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Wind Power Trainer

Name: Wind Power Trainer
Brand: MECHMATICS ENGINEERING PVT. LTD.
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Piece

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MOQ : 1 Piece

Wind Power Trainer Specification

Equipment Type
Wind Power Training System

Material
Mild Steel, Aluminum, Acrylic Sheet

Processing Type
Dynamic / Simulation

Condition
New

Technology
Microcontroller-Based Monitoring

Dimension (L*W*H)
Approx. 900 x 400 x 700 mm

Power Mode
Wind Powered / Manual Simulation

Voltage
230V AC, 50Hz / 12V DC (Operation)

Power Consumption
<15W (Electronic Monitoring Electronics)

Pressure Output
Demo Pressure Output (for Educational Purpose Only)

Application
Educational Laboratory Training, Renewable Energy Demonstration

Coating Type
Powder Coated

Accessories
Wind Turbine, Generator, Control Panel, Load Devices, Monitoring Software, Connection Cables, User Manual

Safety Features
Overcurrent Protection, Enclosed Wiring

Digital Display
RPM, Output Voltage, Output Power

Number of Blades
3

Mounting Type
Bench-top / Table-top

Data Logging
Integrated, PC Connectivity via USB

Rotor Diameter
300 mm

User Interface
Touch Control or Button Panel

Construction
Corrosion Resistant, Rigid Framing

Generator Type
Brushless DC (BLDC)

Noise Level
55 dB

Learning Modules
Wind Energy Fundamentals, Power Measurement, Load Analysis, Efficiency Calculation

Test Points
Provided for Experimental Measurements

About Wind Power Trainer

Product Overview

The Wind Power Trainer is a compact and advanced renewable energy laboratory system designed to demonstrate the principles of wind energy conversion and electrical power generation. The setup enables students, researchers, and trainees to study wind turbine operation, energy conversion efficiency, mechanical power transmission, and electrical output characteristics under controlled laboratory conditions.

The trainer simulates the working of a real wind power generation.

system and provides practical understanding of:

Wind energy conversion
Turbine aerodynamics
Electrical power generation
Mechanical & electrical efficiency
Rotor speed and torque analysis
Blade angle optimization
Renewable energy system performance

Key Features

Laboratory-scale wind energy system
Real-time performance monitoring
Variable wind speed operation
Adjustable turbine blade angle
Digital measurement instruments
Compact and portable structure
Transparent safety enclosure
Industrial-grade fabrication
Easy operation and maintenance

Advantages

Educational Advantages

Hands-on renewable energy learning
Demonstrates real wind turbine operation
Simplifies energy conversion concepts
Ideal for engineering practical experiments
Enhances technical and research skills

Technical Advantages

High measurement accuracy
Stable and smooth turbine operation
Adjustable experimental parameters
Real-time electrical and mechanical analysis
Reliable performance under varying loads

Operational Advantages

Compact laboratory installation
Low maintenance requirements
Safe enclosed operation
Long operational life
User-friendly control system

Environmental Advantages

Promotes green energy education
Supports sustainable technology learning
Zero-emission demonstration system
Encourages renewable energy awareness

Technical Specifications

Wind Turbine Specifications

Parameter	Specification
Turbine Type	Horizontal Axis Wind Turbine
Rated Power	50 W 500 W
Rotor Diameter	300 mm 1000 mm
Number of Blades	3
Blade Material	FRP / Polyethylene
Rotor Speed Range	200 2000 RPM
Cut-in Wind Speed	2 3 m/s
Generator Type	Permanent Magnet DC Generator
Output Voltage	1 48 V DC
Blade Pitch Adjustment	Manual

Wind Tunnel / Fan Specifications

Parameter	Specification
Fan Type	Axial Flow Fan
Airflow Capacity	300012000 CFM
Fan Diameter	300 700 mm
Motor Power	1 HP 5 HP
Speed Control	Variable Frequency Drive (VFD)
Power Supply	230V / 415V AC

Measurement System Specifications

Parameter	Specification
Wind Speed Measurement	Digital Anemometer
RPM Measurement	Digital RPM Sensor
Torque Measurement	Torque Sensor
Voltage Display	Digital Voltmeter
Current Display	Digital Ammeter
Load Variation	Variable Resistive Load

