Live Production Data
These graphs automatically update directly from the solar inverter every 24 hours.
Real-time data for a 14-panel multi-directional solar PV system on a stand-alone house in Cork, Ireland.
This page is for people who want to get an idea for what their own solar PV system might look like and what it might produce. This specific case study contains live electricity production data for a real domestic solar PV installation with 14-panels (6.09kWp) on a stand-alone house in County Cork. You can find more case studies here...
A very interesting PV system on this house with its multi-angled roof. In total 14 panels were fitted, with 3 facing East, 3 facing West, and 8 facing South, giving a very long generation time from morning through until evening.
6.09 kWp
14 x Jinko 435W N-Type monocrystalline full black panels
Solis 5kW hybrid inverter
22° from horizontal
8 panels facing 202° (South)
3 panels facing 112° (East)
3 panels facing 292° (West)
19th Oct 2023
Fox Ess LV52 5.3 kWh
Eddi by MyEnergi
These graphs automatically update directly from the solar inverter every 24 hours.
Click on a case study below to find out how much electricity that PV system is producing right now. These case studies are all for solar arrays with 13-16 solar panels. Looking for something else? You can view all the case studies here...
16 x 435W panel system (6.96 kWp), south-facing, stand-alone house.
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18 x 420W panel system (7.56 kWp) system that's facing West. System includes 2 x 5kWh batteries.
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12 x 430W panel system (5.04 kWp), facing south-east, with a 4.8kWh battery storage.
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16 x 430W panel system (6.88 kWp), East-West system,on a stand-alone house in Westmeath.
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18 x 430W panel system (7.74 kWp), south-facing in Dublin.
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17 x 435W panel system (7.22 kWp), south-facing, semi-detached house in Dublin.
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20 x 420W panel system (8.2 kWp), split into 8 x South-East-facing and 12 x South-West-facing solar panels.
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14 x 435W panel system (6.09 kWp), split into SE and SW arrays of panels, in Limerick.
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11 x 435W panel system (4.79 kWp), PV system on a stand-alone house in Dublin.
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16 x 420W panel system (6.72 kWp), PV system on a near south-facing roof on semi-detached house in Clare.
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12 x 435W panel system (5.22 kWp), PV system on a semi-detached house in Dublin.
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10 x 435W panel system (4.35 kWp), PV system on a south-facing roof on a terraced house in Dublin.
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21 x 420W panel system (8.82 kWp), PV system on a south-east-facing roof on a stand-alone house in Galway.
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13 x 415W panel system (4.8 kWp), PV system on a detached house in Kildare.
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12 x 375W panel system (4.5 kWp), PV system on a stand-alone house in Kildare.
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16 x 435W panel system (6.96 kWp) PV system on a south-east-facing roof, with 5.32kWh battery storage, on a stand-alone house in Galway.
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17 x 420W panel system (6.72 kWp), PV system on a south west-facing roof on a detached house in Galway.
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18 x 435W panel system (7.83 kWp), PV system split over three roofs (East, South and West), with a 5.32kWh battery storage in a stand-alone house in Galway.
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14 x 420W panel system (5.88 kWp), PV system mounted on a south-east-facing roof, with a 5.12kWh battery storage in a detached house in Galway.
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12 x 435W panel system (5.22 kWp), PV system mounted on a south-facing roof, with 5.32kWh battery storage in a detached house in Galway.
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16 x 430W panel system (6.88 kWp), PV system mounted on a south-facing roof, along with 5.32kWh battery storage in a standalone in Galway.
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15 x 430W panel system (6.45 kWp), PV system mounted on a south-east-facing roof, with a 5.12kWh battery storage in a standalone house in Galway.
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12 x 440W panel system (5.28 kWp), mounted over 3 southwest - east - west facing roofs, with a 5.3 kWh battery storage in a house in Dublin.
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10 x 440W panel system (4.4 kWp), PV system mounted 2 southwest- northwest-facing roofs, in a semi-detached house in Dublin.
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13 x 440W panel system (5.72 kWp), PV system mounted over 2 southeast - northwest-facing roofs, in a semi-detached house in Dublin.
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18 x 440W panel system (7.92 kWp), PV system mounted 2 south- east-facing roofs, on a standalone house in Mayo.
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Based on your Eircode and a few other bits of information from you, we will send you a free initial quote and design proposal. Using satellite imagery of your house, we can generate a pretty accurate design including price, electricity production forecasts, what grant you might get and how long it will take for your PV system to pay for itself. All we need from you is this quick and easy form.
The next step is for one of our engineers to come and view your property. They will discuss everything with you in detail, and will inspect everything from your roof to your electrics. Based on this, we may make some improvements to your design to make sure it fits your exact needs.
Within a day or two, we will send you a full system design proposal along with a finalised quote. Your solar engineer will follow up to go through everything with you and answer any questions you may have.