At the same time, we want the turbo dry blower to reduce energy consumption in use and get the greatest return with the least investment. To meet this kind of requirement, what we can do is to optimize the design scheme, improve the quality of production, make the turbo dry blower do the best from design to production, and innovative reform of new technology. To make the use of turbo dry blowers more in line with the requirements of users, but it is not enough for us to do these work well. We also need users to do some work to achieve the energy-saving effect of turbo dry blowers in the process of using turbo dry blowers.
The regulation of air volume is the most critical factor for energy saving of turbo dry blowers. We call the process of artificial intervention and control of turbo dry blowers or pipe network system as the regulation of turbo dry blowers. If this is done well, the energy saving effect of turbo dry blowers can be guaranteed to a certain extent. Through effective regulation, the energy saving effect of turbo dry blowers can be guaranteed to meet the production requirements under the condition that the turbo dry blowers can work steadily. The requirement of flow or pressure can save energy to the greatest extent. In the process of adjusting the turbo dry blower, it is very important to choose what kind of adjustment mode it is directly affecting whether the energy saving effect of the turbo dry blower can be maximized.
If the relative flow changes little (or the depth of regulation is small), the power consumption of several adjustment modes has little difference. That is to say, the regulation mode has little influence on the energy-saving effect, not only does it not save energy, but also consumes more power because of the existence of the regulating device. Variable speed regulation curve is close to ideal curve. Therefore, the way of variable speed regulation is superior, especially the energy-saving scheme of variable frequency motor speed regulation is the best, but the frequency conversion device needs to be added. It is suggested that the medium and small capacities of VVVF speed regulation should be actively tried out. Because the price of large capacity and high voltage VVF speed regulation device is higher, it should be compared comprehensively according to the specific conditions. Generally speaking, the greater the adjustment depth, the more significant the energy-saving effect.
But not all high-pressure blowers can choose the way with larger adjustment depth, which also needs to be decided according to the actual needs of blowers and places. We can realize the energy-saving effect of controlling blowers from the production and design links, plus the adjustment of the energy-saving effect of blowers by users, and believe that the energy-saving effect of blowers can be significantly improved.