Array value in kW's 4,800kW Multiply x 1095 for annual generation figure (5,256,000kW yearly generation aprox) x 1 for avg daily Winter output (4,800kW per day at Christmas) x 3 for avg daily Spring/Autumn (14,400kW per at Easter) x 5 for avg daily Summer output (24,000kW on a good summer's day)
good points about north facing panels, Upside down fork in southampton has had some brilliant generation from his compared to his SE panels, myself i have 16 old skool 250w South facing panels,but i am looking on adding 8-10 450w ish north facing along with some South facing on my flat roof with a battery :)
Thanks for the feedback. Yes, I think I saw one of Upside-down's videos to that effect. I was surprised that they would give as much as 55% of the output of south-facing, though I suspect that could be quite dependent on your location. Cheers
Array value in kW's 4,800kW
Multiply x 1095 for annual generation figure (5,256,000kW yearly generation aprox)
x 1 for avg daily Winter output (4,800kW per day at Christmas)
x 3 for avg daily Spring/Autumn (14,400kW per at Easter)
x 5 for avg daily Summer output (24,000kW on a good summer's day)
good points about north facing panels, Upside down fork in southampton has had some brilliant generation from his compared to his SE panels, myself i have 16 old skool 250w South facing panels,but i am looking on adding 8-10 450w ish north facing along with some South facing on my flat roof with a battery :)
Thanks for the feedback. Yes, I think I saw one of Upside-down's videos to that effect. I was surprised that they would give as much as 55% of the output of south-facing, though I suspect that could be quite dependent on your location. Cheers