Please contact us via the inquiry form and briefly state:
– Your purpose for introducing renewable energy in the area
– Your candidate site
Three Features
4～40m/s
It produces stable power from gentle breeze to typhoon-force winds.
360°
It always faces the wind no matter where it comes from.
Changes in wind direction do not affect it.
70m/s
Designed to withstand wind speeds of up to 70 m/s
It is a proactive response to the threat of more intense cyclones due to climate change and meets IEC61400* Class I standards.
*international standard of wind power
Less Environmental Impacts
Birds will not get hit
Low-speed rotation birds can see and evade
Generates power quietly
Low-speed rotation causes less noise and disturbance
Avoids lightning strikes
A lightning arrester is installed at the highest position
Specifications
| Rated output | 10kW |
|---|---|
| Height | 20m |
| Diameter | 6m |
| Cut-in wind speed | 4m/s |
| Cut-out wind speed | 40m/s |
| Survival wind speed | 70m/s |
| Operation period | 20years |
| Required land area | 10m x 10m |
Mechanism
Magnus Force
Physical phenomenon in which rotating an object exerts a force perpendicular to the wind direction.
By varying the speed of rotation, it flexibly responds to changes in wind speed.
Vertical Axis
Unlike traditional wind turbines that heavily rely on a singular wind direction for high power generation efficiency, the Magnus wind turbine can generate power regardless of where the wind comes from.
Installation
Emergency power
In the event of a disaster that shuts down the power from the grid, Magnus wind turbines can provide power independently as long as the wind continues to blow.
By combining Magnus wind turbines with satellite communications, it can ensure not only power generation but also communications during times of emegency.
Micro-grid
It will use renewable energy sources such as solar, wind, and hydro to power our communities in a way that suits the local environment.
By shifting from a centralized to a decentralized system, it is possible to create a community that utilizes sustainable energy without having to transport power from large power plants in distant locations through long power lines.
In addition, electricity can be supplied at low cost even in areas where energy supply costs are high, such as unelectrified areas, and remote islands.
Sales Process
STEP.1Inquiry
STEP.2Preliminary Study
We will conduct a preliminary study to determine whether
our wind turbine works best in the candidate site.
– Wind condition survey
– Geological survey
– Legal and regulatory survey
our wind turbine works best in the candidate site.
– Wind condition survey
– Geological survey
– Legal and regulatory survey
STEP.3Contract Signing
STEP.4Manufacturing & Construction
– Manufacturing of wind turbine
– Foundation works
– Transportation
– Assembly
– Foundation works
– Transportation
– Assembly
STEP.5Operation & Maintenance
