Energy need is increasing day by day in the world and this increase causes more carbon emissions and global warming. In this regard, energy saving is essential in every industry. In this study, a special energy saving in the ring spinning was studied in the textile industry, which has an important place in the world energy consumption. Technological suction amount’s effect to energy consumption, which is one of most important energy consumption affecting factors on ring spinning machines, was investigated. Firstly, technological suction was described where and how it is used for conventional and compact ring spinning machine. Thereafter the results obtained by performing energy measurements on different ring spinning machines were given to see how the amount of technological suction affects energy consumption in practice. As a result of study, it was observed that thanks to each Hz decrease in the frequency of the fan motor, the saving in total energy consumption per 1 kg yarn is around 1% when the machine in full production. When we evaluate this result for a spinning mill with 20 ring spinning machines with 1632 spindles; it was seen that annual energy savings of 315 - 350 MW per mill can be achieved thanks to lower of the suction amount. In this context, it was proven in the study that significant energy savings can be achieved by decreasing the amount of technological suction, especially in spinning mills with conventional and compact ring machines with inverter-controlled fans. Keywords: Ring spinning machine, energy consumption, technological suction