■ After years of technical research, the company successfully applied inverter technology to the compressor field. In view of the frequency conversion characteristics, the overall upgrade of the compressor, in addition to excellent speed control performance, there are significant energy-saving effects, which is currently recognized as the most ideal and most promising speed control solution. Now the frequency conversion technology has been successfully applied to many mother stations, substations and standard station compressors of our company.

Features

■ The inverter compressor is calculated by advanced PLC logic to obtain the running speed of the compressor. The frequency converter is controlled by the frequency converter to realize the control of the motor speed, so that the motor power can be fully utilized to save energy and reduce consumption. The whole process runs completely automatically. Manual operation.

■ The small starting current can greatly reduce the power supply capacity required by the equipment, while the maintenance cost of the motor is reduced and the life of the motor is increased accordingly;

■ The control of the motor speed allows the compressor to adapt to a wider range of intake pressure fluctuations while achieving higher displacements;

■ High efficiency, high power factor and significant energy saving effect;

■ After adopting frequency conversion speed regulation, the compressor can be continuously adjusted very conveniently, which can keep the parameters such as pressure, flow rate and temperature stable, thus improving the working performance of the compressor;

■ When the frequency conversion technology is used in the standard station compressor, in addition to adapting to the pressure fluctuation of the pipe network air source and increasing the displacement of the unit to meet the peak gas filling demand, it can also automatically reduce the speed and reduce the displacement when the gas filling demand is small, effectively Avoid frequent start-stop, reduce the impact on the power grid, reduce the wear of the motor bearings, reduce the amount of equipment maintenance, and achieve energy-saving and efficiency effects.