Wind power turbines
Wind turbine in the correct position can produce 5 x the amount of power than a similar sized solar installation
We were the Fortis, Dutch wind turbine, distributor and installer until they closed.
We are accredited by the Clean Energy Council for Wind and hydro, which very few people are in Australia.
Combining Wind and Solar is obvious when there’s no Sunshine is usually windy.
You’ll need a site analysis to prove that it’s worth its while we can do that.
There can be a lot of council and nabour objections to overcome.
Give us a ring we been through before.
Please do not buy any equipment which you see on the internet because it’s specifications are usually dodgy.
If you use this formula to work out exactly how much power they will make because they all most all lie.
But check for yourself using this formula and I’ve even got a calculator to help you work out. Click the wind icon to the left.
Wind swept area is the radius of blades what is facing to Wind.
If it’s a Darius it has lower efficiency than a horizontal wind turbine.
The power extracted from the wind by a wind turbine can be calculated using the following simple formula:
where:
is the power extracted from the wind (in watts or kilowatts),
is the swept area of the wind turbine blades (in square meters),
is the air density (in kilograms per cubic meter),
is the wind speed (in meters per second),
is the power coefficient, representing the efficiency of the turbine in converting the kinetic energy of the wind into electrical power.
The maximum power coefficient () for small wind turbines is typically around 0.3 to 0.4.
Also you need a site analysis to prove that it’s worth its while we can do that.
There can be a lot of council and neighbour objections to overcome.
Give us a ring
