Aluminum Alloy Blade 10KW H Vertical Wind Turbine , Wind Power Generation System Low Noise Aluminum Alloy Blade

As a company dedicated to the development of vertical axis wind turbines, we believe that these two types of turbines will coexist in the wind power industry because they are designed for completely different purposes. In some cases, horizontal axis wind turbines are well developed and their use is not suitable or prohibited due to installation requirements or environmental influences.

A combined solar and wind power generation system can generate more electricity than a separate solar and wind power generation structure.

This hybrid system works best in areas with constant wind and sun exposure.More expensive than separate solar or wind energy systems.

Rural or off-grid areas without transmission lines are the best locations for hybrid energy systems.

Regulatory restrictions can complicate the installation of residential wind turbines.

Introduction Of Model

H Vertical Axis Wind Turbine Generator is a major type of vertical wind power generator products,for the H series,the output capacity covering 1kw-30kw,with voltage range of 12V/24V/48V/96V/120V/220V/380V.The default model has 3 blades which are made up of Aluminum Alloy,however,apart from the default blade options.Jiangsu Shenghuang is able to customize the blade quantity as per client's need.In addition,it adopts three-phase Coreless Permanent Magnet Syncronous Generator,which comes with low starting torgue.

Feature

1. Low Start-up Wind Speed
2. Three Blades
3. One year Warranty
4. Flange Connection with easy installation
5. Certified with:CE, RoHS and ISO 9001 2000
6. High-efficiency coreless disc generator

Application

1. Marine,&Boat

2. Streetlights

3. Home, Openning Plaza lighting.

4. Wind&Solar Hybrid System

5. Monitoring device

6. Factory

Characteristics 

In addition to the obvious advantages of reducing energy bills, other advantages of choosing a vertical wind turbine include:

Compared to horizontal axis wind turbines, they are stronger, smaller, quieter, more economical, and omnidirectional.

1. They can be arranged close to each other (unlike horizontal turbines), saving even more space.

2. They do not place too much mechanical stress on the support structure.

3. They don't need high winds to generate electricity, so they can be placed closer to the ground.

4. Because they are closer to the ground and their design allows mechanical elements to sit on their bases, they are easy to maintain, less likely to kill birds, and do not hinder helicopter operations or radar.

5. Their noise level is very low. On the ground at a distance of 10 meters from the tower, the recorded value of the horizontal wind turbine is about 95 dB, while at the same distance, the recorded value of the vertical wind turbine is only 38 dB.