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H Rotor Wind Turbine

Name: H Rotor Wind Turbine
Brand: MECHMATICS ENGINEERING PVT. LTD.
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Number

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MOQ : 1 Number

H Rotor Wind Turbine Specification

Equipment Type
H Rotor Wind Turbine

Material
Aluminum Alloy

Processing Type
Fabricated

Condition
New

Technology
Vertical Axis H-Rotor

Dimension (L*W*H)
1200 mm x 1200 mm x 2000 mm

Power Mode
Wind Powered

Voltage
220V - 380V

Power Consumption
0 kW (Self-powered)

Pressure Output
Low

Application
Electricity Generation

Coating Type
Anodized

Accessories
Controller, Mounting Hardware

Survival Wind Speed
60 m/s

Blade Number
3 or 4 Blades

Noise Level
<55 dB

Rated Power Output
1 kW - 10 kW (Model Dependent)

Rotor Diameter
1200 mm

Efficiency
High Conversion Efficiency (>35%)

Working Speed
3.5 - 20 m/s

Control System
Automatic Safe Braking

Generator Type
Permanent Magnet Synchronous Generator

Maintenance
Low Maintenance Required

Color
Customized

Starting Wind Speed
3.5 m/s

Service Life
>20 Years

Installation Site
Rooftop or Open Field

About H Rotor Wind Turbine

The H-Rotor vertical-axis wind turbine is a compact, low-noise renewable energy system designed for research institutions, universities, laboratories, smart energy projects, and prototype testing applications. Its vertical-axis aerodynamic design enables efficient omni-directional wind capture with stable performance in low to medium wind conditions.

Ideal for:

Renewable energy research & development
University and laboratory projects
Smart city & microgrid applications
Hybrid solar-wind systems
Aerodynamic and performance testing
Educational & demonstration installations

Key Features

Vertical axis design for wind capture from any direction
Low start-up wind speed for enhanced efficiency
Quiet, low-vibration operation
Lightweight and corrosion-resistant structure
Suitable for rooftop, pole, or ground installations
Modular blade and generator configurations
Easy integration with monitoring and data acquisition systems
Low maintenance and safe operation

General Technical Datasheet

Parameter	Typical Range
Turbine Type	H-Rotor Vertical Axis Wind Turbine
Rated Power	300 W 5 kW
Maximum Power	500 W 7 kW
Rated Voltage	12 V / 24 V / 48 V / 120 V DC
Rotor Diameter	0.8 m 3.5 m
Blade Height	1 m 5 m
Number of Blades	2 5
Blade Material	FRP / Aluminum Alloy / Composite
Blade Color	White / Grey / Custom
Start Wind Speed	1.5 3 m/s
Rated Wind Speed	8 12 m/s
Survival Wind Speed	Up to 50 60 m/s
Generator Type	Permanent Magnet Generator (PMG)
Brake System	Electromagnetic / Mechanical
Protection Grade	IP54 IP65
Noise Level	45 dB
Operating Temperature	-20C to +60C
Wind Direction Requirement	Omni-directional (No Yaw System Required)
Mounting Options	Pole- / Rooftop- / Ground-Mounted

Performance Highlights

Optimized for turbulent and urban wind conditions
Stable rotational dynamics with high reliability
Efficient operation in low wind speed environments
Compact footprint compared to horizontal-axis turbines
Research-friendly design for instrumentation and testing
Scalable configurations for experimental applications

High Conversion Efficiency in Diverse Conditions

Engineered to perform steadily in moderate to high winds, the H Rotor Wind Turbine provides over 35% conversion efficiency. Its advanced vertical axis H-rotor design maintains energy output even at lower wind speeds, starting at just 3.5 m/s. Whether for residential garages or open field sites, this wind turbine offers reliable, quiet, and consistent operation.

Durability and Low Maintenance Engineering

Constructed from strong anodized aluminum alloy, the H Rotor Wind Turbine is designed for resilience and longevity, surviving wind speeds up to 60 m/s. Its low-maintenance build, together with an automatic safe braking control system, minimizes upkeep while maximizing safety-making it a robust, long-term energy solution.

Flexible Application and Tailored Designs

With a compact rotor diameter and height, this turbine is suitable for rooftop and open field installations. Its silent operation and minimal vibration mean it adapts well to residential and commercial environments. Customizable color options and a fabricated finish allow integration into diverse architectural styles.

FAQ's of H Rotor Wind Turbine:

Q: How does the H Rotor Wind Turbine generate electricity?

A: The H Rotor Wind Turbine uses a vertical axis design where wind turns its 3 or 4 anodized aluminum blades. This motion spins a permanent magnet synchronous generator, converting wind energy into electrical power efficiently without external power consumption.

Q: What locations are suitable for installing this wind turbine?

A: This turbine can be installed on a variety of sites, including rooftops of buildings or open fields. The compact dimensions and low noise output allow for flexibility, making it ideal for both urban and rural settings.

Q: When is the wind turbine most effective in generating power?

A: The turbine operates efficiently between wind speeds of 3.5 and 20 m/s. At wind speeds above 3.5 m/s, it starts generating power, and its performance peaks within the rated wind speed range, ensuring reliable electricity generation most of the year.

Q: Where can the generated power be used?

A: Electricity produced by the H Rotor Wind Turbine can be used for a variety of applications, including residential homes, commercial buildings, farms, or any site requiring sustainable energy. It outputs standard voltages from 220V to 380V, integrating seamlessly with typical electrical systems.

Q: What maintenance does this wind turbine require?

A: Thanks to its robust build and automatic safe braking system, the turbine requires minimal maintenance. Occasional inspections of the blades and generator components are recommended, but no regular, intensive servicing is needed.

Q: How does the turbine ensure safety during high winds?

A: The built-in automatic safe braking system actively engages when wind speeds approach unsafe levels, reducing rotor speed and protecting the equipment from potential damage during storms or extreme weather.

Q: What are the key benefits of using this turbine for power generation?

A: Major benefits include high conversion efficiency, quiet operation, adaptability to various installation sites, long service life, minimal maintenance, and a sustainable, clean source of energy with zero direct power consumption.

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