Originally posted by furrowtickler
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House on $80 per month year round. Dec shop 2560 ft2, $138, 25% C02 tax plus GST.
This is so ridiculous, but only our COMPLIANT selves to blame. Pure evil libtards.
CC "Nice to have gas when the power goes out." and solar does SFA...
C02 is NOT pollution! .004 of the air in your face, OOH that's scary high! Get a brain people!Last edited by fjlip; Jan 12, 2023, 12:05.
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Originally posted by jazz View PostPls explain chuck....LOL
[ATTACH]11762[/ATTACH]Last edited by AlbertaFarmer5; Jan 12, 2023, 22:59.
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Originally posted by wiseguychuck is a liberal until he needs fuel or power then chuck's a HYPOCRITE !
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Originally posted by jazz View Postchuck, maybe you haven't noticed the month long daily hoar frost event we have been getting.
I call bullshit on your solar.
All the rooftop panels here were covered with layer of ice after the rain in december and a coating of frost all day long for a month. They are producing zero and nobody is brave enough to go up there and clean them off.
On top of that, there has been like 2 sunny days in that time.
BIG FAT ZERO ENERGY
Ever notice the sun cleans off the frost on your windshield? Light frost melts rather easily on a dark solar panels.
And how do you know how much the sun shines across any site in Saskatchewan 365 days per year?
Production in winter is much lower but when the sun is shining the panels are producing.
On average I get 35,000 kwh of production per year, all carbon tax free.
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Does that work out to about $400 credit per month Chuck?
How do they price your credits?
It all goes in to the system and you get credits or can you use power directly from your panels with no Sask Power involvement?
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Originally posted by chuckChuck View Post
On average I get 35,000 kwh of production per year, all carbon tax free.
Do you think average is a good metric for measuring production of electricity which is required on demand 24 hours a day 365 days a year?
On some of those years, did your peak production occur during different seasons and different times of day. Or was your production predictably consistent according to the times of day and times of year when the sun shines the most?
So, when governments mandate that everyone has to install enough solar capacity to produce their average annual consumption, will the addition of enough additional solar panels spread across geographically diverse areas of the province average out electricity production throughout the day and year, and produce a usable product?
Under this scenario, what do you think is the value of the average electrical production coming from solar panels? At noon in june, production will be 10 or 20 times what real time demand is. What price do you suppose the rest of the solar producers in the province are going to be willing to pay you for your solar production during that hour? And what will be the cost to buy it back at night in December when everyone is producing their average annual consumption with solar panels?
How far negative could prices go, and does the word infinity have any meaning in your lexicon?
For example, last summer this area received average rainfall throughout the growing season. Started out bone dry. From early June till early July we had between 12 and 18 inches of rain. Then it basically never rained again. Averaged out very well. Unfortunately, all of the best land drowned out, and all the lightest land burned up. But by your definition of average, we had a perfect growing season.Last edited by AlbertaFarmer5; Jan 13, 2023, 11:16.
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