23-11-2020, 22:27 | #1936 |
Moderator
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That many panels would invalidate any inverter warranty, worth noting
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23-11-2020, 22:45 | #1938 | |
Registered User
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Be VERY careful of the voltage during these cold winter sunshine days. I remember last year how surprised I was to see total volts well higher on cloudless days in January and February than in the summer. |
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23-11-2020, 22:52 | #1939 | |
Registered User
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Most installations as far as I've seen tend to have higher panel capacity than the inverter handles. |
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23-11-2020, 23:30 | #1940 |
Registered User
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Yeah second inverter but it will have to be able to monitor the export and not allow any more than 6kw to be put on the grid. (more CTs!)
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24-11-2020, 12:10 | #1942 |
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24-11-2020, 17:43 | #1943 |
Registered User
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26-11-2020, 13:11 | #1945 |
Registered User
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Panel Direction
Hi Peeps,
I'm about to pull the trigger with my setup. I will post the quotes when i have decided on my installer. I have two questions about the panel direction setup. I'm getting 15 panels in total. I have a South Roof extension on the house, enough for 5 panels. This leaves 10 panels to place either on my west roof or my east roof, as i can only have 2 strings into the inverter (as I understand it). Would east or west be better for these 10? OR, Would i be better to just put them all on the east/west setup? with nothing on the south? Thanks for your advice/ opinion... |
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26-11-2020, 14:00 | #1946 | |
Registered User
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If not, the E/W would be a good option as it catches the sun early when people are in the house, and then also late when people come home If you have enough room for 10... you could nearly get 5 more panels and go 10 on East and 10 on west, should be only 6-700 euro more. At least go for 16 panels, 8 and 8. you'll get less of a peak at mid day but a longer generation period. (and likely to export a lot at the mid day peak on a good day)... huh, another use of flattening the curve! Overall there will be less generation, but you'll have more useful generation. |
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26-11-2020, 14:31 | #1947 | |
Registered User
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The key is the Azimuth (deg), it should give you an idea of what you generate east vs west facing |
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26-11-2020, 15:22 | #1948 |
Registered User
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My system is being installed today and tomorrow. Thanks to Dr Phil and Worlds goodest teacher for the recommendation.
I got 4 quotes altogether and opted for 4.7 kw system with 12 panels on a South facing roof (had to butcher the top of a big tree shading the roof), 4.8 battery and a hot water divertor. I'm very excited about it so I'll post some updates on how its going when I get it up and running. But, for what it's worth, I'm very impressed with the installation process so far, very efficient and progressing at great pace. |
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26-11-2020, 19:03 | #1950 |
Registered User
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To be honest, it's reasonably hand for even a DIYer, so installation professionals have it done in no-time. The hardest part is possibly the roof brackets
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