I did this over 2 years ago but just came across the pic’s so thought it may be of interest. Living in a very windy spot and being 8 miles from the nearest power cable it seemed like a good idea to invest in a large wind turbine as we’d had ha small one for about 15 years. After extensive research we decided to go for a ‘Proven’ 2.5kw which although very expensive is by all accounts bomb proof.
After picking a spot that met all the important criteria, good clean wind, not too far from house, accessable by landrover and actually on our land I set about leveling a spot for it. Normally a turbine of this size would require around a 4ton concrete base, fortunately for us the spot chosen was solid very stable lewisian gniess (the oldest rock on the planet) so we just put a thin screed of concrete over the rock to level it and cover the ducting for the power cable.
Using a template I then drilled a 22mm hole 300mm down into the rock (in retrospect 25 would have been better) to take the4 high tensile 20mm stud. After hoovering out all the dust I then filled the holes with resin. There are many available nowadays and I consulted a specialist who sold me the stuff and hired me the special gun to inject it. It was like a double barrel version of your standard sealer gun. After leaving it to cure for a day I bolted down the hinged base VERY tightly and we then set about getting the mast and turbine into position. Despite waiting for a long dry spell we still had to winch the landover and it’s load the last few feet up the hill, though I’d forseen this and drilled an anchor point for the landrovers winch whilst i had the drill and genny up there.
I also found a novel way of transporting the 6.5m mast. I strapped my wee trailer on the base and made a tow hitch that fitted on the top of the mast and this is how I got my very long load from the ferry, up ‘Calum’s road’ to the hill top.
That’s the dude just winching it the last few feet, the next stage being to fit the turbine and then the blades.
Once the blades are securely torqued and ‘ loctited ‘ the plastic cover is secured around it, being a downwind turbine this doubles as the ‘tail’ once all the bolts, nuts, cable ties and jubilee clip has been re checked it’s time to fit the ‘gin pole’ This allows you to pull the mast up from an anchor point on the ground or landrover in our case.
The 4 of us did this one sunny afternoon with very little effort and no experience. There had not been a breath of wind all day but within an hour of tightening up the base nuts it started to blow and didn’t stop for three days.
For the next few weeks I got hours o pleasure from just watching the ammeter and listening to the noise of those blades spinning round and saving me money.
The ‘Proven’ is not a cheap machine but it’s massively over engineered (it has to be because of it’s downwind design) and keeps on producing it’s full output even in storm force winds. I bought mine through Hugh Piggot of http://www.scoraigwind.com/gear/index.ht whom I cannot recommend highly enough. It has been up now for 2 1/2 years and has surpassed our wildest expectations. Though weather it would work quite as well in a less exposed spot I don’t know, if you live inland or down south on the grid then this is probably not the machine for you. If you live off grid in a salty enviorenment exposed to the fully fury of natures worst and want dependable trouble free power then this piece of kit is the dogs.










No problems with the council then? Ours doesn’t like wind turbines within 200m of occupied buildings nor does it like them within sight of a scheduled ancient monument (and given that the latter is on top of the highest hill hereabouts, that makes life difficult). Strangely, you can building housing estates and industrial sites within sight of the same monument — right under it in fact.
Don’t you just love bureaucrats.
I liked you towing and winching arrangements BTW, although the ingenuity involved doesn’t surprise me!
Comment by Stonehead — January 26, 2008 @ 9:09 pm
Nice setup you have there.
i’ve seen similar setups on the coast of the great lakes in the US, and even a couple in Florida.
People rave about them.
Comment by need one of those! — June 27, 2008 @ 8:13 pm
Cheers Need, I’m in the middle of a hydro to complement it and I’m saving up for some solar PV
Comment by lifeattheendoftheroad — June 27, 2008 @ 8:26 pm
This is really great! I would love to setup something like this at home.
I just found this page on a link from an American electric vehicle
website for Goss132! Thats awesome!
The link is on the front page of their website.
goss132.com
Comment by green-is-gold — June 13, 2009 @ 1:03 pm
Re: proven turbine, nice work! I have heard mised reports about the proven, so it’s good to see one with such a glowing report. Once question, I presume you used an inverter close by the turbine, and then brought the power down hill as AC via an armoured or outdoor cable? I understand the losses from DC are unsustainable above a few metres? cheers!
Comment by Ivan — October 7, 2009 @ 4:08 pm
Hi Ivan,
The Proven generates 3 phase, AC wild, which is transmitted 160m via a 60mm square armoured cable to a charge controller, then battery bank and then like you say an inverter http://lifeattheendoftheroad.wordpress.com/2008/01/01/powering-the-house/
The 2.5kw Proven takes some beating in a windy spot like our but the company is ‘pants’ to deal with.
Cheers, Paul
Comment by lifeattheendoftheroad — October 7, 2009 @ 7:54 pm