1、使用(yòng)變頻器(qì)後，空氣(qì)壓縮機(ji)的壓力(lì)設定可(kě)以是一(yī)點，即可(kě)以将滿(man)足生産(chǎn)設備要(yao)求的最(zuì)☔低壓力(lì)作為設(shè)定壓力(li)，變頻器(qi)将根據(ju)管網壓(yā)🥵力上下(xia)波動的(de)趨勢，通(tong)過調節(jie)空壓機(ji)轉速，消(xiāo)除了空(kong)壓機的(de)卸載運(yùn)行，節約(yue)了電能(neng)。

1. After using the frequency converter, the pressure setting of the air compressor can be one point, that is, the lowest pressure that meets the requirements of production equipment can be used as the setting pressure. The frequency converter will eliminate the unloading operation of the air compressor and save electricity by adjusting the speed of the air compressor according to the fluctuating trend of the pressure of the pipeline network.

2、由于系(xi)統中的(de)變頻器(qì)使得管(guan)網上下(xià)壓力穩(wěn)定，可以(yi)降低甚(shen)至消除(chu)壓力的(de)波動，從(cóng)而使系(xi)統中所(suǒ)有運行(háng)的空✏️氣(qì)壓縮機(jī)🌈都在一(yi)個滿足(zú)生産要(yao)求的較(jiao)低的壓(yā)力下運(yun)行，減少(shao)了壓力(li)向上波(bō)動造成(chéng)的功率(lü)損失。

2. Because of the frequency converter in the system, the downward and downward pressure of the pipeline network is stable, and the fluctuation of pressure can be reduced or even eliminated, so that all the air compressors in the system are operated under a lower pressure which meets the production requirements, thus reducing the power loss caused by the upward fluctuation of pressure.

3、由(yóu)于空壓(ya)機不能(néng)排除在(zai)滿負載(zǎi)狀态下(xia)長時間(jiān)運行的(de)可能性(xìng)，所以隻(zhī)能按最(zui)大需求(qiú)來決定(dìng)電動機(jī)的容量(liang)，故設計(ji)容量一(yi)般偏大(da)。在實際(ji)運行中(zhong)，輕載🍉運(yun)行的時(shi)間所占(zhàn)的比例(li)是非☔常(cháng)高的，如(ru)果采用(yong)變頻調(diao)速，可大(da)大提高(gāo)運行時(shí)的工作(zuo)效率。因(yīn)此将變(biàn)♉頻器作(zuò)用在空(kōng)壓機系(xì)統中節(jie)能潛力(li)🈲很大。

3. Because the air compressor can not rule out the possibility of long-term operation under full load, it can only determine the capacity of motor according to the maximum demand, so the design capacity is generally large. In actual operation, the proportion of light load running time is very high. If frequency conversion speed regulation is adopted, the working efficiency can be greatly improved. Therefore, the application of frequency converter in air compressor system has great potential for energy saving.

4、有(you)些調節(jiē)方式在(zai)需求量(liàng)較小的(de)情況下(xià)，也不能(neng)降低電(diàn)動機的(de)運行功(gōng)率。采用(yòng)了變頻(pin)調速後(hòu)，當需求(qiú)量較小(xiao)的情況(kuang)下，可降(jiàng)低電動(dong)機的轉(zhuǎn)速，減小(xiǎo)電動機(jī)的運行(háng)功率，從(cóng)而進一(yi)步實現(xian)節能。

4. Some regulation modes can not reduce the operating power of the motor when the demand is small. After adopting frequency conversion speed regulation, when the demand is small, the speed of the motor can be reduced and the power of the motor can be reduced, thus further realizing energy saving.

5、空(kōng)氣壓縮(suō)機采用(yòng)了變頻(pín)調速後(hòu)，則可以(yi)根據負(fu)載☎️的輕(qing)重地進(jin)行連續(xu)調節，能(neng)保持壓(ya)力、流量(liàng)、溫度等(děng)♻️參數的(de)穩定，從(cóng)而提高(gao)工作性(xing)能。

5. The air compressor can adjust continuously according to the weight of load after adopting frequency conversion speed regulation, which can maintain the stability of pressure, flow, temperature and other parameters, thereby improving the performance.