Atto Labware Equipment's India

1500W Vertical Axis Wind Turbine Test Bench

1500W Vertical Axis Wind Turbine Test Bench

The 1500W Vertical Axis Wind Turbine Test Bench, developed and supplied by Atto Labware India, is a high-capacity renewable energy training and research system designed for universities, R&D centers, and advanced renewable energy laboratories. With a low start-up wind speed of 2 m/s and full 360° omnidirectional wind capture, this system demonstrates large-scale wind-to-electricity conversion. Equipped with a three-phase permanent magnet generator, electromagnetic brakes, and an advanced controller, it provides comprehensive performance analysis under varying wind and load conditions. Its robust construction and test bench integration make it ideal for hands-on experimentation, hybrid energy studies, and practical training.

Guaranteed Safe Checkout

The 1500W Vertical Axis Wind Turbine Test Bench, developed and supplied by Atto Labware India, is a high-capacity renewable energy training and research system designed for universities, R&D centers, and advanced renewable energy laboratories. With a low start-up wind speed of 2 m/s and full 360° omnidirectional wind capture, this system demonstrates large-scale wind-to-electricity conversion. Equipped with a three-phase permanent magnet generator, electromagnetic brakes, and an advanced controller, it provides comprehensive performance analysis under varying wind and load conditions. Its robust construction and test bench integration make it ideal for hands-on experimentation, hybrid energy studies, and practical training.


Educational Objectives

  • Demonstrate large-scale vertical axis wind energy conversion and turbine operation.

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

  • Analyze generator characteristics, electromagnetic braking, and voltage regulation.

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

  • Conduct hands-on experiments on turbine performance, speed regulation, and laboratory safety.


Performance Measurement

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

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

  • Analysis of power generation efficiency and turbine performance curves.

  • Observation of electromagnetic brake operation and 360° automatic windward adjustment.

  • Optional software for advanced data logging and real-time monitoring.


Panel & Instruments / Components

  • Vertical Axis Wind Turbine Unit (3 Nylon Blades, Aluminum Alloy Body)

  • Test Bench / Heavy-Duty Mounting Stand

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

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

  •  Controller System

  • Volt Meter (real-time voltage monitoring)

  • Ammeter (current measurement)

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

  • Output Terminals & Cabling Panel

  • Safety Guard / Protective Enclosure

  • Mounting Flange (DN80)


⚙ Specifications

Specification Value
Rated Power 1500W
Rated Voltage 24V / 48V / 96V
With Controller ATO-W4180
Start Up Wind Speed 2 m/s
Rated Wind Speed 12 m/s
Survival Wind Speed 50 m/s
Wind Wheel Diameter/Height 0.5m / 1.5m
Number of Blades 3
Blades Material Nylon
Fuselage Material Aluminum Alloy
Magnetic Steel NdFeB
Generator Type 3-Phase AC Permanent Magnet (Suspended)
Controller System Electromagnetic Brakes
Speed Regulation 360° Automatic Windward Adjustment
Installation Flange DN80
Degree of Protection IP54
Gross Weight 120 kg

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 research and laboratory applications.