1Kw here is about 11cents. So lets say 9 hours of sunlight times maybe 2500watt/hour average(trying to put every panel at 60% efficiency just for practicality) gives 22500watts per day = 22.5Kw = about $2.50 per day average for most if not all of the year(maybe a little less per day). Which comes to $2.50 times 365 days = $912 a year saved. At max output, and still using the 9 hours per day, it's $1561.032 a year. And that's $75/month and $128/month for doing nothing respectively. Love it.
where is part1 and part2? Links please?
cliffordhackett 3 weeks ago
1Kw here is about 11cents. So lets say 9 hours of sunlight times maybe 2500watt/hour average(trying to put every panel at 60% efficiency just for practicality) gives 22500watts per day = 22.5Kw = about $2.50 per day average for most if not all of the year(maybe a little less per day). Which comes to $2.50 times 365 days = $912 a year saved. At max output, and still using the 9 hours per day, it's $1561.032 a year. And that's $75/month and $128/month for doing nothing respectively. Love it.
72fr250 11 months ago