time strategy: Control the starting sequence of the air compressor in a balanced manner to ensure that the operating time of the air compressor is balanced as much as possible, thereby facilitating equipment maintenance;
6. Startup sequence strategy: Customize device priority to control the start stop sequence;
7. Fault switching backup machine: In case of equipment failure, the backup machine will automatically switch;
8. Post processing linkage: Based on the operating status of the air compressor, synchronously control the operation of the refrigerated dryer.

Synchronization implementation:

1. Implement full process monitoring. Install sensing equipment including pressure, flow rate, dew point, etc. to monitor the entire process data from gas production to gas consumption, including station temperature and humidity, pipeline pressure, flow rate, gas pressure, electrical ratio, etc.

2. Implement data visualization. Various types of data are processed and summarized to form dashboards, configurations, reports, and other content for users to view.
3. Rich application terminals. Supports desktop computers (Windows system, Linux system, etc.), tablets, and can be viewed at any time.
4. Implement virtual air compression station display. Simulate the on-site equipment and pipeline structure into the configuration diagram, and observe the actual situation of the station building at any time on the display.
5. Support viewing historical data and provide various data reports such as flow, pressure, electricity, and electrical ratio.
6. Reserve RS485 port for data docking with the energy management system.


For more comprehensive information, please contact our account manager