Wind Turbine Trainer

About Wind Turbine Trainer

Product Overview

The WT. MINI Wind Turbine Trainer is a compact laboratory-scale renewable energy training system designed for engineering education, R&D laboratories, and technical institutes. The system demonstrates the complete energy conversion process from wind energy to mechanical and electrical power under controlled laboratory conditions.

It enables users to study the following:

• Wind turbine performance characteristics
• Wind power generation principles
• Mechanical and electrical efficiency
• Blade angle and blade profile effects
• Torque, RPM, voltage, and current analysis
• Renewable energy experimentation and training

The trainer is equipped with a horizontal-axis wind turbine, variable-speed axial-flow fan, torque sensor, RPM-sensing system, and electrical loading arrangement for real-time experimental analysis.

Key Features

• Laboratory-scale wind turbine training setup
• Variable wind speed control
• Adjustable blade pitch angle
• Replaceable turbine blades
• Real-time RPM, torque, voltage & current measurements
• Integrated DC generator output
• Transparent safety enclosure
• Compact industrial frame with caster wheels
• Suitable for engineering colleges & renewable energy labs

 Technical Specifications

Wind Turbine Specifications

Axial Flow Fan Specifications

 Torque Sensor Specifications

Performance & Experimental Capabilities

Measurement Parameters

The system allows measurement of:

• Wind Speed (m/s)
• Turbine RPM
• Shaft Torque (Nm)
• Output Voltage (V)
• Output Current (A)
• Mechanical Power
• Electrical Power
• System Efficiency

Experimental Studies

Wind Energy Analysis

Study wind power conversion characteristics under varying wind speeds.

Blade Angle Optimization

Analyze turbine performance at:

• 0
• 5
• 10

Load Performance Testing

Evaluate electrical output under different loading conditions.

Efficiency Determination

Calculate:

• Turbine Efficiency
• Generator Efficiency
• Overall System Efficiency

Numerical Operating Ranges

Engineering Calculations

Wind Power Equation

Where:

• = Air Density
• = Swept Area
• = Wind Velocity

Mechanical Power

Where:

• = Torque
• = Angular Velocity

Electrical Power

System Efficiency

Typical Performance Data

Applications

• Engineering Colleges
• Polytechnic Institutes
• Renewable Energy Laboratories
• Mechanical Engineering Labs
• Electrical Engineering Labs
• Research & Development Centers
• Skill Development Institutes
• Energy Conversion Studies

 Scope of Supply

• Wind Turbine Assembly
• Variable Speed Axial Fan
• Torque Sensor System
• RPM Measurement System
• DC Generator
• Electrical Load Arrangement
• Control Panel with Indicators
• Transparent Safety Enclosure
• Industrial Mounting Frame
• Instruction Manual

Advantages

• Safe laboratory operation
• Real-time performance analysis
• Hands-on renewable energy education
• Compact and portable setup
• Industrial-grade construction
• Easy maintenance
• Experimental flexibility