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Renewables: "talking 'bout my generation"
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2.72 O's for me......:T2.5 kWp PV system, SSW facing, 45 Deg Roof. ABB Inverter, Monitor: 'Wattson'.
Reg. for FIT Nov 2011. "It's not what you generate; it's how you use it that matters". One very clean Vauxhall Diesel Sri, £30.00 Road Tax:
Definition of 'O's = kWh/kWp (kWh = your daily & accurate Generation figure) (kWp = the rated output of your PV Panels).0 -
£6.64 again today (13.7 kWh)
£28.16 for the first 4 days of the month (58.1 kWh)0 -
Hi everyone. I`m currently in the process of gathering quotes and contemplating putting in a 3.68/4kw system.
I`m seein the figures you guys are quoting (£6/£7 per day!), how big a system does that require?
Sorry for not looking back through the thread.....also, any advice would be greatly appreciated.
Note - I live in NE Scotland, and half a South facing roof at about a 35 degree angle
Cheers!3.975 kWp System, South facing, 21 degree pitch, 15 x Canadian Solar Elps, Samil Inverter, location NE Scotland (Fraserburgh) Bring on the Sun :beer:0 -
8kWh generated yesterday, 29kWh for the first 4 days of Feb :j
Weather's changed a bit today though2.22kWp Solar PV system installed Oct 2010, Fronius IG20 Inverter, south facing (-5 deg), 30 degree pitch, no shadingEverything will be alright in the end so, if it’s not yet alright, it means it’s not yet the endMFW #4 OPs: 2018 £866.89, 2019 £1322.33, 2020 £1337.07
2021 £1250.00, 2022 £1500.00, 2023 £1500, 2024 £13502025 target = £1200, YTD £9190
Quidquid Latine dictum sit altum videtur0 -
1.97 O's yesterday:D...looks like the bubble has burst today tho:(16 Sanyo Hit 250s.4kWp SMA 3.8kWp inverter. SW roof. 28° pitch. Minimal shade. Nov 2011 install. Hybrid car. Ripple Kirk Hill. N.E Lincs Coast.0
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Hi everyone. I`m currently in the process of gathering quotes and contemplating putting in a 3.68/4kw system.
I`m seein the figures you guys are quoting (£6/£7 per day!), how big a system does that require?
Sorry for not looking back through the thread.....also, any advice would be greatly appreciated.
Note - I live in NE Scotland, and half a South facing roof at about a 35 degree angle
Cheers!
My signature describes my system, which has a record day performance of 23.8kWh (£11.53 on our tariff). However you should note that more recent installations only qualify for the more recent tariffs which are significantly lower, but on the flip side the installation cost has come down considerably.
I'd suggest you head over to the FAQ thread as a starting point, then perhaps start a new thread if you have specific questions. Some of the regulars will most likely chip in with their thoughts.Cider Country Solar PV generator: 3.7kWp Enfinity system on unshaded SE (-36deg azimuth) & 45deg roof0 -
I`m seein the figures you guys are quoting (£6/£7 per day!), how big a system does that require?
Sorry for not looking back through the thread.....also, any advice would be greatly appreciated.
Note - I live in NE Scotland, and half a South facing roof at about a 35 degree angle
Cheers!
Hiya shavy, and welcome. I think SDJ's answered you, but 'just for a laugh', with today's tariff, a 35d pitch, south facing install in Aberdeen, would need to be approx 21kWp to (on average) earn £6/day in February.
If it's helpful, a 4kWp system (as above) would generate a surprisingly good 3,480kWh pa (guestimate from PVGIS, see FAQ section 5). That equates to approx £720 pa (FiT+export+£120 leccy savings (guess)).
All the best.
Mart.Mart. Cardiff. 8.72 kWp PV systems (2.12 SSW 4.6 ESE & 2.0 WNW). 20kWh battery storage. Two A2A units for cleaner heating. Two BEV's for cleaner driving.
For general PV advice please see the PV FAQ thread on the Green & Ethical Board.0 -
Hi everyone. I`m currently in the process of gathering quotes and contemplating putting in a 3.68/4kw system.
I`m seein the figures you guys are quoting (£6/£7 per day!), how big a system does that require?
Sorry for not looking back through the thread.....also, any advice would be greatly appreciated.
Note - I live in NE Scotland, and half a South facing roof at about a 35 degree angle
Cheers!
I rarely post generation figures because, on the whole, it's meaningless.
If you want to get a better idea of how systems in your area (and the UK as a whole), have a look at PVOutput ( http://pvoutput.org/ ) ..... January 2014 for the UK is currently showing 0.769kWh/kWp per day (this may change as other readings are submitted), therefore a realistic average for UK 4kWp systems for last month would be 95.4kWh(0.769x4x31) which at post 01/04/14 FiT tariff rates would have returned £15.99 for the whole month (95.4x16.765p).
To place into context, our system marginally outperformed the UK average last month, we had good days and bad days. Today is yet another bad day, ~1.6kWh generated so far (14:40), but it's now hammering down with rain and the inverter's gone to sleep (0W) .... someone, somewhere will be fortunate enough to have seen a decent amount of bright sky and will probably be along later to gloat, even though yesterday's generation could have been abysmal ....
Overall, averages are averages and each system is different - so take more heed of them and the estimated figures from PVGIS ( http://re.jrc.ec.europa.eu/pvgis/apps4/pvest.php ) than some of the incredible figures you may see on these boards.
HTH
Z"We are what we repeatedly do, excellence then is not an act, but a habit. " ...... Aristotle0 -
Hi everyone. I`m currently in the process of gathering quotes and contemplating putting in a 3.68/4kw system.
I`m seein the figures you guys are quoting (£6/£7 per day!), how big a system does that require?
Sorry for not looking back through the thread.....also, any advice would be greatly appreciated.
Note - I live in NE Scotland, and half a South facing roof at about a 35 degree angle
Cheers!
According to Martin's Weekly email, "Want solar panels? Now's the time" "The amount paid for generating electricity with solar panels will drop for those getting it from 1 April."
http://www.moneysavingexpert.com/latesttip/#solar2.22kWp Solar PV system installed Oct 2010, Fronius IG20 Inverter, south facing (-5 deg), 30 degree pitch, no shadingEverything will be alright in the end so, if it’s not yet alright, it means it’s not yet the endMFW #4 OPs: 2018 £866.89, 2019 £1322.33, 2020 £1337.07
2021 £1250.00, 2022 £1500.00, 2023 £1500, 2024 £13502025 target = £1200, YTD £9190
Quidquid Latine dictum sit altum videtur0 -
For those who haven’t already seen it, here is a link to the latest FiT table which takes account of the annual increase in RPI published for December 2013, 2.7%. For early adopters, the rate from 1 April 2014 will be 48.07p and the Export Tariff will be 3.39p, effectively giving a total of 49.765p per kWh generated.
https://www.ofgem.gov.uk/publications-and-updates/feed-tariff-scheme-tariff-table-1-april-2014-31-march-2015-pv-only0
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