The energy saving of air compressors starts with the gas tank and pipeline!

The energy saving of air compressors starts with the gas tank and pipeline!

Energy saving principle

　　 After the compressed air is discharged from the compressor, it needs to be transported to the application place through the air tank and pipeline. In the field of use, there are problems with gas storage tanks and pipelines, such as pipeline leakage; if they are not resolved in time, the energy consumption of the air compressor will increase, leading to unnecessary waste. Therefore, from the gas storage tanks and pipelines, we can also carry out energy-saving transformations to further improve the energy-saving effect. Energy saving for gas storage tanks and pipelines

　　The capacity of the gas tank is insufficient

　　 Due to the small capacity of the gas storage tank, the gas storage will also become smaller, which will cause the air compressor to be repeatedly loaded and unloaded, resulting in a lot of energy waste. The above problems can be solved by using a large capacity gas storage tank.

　　 Too many elbows in the pipe

　　 The elbow in the pipeline will increase the flow resistance of the compressed air and form an additional work point; in addition, the elbow will form a gas impact, and the local pressure will increase, making it continue to operate at high pressure and easy to unload. Optimize pipeline construction, try to avoid using elbows, and reduce energy consumption.

　　 There is a leak in the pipeline

　　 The air compressor system is a continuously running whole, and all parts and joints may leak air during long-term operation. Detect all gas points of the enterprise, find the links with lower efficiency (leakage), and replace them to achieve maximum energy saving. 　　Different types of gas

　　In a production line, there are different types of gas use links: continuous gas use, small-scale pulse gas use, large-scale pulse gas use, and open gas use. Since the above-mentioned gas-using links often coexist on the same pipeline, pulsed gas-using equipment requires an instantaneous large gas supply. They will inevitably pull down the pipeline pressure, resulting in insufficient air pressure in the continuous gas-using link, resulting in air compressor performance The consumption has increased substantially. Therefore, a reasonable configuration is needed, and gas storage tanks are deployed at appropriate locations to increase local energy storage and improve local air pressure.

　　 The energy-saving road of air compressor is promising. The air compressor system is a complete system, and the air compressor, gas storage tank, and pipeline are all part of it. In addition to the air compressor itself, the gas storage tanks and pipelines can save energy. This requires the majority of users to pay more attention during use, solve them in time, reduce waste, and achieve energy saving.