Wind Power Plant Trainer DL WPP
Educational Experiments:
This trainer supports multiple laboratory experiments, including:
- Study of wind power plant functions and operations
- Wind turbine pitch control analysis
- Mechanical parameter analysis of induction generators
- Electrical parameter analysis of induction generators
- AC/DC and DC/AC IGBT converter study
- Wind system starting methods
- DFIG operation analysis
- Reactive and active power control
- Voltage and frequency control
- Grid synchronization analysis
Features:
- Complete simulation of a modern wind power plant
- Wind speed and direction simulation system
- DFIG (Doubly Fed Induction Generator) based training
- Brushless motor with automatic controller
- Back-to-back inverter for rotor control
- SCADA software for monitoring, control, and data acquisition
- Three-phase power supply and measurement system
- Modbus RS485 communication protocol
- Real-time monitoring of torque, speed, voltage, current, power factor, frequency, and energy parameters
- Interactive graphical analysis and experiment setup
- Data storage and report printing functionality
Main Components Included:
- Wind Simulator (DL WINDSIM)
- Brushless Controller with Motor
- Slip Ring Three-Phase Asynchronous Motor
- Back-to-Back Inverter
- Three-Phase Supply Unit
- Three-Phase Power Meter
- SCADA Software
- Communication HUB
- Isolation Transformer
- Workbench and Modular Frame
- Connecting Leads Kit
Software Features
The included SCADA software allows:
- Wind profile simulation
- Parameter control and monitoring
- Graphical data visualization
- Experiment instruction access
- Data recording and analysis
- Multi-device network access
Wind Power Plant Trainer (DL WPP)
The Wind Power Plant Trainer (DL WPP) is an advanced educational system designed to provide practical and theoretical training on modern wind energy generation systems. This trainer simulates the operation of a real wind power plant and enables students to study wind energy conversion, power management, and renewable energy technologies.
The system operates using a brushless machine, wind simulator, and Doubly-Fed Asynchronous Generator (DFAG/DFIG) technology, allowing users to understand variable-speed wind turbine operations and electrical power generation under different wind conditions.
Target Users
Ideal for:
- Electrical Engineering Departments
- Mechanical Engineering Departments
- Renewable Energy Laboratories
- Power Systems Training Centers
- SCADA Training Institutes
- Technical and Vocational Education Centers
