It’s not impossible to help you save energy

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In today’s society, it’s necessary to save energy in everything – refrigerators, washing machines, air conditioners, and even rice cookers need to be energy-efficient... Of course, the author is just a recent graduate, and doesn’t own any of these things~ (Wait... I need to cry for a bit... :'() But the author has a heart that wants to help others; if one can’t take care of their own needs, then at least they can try to help others, after all, it’s only when everyone is happy that things are truly good. Let’s talk about the industries that currently make extensive use of air compressors. What do air compressors do? They compress air… Well, they are used in many different places. That’s why energy-efficient air compressors have also been developed. Unfortunately, since the author has a background in science and engineering, they can’t just ask the author to believe something without providing specific figures – it’s impossible for the author to do that! ! ! It’s not hard to prove – just attach a meter and you’ll know, right? Hmm… is that so? And what about the gas production volume? Are you sure it hasn’t changed? ? ? :Dizzy: Please don’t ignore me. I’m stubborn; I beg for proof... What? There’s a specialized system for evaluating the energy consumption of air compressors. Where is it? What’s its name? Hahahahahaha...... That’s right, it’s the CAE800 air compressor energy consumption assessment system developed by Hefei Comajet. As the name suggests, it is used to assess the energy consumption of air compressors. What can it measure exactly? Current, voltage, gas production volume, dew point, and so on... Wow~ The original poster must be a cool Virgo, but they believe in this so deeply. Don’t ask me why – it’s Comaije, a company that specializes in the development of gas flow meters; it’s hard not to believe them. Furthermore, the original poster prefers unconventional approaches; thermal flowmeters all use a constant temperature difference, yet it is well known that those with a constant power supply perform much better than those using a constant temperature difference, although they are more difficult to implement. The TGF450 thermal flowmeter is the best proof of this ； Who says vortex flowmeters have poor vibration resistance and a high lower limit for measuring gas flow? Their unique dual-probe technology eliminates such doubts. The VFM60 flowmeter, which features a dual-probe design, utilizes a proprietary VSAP signal analysis and processing technology. It has two vortex probes: one detects vibration signals while the other detects both vibration and flow signals. By analyzing the effective signals collected by these probes as well as the vibration signals, it is possible to effectively separate external vibration interference from the frequency signals generated by the fluid itself, thereby allowing for the calculation of the actual flow rate. By eliminating vibration signals, it becomes possible to increase the signal amplification factor, expand the measurement range, and improve sensitivity at low flow rates – the lower limit can reach 2 m/s. This model is the VFM60MV. Anyway, the original poster was deeply attracted, and finally went to great lengths to express their feelings. What are you waiting for? To avoid having to pay electricity bills later, hurry up and take action...