Atto Labware Equipment's India

4000W Vertical Axis Wind Turbine Test Bench

4000W Vertical Axis Wind Turbine Test Bench

The 4000W (4kW) Vertical Axis Wind Turbine Test Bench, developed and supplied by Atto Labware India, is a high-power educational and research trainer designed for universities, R&D centers, and advanced renewable energy laboratories. With a low start-up wind speed of 2.5 m/s and full 360° omnidirectional wind capture, this system demonstrates large-scale wind-to-electricity conversion. Equipped with a Maglev generator, electric eddy brake control system, and a robust test bench, it allows detailed performance analysis under varying wind and load conditions. Ideal for hands-on experimentation, hybrid energy studies, and high-capacity wind energy research.

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4000W Vertical Axis Wind Turbine Test Bench

The 4000W Vertical Axis Wind Turbine Test Bench, developed and supplied by Atto Labware India, is a high-power educational and research trainer designed for universities, R&D centers, and advanced renewable energy laboratories. With a low start-up wind speed of 2.5 m/s and full 360° omnidirectional wind capture, this system demonstrates large-scale wind-to-electricity conversion. Equipped with a Maglev generator, electric eddy brake control system, and a robust test bench, it allows detailed performance analysis under varying wind and load conditions. Ideal for hands-on experimentation, hybrid energy studies, and high-capacity wind energy research.


Educational Objectives

  • Demonstrate principles of large-scale vertical axis wind energy conversion.

  • Study the effect of wind speed on high-capacity power generation and efficiency.

  • Analyze generator characteristics, electric eddy braking, and automatic yaw adjustment.

  • Explore integration with DC/AC loads, charge controllers, and hybrid systems.

  • Conduct hands-on experiments on turbine performance, tower configuration, and lab safety.


Performance Measurement

  • Measurement of output voltage and current under different wind conditions.

  • Evaluation of start-up, rated, and safe wind speed performance.

  • Analysis of power generation efficiency and turbine performance curves.

  • Observation of electric eddy brake operation and automatic yaw response.

  • Optional software for data logging, real-time monitoring, and performance analysis.


Panel & Instruments / Components

  • Vertical Axis Wind Turbine Unit (3 Aluminium Blades, 3.8 m Height)

  • Test Bench / Heavy-Duty Mounting Stand

  • Axial Fan (for controlled wind simulation in lab settings)

  • VFD (Variable Frequency Drive) (for axial fan speed control)

  • Maglev Generator (high-efficiency, low-friction)

  • Electric Eddy Brake Control System

  • Volt Meter & Ammeter (for real-time monitoring)

  • DC / AC Load Bank (performance testing under varying loads)

  • Output Terminals & Cabling Panel

  • Safety Guard / Protective Enclosure

  • Tower Form: Lasso or Independent Tower (adjustable height)


⚙ Specifications

Specification Value
Rated Power 4 kW
Max Power 5 kW
Rated Voltage (Optional) 48V / 96V / 120V
Start-up Air Speed 2.5 m/s
Rated Wind Speed 12 m/s
Safe Wind Speed 45 m/s
Top Net Weight 285 kg
Wind Wheel Diameter 2.3 m
Blade Height 3.8 m
Number of Blades 3
Blade Material Aluminum
Fuselage Material 8A3 Carbon Steel
Generator Maglev Generator
Control System Electric Eddy Brake
Yaw Mode Automatic Wind Angle Adjustment
Lubrication Method Self-Lubricating
Tower Form Lasso / Independent Tower
Operating Temperature -40℃ ~ +80℃

Optional Features & Customization

  • Optional software package for data logging, performance monitoring, and analysis.

  • Customized specifications and instrumentation available on request.

  • PC interface or SCADA integration for advanced laboratory research applications.