A textile machine, comprising: - a main driven system driven by a plurality of main motors (MM1, MM2) mechanically coupled to each other by means of the main driven system and/or for driving the main driven system, - a plurality of slave driven systems, each slave driven system being driven by at least one slave motor (SM1, SM2), - an energy supply/control arrangement for supplying energy to the main motors (MM1, MM2) and the slave motors (SM1, SM2) and for controlling the flow of energy between a power supply system and the main motors (MM1, MM2) and the slave motors (SM1, SM2), characterized in that the energy supply/control arrangement comprises: - a first energy exchange unit for exchanging energy between the power supply system and a first DC voltage bus system, - a first main motor unit connecting a first one of the main motors (MM1, MM2) to the first DC voltage bus system for applying a drive voltage to the first main motor, - a second energy exchange unit for exchanging energy between the power supply system and a second DC voltage bus system, - a second main motor unit connecting a second one of the main motors (MM1, MM2) to the second DC voltage bus system for applying a drive voltage to the second main motor, - a controller controlling the first main motor unit for applying the drive voltage to the first main motor and controlling the second main motor unit for applying the drive voltage to the second main motor, the slave motors (SM1, SM2) comprising at least one first slave motor connected to the first DC voltage bus system by means of an associated first slave motor unit for applying a drive voltage to the first slave motor, and comprising at least one second slave motor connected to the second DC voltage bus system by means of an associated second slave motor unit for applying a drive voltage to the second slave motor. - a main driven system driven by a plurality of main motors (MM1, MM2) mechanically coupled to each other by means of the main driven system and/or for driving the main driven system, - a plurality of slave driven systems, each slave driven system being driven by at least one slave motor (SM1, SM2), - an energy supply/control arrangement for supplying energy to the main motors (MM1, MM2) and the slave motors (SM1, SM2) and for controlling the flow of energy between a power supply system and the main motors (MM1, MM2) and the slave motors (SM1, SM2), - a first energy exchange unit for exchanging energy between the power supply system and a first DC voltage bus system, - a first main motor unit connecting a first one of the main motors (MM1, MM2) to the first DC voltage bus system for applying a drive voltage to the first main motor, - a second energy exchange unit for exchanging energy between the power supply system and a second DC voltage bus system, - a second main motor unit connecting a second one of the main motors (MM1, MM2) to the second DC voltage bus system for applying a drive voltage to the second main motor, - a controller controlling the first main motor unit for applying the drive voltage to the first main motor and controlling the second main motor unit for applying the drive voltage to the second main motor,