Doubly-Fed Induction Generator in Wind Turbine System
(SG104)
- Manual Synchronization
- Automatic Synchronization
- Operation of the current control loop
- Controlling active power flow and reactive power flow
- Reactive power response in symmetrical and asymmetrical fault
- Double feed induction machine response in fault ride through
- Doubly-Fed Induction Generator in Wind Turbine System (SG104)
- Hard copy user manual
The Doubly-Fed Induction Generator in Wind Turbine System is an advanced educational and research-oriented setup that enables detailed study and analysis of modern wind energy systems integrated into smart grids. One of its key features is the use of Double-Fed Induction Generators (DFIGs), which are widely employed in commercial wind turbines due to their efficiency, controllability, and cost-effectiveness.
- The influence of wind force and the mechanical structure of wind power stations can be simulated using a servo machine test bench in combination with a turbine emulator software.
- The control system for the double-fed asynchronous generator (used in the wind power setup) enables intuitive operation and real-time visualization throughout the experiments.
- Double-fed asynchronous generator Code:(SG104.01)
- Three-phase asynchronous machine with slip-rings which can also be in the four quadrants
- Input voltage 110/220-volt Δ/Y.
- Input frequency 50 Hz.
- Nominal speed 3000 rpm
- Power: 200 watt
- Three-phase asynchronous machine with slip-rings which can also be in the four quadrants
- 3-Phase transformer Code: (SG104.02)
- Three-phase transformer aims to limit the faults currents in grid tie experiments
- Primary voltage: 3 x 380 V
- Secondary voltage: 3 x 220 V
- Rated power: 1500 VA
- Inputs/outputs: 4-mm safety sockets
- Fuse protected
- Dynamic grid fault simulator Code: (SG104.03)
- Today’s modern wind turbines are expected to remain operational during disturbances in the electrical grid rather than shutting down. This capability is known as «fault ride-through.
- The Module is used to replicate such grid faults, allowing for detailed analysis of how connected downstream equipment reacts under these fault conditions.
- Adjustable power failure durations from 5 s to 10 s 5-level, adjustable voltage drop for all phases.
- Symmetrical and asymmetrical grid faults can be set up
- Faults can be selected with or without earth contact
- Adjustable start angle fault ride-through analysis Graphic display Connector voltage: 3 x 400V, 50...60Hz
- Double-fed asynchronous generator control unit Code:(SG104.04)
- Contemporary wind power plants utilize double-fed asynchronous generators to supply electrical energy to the grid. In a laboratory setting, the control unit for the double-fed generator.
- Control unit for the rotor converter.
- Integrated brake chopper permits “fault ride-through” experiments.
- Manual control of reactive and active power, frequency,Voltage
- Automatic control of reactive and active power, frequency,Voltage
- Data Acquisition and Control Interface Code:(SG104.04)
- Insulated Voltage Inputs (4)
- Insulated Current Inputs (4)
- Analog Inputs (8)
- Analog Outputs (2)
- Digital Outputs (8)
- Computer I/O Interface USB 2.0