现在，随着空气增压系统的逐步普及，市场对空气增压系统的要求也越来越多样化，如高停低启动、定时启动、达到压力时保持定时压力等。 下面简单介绍一下。
with the gradual popularization of air boosting systems, the market's requirements for air boosting systems are becoming increasingly diversified, such as high stop and low start, timed start, reaching pressure for timed pressure maintenance, and so on here, the editor will give you a brief introduction.
随着科学技术的进步，空气增压系统的普及和节能。未来，对空气增压系统的性能和功能的要求会越来越高。 比如现在提倡的节能减排，要求空气增压系统以最小的消耗工作，而原有的空气增压系统无法达到目的，针对这种情况，精拓研发了高停低启动空气增压系统，可以满足空气场所气压高时的工作条件， 气压低时压力不足以满足工况。高停低启动空气增压系统采用智能芯片感知现场压力的高低变化，通过比较设定气压压力的上下线来判断空气增压泵是否工作，当现场气源达到定压线时，智能芯片停止增压泵的工作， 而且增压泵是相当的管道，现场没有气源的消耗（高压气体通过增压泵直接进入集装箱罐，增压泵在没有智能芯片的情况下会反复工作，消耗大部分能量）。当现场气源达到设定压力并下线时，证明压力不能满足现场使用要求，智能芯片会向空气增压泵发出开启指令，空气增压泵将正常工作，保证设备使用压力的正常使用。
with the advancement of technology, the popularization of air boosting systems and energy conservation. in the future, there will be increasing demands for the performance and functionality of air boost systems. for example, the current promotion of energy conservation and emission reduction requires the air boost system to work at its maximum with minimal consumption. at this time, the original air boost system cannot achieve its goals. in response to this situation, a high stop low start air boost system has been developed. this system can meet the working conditions when the air pressure in the gas field is high, but cannot meet the working conditions when the pressure is low. the high stop low start air booster system uses intelligent chips to sense the changes in on-site pressure, and determines whether the air booster pump is working by comparing the upper and lower lines of the set air pressure. when the on-site air source reaches the pressure set upper line, the intelligent chip stops the operation of the booster pump, which acts as a pipeline, there is no consumption of the on-site gas source (high-pressure gas enters the container tank directly through the booster pump, and without intelligent chips, the booster pump will repeatedly work and consume a large part of the energy). when the on-site gas source reaches the set pressure offline, it proves that the pressure cannot meet the requirements for on-site use. the intelligent chip will issue an opening command to the air booster pump. at this time, the air booster pump will work normally to ensure the normal use of the equipment's operating pressure.