Hydraulic arrangement for a climbing formwork, the hydraulic arrangement comprising the following: a) at least two hydraulic cylinders (16a-16d) for raising and/or lowering a portion of the climbing formwork; b) at least three hydraulic power units (20, 20a-20d), wherein each hydraulic power unit (20, 20a-20d) comprises at least one pump for delivering a fluid into the hydraulic cylinders (16a-16d) and a control unit (26a- 26d) for controlling the fluid flow, wherein in particular each hydraulic power unit (20, 20a-20d) is connected to at most four hydraulic cylinders (16a-16d) of a climbing unit (10, 10a, 10b) of the climbing formwork; c) a data link between at least two control units (26a-26d) of the hydraulic power units (20, 20a-20d), in order to allow for synchronous raising and/or lowering of the hydraulic cylinders (16a-16d), characterized in that the control units (26a- 26d) are designed for master/slave operation, in which a first control unit (26a- 26d), as the master, controls at least one further control unit (26a- 26d) of the hydraulic arrangement, in particular all further control units (26a- 26d) of the hydraulic arrangement, as the slave and that the hydraulic arrangement is designed such that the control of the control unit (26a- 26d) of more than one hydraulic power unit (20, 20a-20d), especially the control of the control units (26a- 26d) of more than two hydraulic power units (20, 20a-20d), especially the control of the control units (26a- 26d) of more than three hydraulic power units (20, 20a-20d), advantageously in particular the control of more than four hydraulic power units (20, 20a-20d), is realized by means of the control unit (26a- 26d) of a first hydraulic power unit (20, 20a-20d) as master, wherein the control unit (26a- 26d) of the hydraulic arrangement that acts as master to control other control units (26a- 26d), is selectable from the total number of all control units (26a- 26d) of the hydraulic arrangement, wherein the control units (26a- 26d) are additionally designed for a standalone-operation, in which the control units (26a- 26d) of the hydraulic arrangement do control solely those hydraulic cylinders (16a-16d) that are allocated to their hydraulic power unit (20, 20a-20d), respectively, wherein the control units (26a- 26d) especially do comprise a switch, by means of which a switching between the controlling of individual hydraulic cylinders (16a-16d) allocated to the respective hydraulic power unit (20, 20a-20d) and the synchronous control of several, especially all of the hydraulic cylinders (16a-16d) can be realized. a) at least two hydraulic cylinders (16a-16d) for raising and/or lowering a portion of the climbing formwork; b) at least three hydraulic power units (20, 20a-20d), wherein each hydraulic power unit (20, 20a-20d) comprises at least one pump for delivering a fluid into the hydraulic cylinders (16a-16d) and a control unit (26a- 26d) for controlling the fluid flow, wherein in particular each hydraulic power unit (20, 20a-20d) is connected to at most four hydraulic cylinders (16a-16d) of a climbing unit (10, 10a, 10b) of the climbing formwork; c) a data link between at least two control units (26a-26d) of the hydraulic power units (20, 20a-20d), in order to allow for synchronous raising and/or lowering of the hydraulic cylinders (16a-16d), characterized in that the control units (26a- 26d) are designed for master/slave operation, in which a first control unit (26a- 26d), as the master, controls at least one further control unit (26a- 26d) of the hydraulic arrangement, in particular all further control units (26a- 26d) of the hydraulic arrangement, as the slave and that the hydraulic arrangement is designed such that the control of the control unit (26a- 26d) of more than one hydraulic power unit (20, 20a-20d), especially the control of the control units (26a- 26d) of more than two hydraulic power units (20, 20a-20d), especially the control of the control units (26a- 26d) of more than three hydraulic power units (20, 20a-20d), advantageously in particular the control of more than four hydraulic power units (20, 20a-20d), is realized by means of the control unit (26a- 26d) of a first hydraulic power unit (20, 20a-20d) as master, wherein the control unit (26a- 26d) of the hydraulic arrangement that acts as master to control other control units (26a- 26d), is selectable from the total number of all control units (26a- 26d) of the hydraulic arrangement, wherein the control units (26a- 26d) are additionally designed for a standalone-operation, in which the control units (26a- 26d) of the hydraulic arrangement do control solely those hydraulic cylinders (16a-16d) that are allocated to their hydraulic power unit (20, 20a-20d), respectively, wherein the control units (26a- 26d) especially do comprise a switch, by means of which a switching between the controlling of individual hydraulic cylinders (16a-16d) allocated to the respective hydraulic power unit (20, 20a-20d) and the synchronous control of several, especially all of the hydraulic cylinders (16a-16d) can be realized.