To the OP, I agree with Dave1949, the first steps in designing an off grid system is identifying and evaluating your requirements. Then an evaluation of available sun at your location.
Whats going to be expensive in your system is needing 220 VAC. The PV panels produce DC power that is sent to a bank of batteries. The batteries then feed an inverter that gives you AC power. Typically only at 120VAC. You can get a split phase 120/240 inverter but they're a couple grand at least.
Then you need to look at your battery bank. That's what stores your power for when you have no sun. You'll need to know how many kW you need so that you can properly size your bank, panels and inverter.
There really is a lot to it but there's a ton of info out there on the interweb to help you design your own system.
As far as wind, it's just like solar, you have to evaluate the resources. Do you have good unobstructed wind? I would imagine your location is perfect for it. Just keep in mind installing and supporting a beefy tower is no joke. I picture your location as being wide open tundra (?). If so you can keep it lower to the ground. But the best wind is up high. Also try to keep your windmill as close as safely possible to your batteries. Long runs of DC have more loss than AC unless you go to real heavy and expensive wire.
I have learned recently that micro-inverters are the way to go now and may solve some of the issues. I don't know enough about them yet to comment.
I wouldn't be discouraged though. If you have to be off grid ( which it sounds like you are) you have to find a way to get power if the utility co. can't bring it to you or it's cost prohibitive. There are plenty of people who have done it and companies that specialize in it, so do your home work. The beauty of an off grid PV system is it's modular and expandable (what's the term? scalable?)
I have put together a small off-grid PV system at my camp. I won't get into detail here but it would cost appx $20000 to bring power in to me. It's cheaper for me to build a small solar array.
My needs aren't much since I don't live there full time, plus I supplement those by substituting LP where I can. Large loads like refrigeration and water heating are supplied by LP units. If I need to run power tools I crank up the genny or use cordless. Heat is by woodstove. The largest load is my soft-start deep 120 VAC well pump. It draws about 1300W at start up.
I may bite the bullet some day and bring in power. Who knows.
That's just a bit of the info I've learned in the past couple years of putting together a system. Hope that helps ya.
