I live in Ontario and am wondering what my options are for using wind energy to power my home and what i would need to do?
Depends on if you also maintain a power grid connection, and other factors. Without the grid connection, you need a huge and very expensive, bank of batteries, hundreds of them. You have to have the capacity to handle days (or weeks) when the wind is not blowing. If you have a grid connection, you can sell power to the power company and buy from them when there is no wind, you buy from them. If you have enough capacity, you have a net gain, and are using the power company as a storage facility. Go through the numbers. If your power consumption averages 1.2 kW, the US national average, for one day capacity, you need 1.2 kW x 24 hours 30 kW-hours. That costs US$3 from the power company. But for batteries, you would need 30 large lead acid deep discharge lead acid batteries, at about $300 each, total $10k. For many days, multiply that up. Four days, that is $40k worth of batteries. Bottom line, you need to know your average power consumption. And you need how many hours a week you get wind in the range the wind turbine can handle. For example, if the turbine is turning average 6 hours a day, and your average usage is 1.2 kW, then you need a capacity of 4 x 1.2 kW 5 kW. Plus extra for losses in batteries and inverters, probably 7 kW overall.
have you ever offered any data for them cost gouging? the main inexpensive photograph voltaic panels in the international are produced by FirstSolar and final 12 months they simply in simple terms dropped below $a million,000/kWp (i.e. $10,000 to your 10kWp device). that doesn't incorporate frames, inverters, grid tie device or setting up. And silicon is extra costly and are available for domicile rooftops genuine now in assessment to FS' CdTe. i think of that's a case of photograph voltaic nevertheless being too costly. costs are falling, and could proceed to achieve this. the enormous issue atm is that non-module issues account for roughly 0.5 of the cost (possibly extra now). Frames, setting up, inverter etc. And wow, your small to medium properties guzzle electricity! In northern England you need to anticipate a 10kWp device to make ~7,500kWh in a 12 months. Our kin of 5 human beings used the equivalent of below 4,000kWh leccy with gas heating final 12 months. And N England isn't very sunny! i think of that ability performance is the main suitable start up. you're probable going to ought to attend some extra years for photograph voltaic costs to grow to be smart. I did a study project on CdTe photograph voltaic cells. As component to it we had get entry to to literature from different study and marketplace communities with cost projections. advertisement skinny movies are expected to hit grid parity in sunny aspects in below a decade - they're already very very close. Rooftop ones are extra costly and presently place self belief in silicon - if we are able to get extreme performance skinny action picture supplies (CIGS, CZGS or dye sensitized probable. possibly amorphous or poly-Si will do) then we could hit kin grid parity by 2020ish in sunny places. i've got heard 2025-2030 thrown approximately for the united kingdom.