Numerical Operating Ranges

Operating Parameter	Typical Range
Wind Velocity	2 15 m/s
Rotor Speed	200 2000 RPM
Output Voltage	1 48 V DC
Current Output	0 15 A
Torque Range	0 10 Nm
Power Output	50 500 W
System Efficiency	65% 90%
Operating Temperature	10C to +60C

Performance Equations

Wind Power Equation

Mechanical Power

Electrical Power

Efficiency Calculation

Experimental Capabilities

Wind turbine performance analysis
Blade angle effect study
Wind speed variation experiments
Mechanical & electrical power calculations
Torque and RPM analysis
Load characteristic testing
Energy conversion efficiency study

Typical Performance Data

Wind Speed	RPM	Voltage	Current	Output Power
4 m/s	450 RPM	6 V	1.2 A	7.2 W
6 m/s	850 RPM	12 V	2.1 A	25.2 W
8 m/s	1250 RPM	24 V	3.0 A	72 W
10 m/s	1700 RPM	36 V	4.2 A	151.2 W

Applications

Renewable Energy Laboratories
Engineering Colleges
Polytechnic Institutes
Research & Development Centers
Technical Skill Development Institutes
Mechanical Engineering Labs
Electrical Engineering Labs
Green Energy Demonstration Centers

Optional Accessories

IoT-Based Monitoring System
PLC Integration
Data Acquisition Software
Solar-Wind Hybrid Module
SCADA Connectivity
Digital Data Logger
Battery Storage System

Versatile Educational Training

This Wind Power Trainer is engineered for educational environments, offering comprehensive modules in wind energy, power measurement, and efficiency calculation. Its intuitive user interface and integrated monitoring tools allow for engaging, hands-on experimentation in both dynamic and simulated wind power scenarios.

Cutting-Edge Technology and Safety

Equipped with a brushless DC generator and microcontroller-based monitoring, the system ensures reliable measurements and high performance. Safety is prioritized with features such as overcurrent protection, enclosed wiring, and sturdy corrosion-resistant construction, making it suitable for academic labs and demonstration purposes.

Complete Laboratory Package

Delivered with essential accessories including a wind turbine, generator, control panel, load devices, monitoring software, and user manual, this bench-top device ensures educators and students have everything necessary for effective renewable energy training. Data logging and PC connectivity support extended learning and analysis.

FAQ's of Wind Power Trainer:

Q: How does the Wind Power Trainer simulate wind energy for laboratory experiments?

A: The Wind Power Trainer can operate using actual wind power or manual simulation. It utilizes a 300 mm three-blade rotor to convert wind energy into electrical power, allowing students to study its generation, measurement, and analysis processes. Simulation features and integrated test points assist in observing various wind energy scenarios.

Q: What are the primary applications of this training system?

A: This equipment is specifically designed for educational laboratory training and renewable energy demonstration. It supports learning modules such as wind energy fundamentals, power measurement, load analysis, and efficiency calculation, making it ideal for universities, technical institutions, and vocational training centers.

Q: When should students use the test points provided in the system?

A: Test points can be used whenever experimental measurements are required during exercises or demonstrations. They allow students to directly monitor variables such as voltage, current, and power output at different stages of wind energy conversion for deeper analysis and understanding.

Q: Where can the Wind Power Trainer system be installed?

A: The system is suitable for installation on bench-tops or table-tops in classroom, laboratory, or demonstration environments. Its compact and robust design (approx. 900 x 400 x 700 mm) fits easily into most educational setups and is portable for versatility.

Q: What safety features does the Wind Power Trainer provide during usage?

A: It is equipped with overcurrent protection, fully enclosed wiring, and a rigid, corrosion-resistant frame. These features ensure that experiments remain safe for users while minimizing electrical and mechanical hazards during operation.

Q: How is data measured and recorded on this training system?

A: Measurement is accessible through a digital display that shows RPM, output voltage, and power output in real-time. The system also includes integrated data logging capabilities and can connect to a PC via USB, enabling students and instructors to record and analyze data efficiently.

Q: What benefits does this trainer offer over conventional wind power demos?

A: Unlike basic demonstrators, this Wind Power Trainer combines dynamic and simulated processes with advanced monitoring, safety, and connectivity. It supports comprehensive educational modules, interactive learning, accurate data collection, and in-depth analysis for a holistic wind energy training experience.

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