A nice photo gallery by Eirbyte of the recent workshop course in Kilkenny where they built a 4.2 metre diameter turbine.
Clever way to anchor the coils while connecting the tails.
See the whole gallery here
A nice photo gallery by Eirbyte of the recent workshop course in Kilkenny where they built a 4.2 metre diameter turbine.
Clever way to anchor the coils while connecting the tails.
See the whole gallery here
Buy a Tristar charge controller (UK only)
From: Mike Allen
Subject: Re: A Wind Turbine Recipe Book
Date: 12 April 2013 10:53:18 BST
To: jytte
I recieved the book yesterday and when it arrived I thought ‘this isn’t worth £12’.
But how wrong I was once I’d opened the envelope and settled down to read the contents with a cup of coffee. 3 hours later the coffee was stone cold and I was still reading the book.
Loads of info to be getting on with.
I’ll email Hugh when my terbine is up and running with some pics.
Thanks a lot.
Michael.
Can you, or anyone ???? tell me which is the absolute correct way to connect the coils please.
On many diagrams i see all the coils connected in a clockwise connection, and recently i see that it was very important to … connect the first coil – clockwise, the next coil – anti-clockwise, and the 3rd coil clockwise … and so on.
maybe both methods are correct in some stators, can you settle this for me please.
Thanks
hi Derek,
The correct way depends on a few things so it’s not a simple answer and the safe thing is to follow the instructions for the design. Actually clockwise and anticlockwise do not matter but you need to make them all the same. Or in a few cases you do have to reverse the connections as you move around. For example with single phase where the coils and magnets are equal numbers (for example 8 magnets and 8 coils) then you do have to change the direction for the even number coils as you describe.
Most people use my method of 3 coils to 4 magnets, and in that case you do not have to change the direction and it must be the same on every coil. All clockwise or all anti clockwise. This gives a 3-phase output.
best, Hugh