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Thank you.Wind turbines tend to work better the higher they are installed, because there is typically less friction in the wind's path higher up (12-25m). At the same time, the higher the installation, the more complex and stronger it has to be (deflection at the top should be less than 15cm @200km/h), and the average home simply does not have enough space in the garden for the footprint of the tower, and steel stabilising ropes.
Then there's the quality of the turbine, lots of cheap rubbish available that is of poor build quality, and difficult to maintain due to corrosion and vibration. It's an electro-mechanical device (moving parts), that is subject to the worst outside element exposure, and the constant vibration will cause rattles, and fasteners that are not properly specced and fastened will loosen and come off, so it needs regular maintenance. The best turbines are undoubtedly built in Europe, but even the best can be fairly noisy, even if maintained well.
Most are 3-phase, so it will need to be converted to single-phase AC or DC unless it's a specialised install for something remote, like a borehole pump. This means losses. Add an MPPT controller, more losses, and all of this will increase the price which can be quite a shocker. It cannot be compared to the relatively cheap initial cost of solar panels, rather see the cost as another battery plus some solar panels (because it will generate electricity in the dark).
If you have a large-ish plot of land, strong budget, an appetite for regular maintenance and a tolerance for the noise that it makes, then by all means just do it, the cool factor is sub-zero.