EUG 1 Manually operated synchronising circuits

Training contents

“Dark” synchronising circuit

“Light” synchronising circuit

“Cyclic“ synchronising circuit

Active power generation

Inductive reactive power generation

Capacitive reactive power generation

EUG 2 Automatic synchronising circuits, automatic power control and automatic power factor control

Training contents

Automatic synchroniser circuits

Putting into operation and parameterisation of the automation unit

Synchronisation in test mode

Synchronisation to the real power grid

Response of the automation unit to faulty programming

Automatic power factor control

Parameterisation of the automatic cos-phi controller

Synchronisation of the generator to the power grid

Cos-phi control of the synchronous generator

Cos-phi control of the power grid

Automatic power control

Parameterisation of the automatic power controller

Synchronisation of the generator to the power grid

Response of power controller to change in control variable and disturbance variable

Power controller sensitivity and direction of action

EUG Generator control and synchronising circuits

Electrical power is mainly produced by three-phase generators. This applies to power stations as well as to standby power supplies and wind generators. In addition to the basic experiments dealing with three-phase synchronous generators, the experiments involving the “EUG” module include manual and automatic synchronising circuits as well as experiments on the automatic power factor control (cos-phi control) and power control. Thus, the ”EUG“ module can be used to simulate power station operation in stand-alone (isolated) or interconnected operation.
EUG Generator control and synchronising circuits

Electrical power is mainly produced by three-phase generators. This applies to power stations as well as to standby power supplies and wind generators. In addition to the basic experiments dealing with three-phase synchronous generators, the experiments involving the “EUG” module include manual and automatic synchronising circuits as well as experiments on the automatic power factor control (cos-phi control) and power control. Thus, the ”EUG“ module can be used to simulate power station operation in stand-alone (isolated) or interconnected operation. EUG Generator control and synchronising circuits

Electrical power is mainly produced by three-phase generators. This applies to power stations as well as to standby power supplies and wind generators. In addition to the basic experiments dealing with three-phase synchronous generators, the experiments involving the “EUG” module include manual and automatic synchronising circuits as well as experiments on the automatic power factor control (cos-phi control) and power control. Thus, the ”EUG“ module can be used to simulate power station operation in stand-alone (isolated) or interconnected operation. EUG Generator control and synchronising circuits

Electrical power is mainly produced by three-phase generators. This applies to power stations as well as to standby power supplies and wind generators. In addition to the basic experiments dealing with three-phase synchronous generators, the experiments involving the “EUG” module include manual and automatic synchronising circuits as well as experiments on the automatic power factor control (cos-phi control) and power control. Thus, the ”EUG“ module can be used to simulate power station operation in stand-alone (isolated) or interconnected operation. EUG Generator control and synchronising circuits

Electrical power is mainly produced by three-phase generators. This applies to power stations as well as to standby power supplies and wind generators. In addition to the basic experiments dealing with three-phase synchronous generators, the experiments involving the “EUG” module include manual and automatic synchronising circuits as well as experiments on the automatic power factor control (cos-phi control) and power control. Thus, the ”EUG“ module can be used to simulate power station operation in stand-alone (isolated) or interconnected operation.

EUG Generator control and synchronising circuits

Electrical power is mainly produced by three-phase generators. This applies to power stations as well as to standby power supplies and wind generators. In addition to the basic experiments dealing with three-phase synchronous generators, the experiments involving the “EUG” module include manual and automatic synchronising circuits as well as experiments on the automatic power factor control (cos-phi control) and power control. Thus, the ”EUG“ module can be used to simulate power station operation in stand-alone (isolated) or interconnected operation.
EUG Generator control and synchronising circuits

Electrical power is mainly produced by three-phase generators. This applies to power stations as well as to standby power supplies and wind generators. In addition to the basic experiments dealing with three-phase synchronous generators, the experiments involving the “EUG” module include manual and automatic synchronising circuits as well as experiments on the automatic power factor control (cos-phi control) and power control. Thus, the ”EUG“ module can be used to simulate power station operation in stand-alone (isolated) or interconnected operation. EUG Generator control and synchronising circuits

Electrical power is mainly produced by three-phase generators. This applies to power stations as well as to standby power supplies and wind generators. In addition to the basic experiments dealing with three-phase synchronous generators, the experiments involving the “EUG” module include manual and automatic synchronising circuits as well as experiments on the automatic power factor control (cos-phi control) and power control. Thus, the ”EUG“ module can be used to simulate power station operation in stand-alone (isolated) or interconnected operation. EUG Generator control and synchronising circuits

Electrical power is mainly produced by three-phase generators. This applies to power stations as well as to standby power supplies and wind generators. In addition to the basic experiments dealing with three-phase synchronous generators, the experiments involving the “EUG” module include manual and automatic synchronising circuits as well as experiments on the automatic power factor control (cos-phi control) and power control. Thus, the ”EUG“ module can be used to simulate power station operation in stand-alone (isolated) or interconnected operation. EUG Generator control and synchronising circuits

Electrical power is mainly produced by three-phase generators. This applies to power stations as well as to standby power supplies and wind generators. In addition to the basic experiments dealing with three-phase synchronous generators, the experiments involving the “EUG” module include manual and automatic synchronising circuits as well as experiments on the automatic power factor control (cos-phi control) and power control. Thus, the ”EUG“ module can be used to simulate power station operation in stand-alone (isolated) or interconnected operation.