We believe in providing simple, clear, factual information. So here we are sharing all the numbers from January 2023 to December 2024, along with some other facts and figures you may find interesting.
See the numbersOur customers' impact in reducing Ireland's carbon footprint, one panel at a time. From January 2023 to December 2024.
Thanks to our valued customers and dedicated team, we've fitted a total of 4,844 individual solar panels to roofs across Ireland.
Those panels will make over 1,712 MWh of electricity per year for the next 25 years.
All that electricity could boil enough water for even the thirstiest people.
Or, electricity that could wash the clothes of a couple of armies.
These panels will reduce Ireland's CO2 emissions by 665 tonnes per year (based on 2022 carbon intensity numbers) for their 25-year lifespan.
As of December 2024, we fitted solar panels in Dublin, Meath, Westmeath, Kildare, Wicklow, Laois, Louth, Kilkenny, Cork, Limerick, Clare, Galway, Mayo, Roscommon & Cavan.
As of December 2024, the PureVolt team has reached 16 members strong — and growing!
We currently have 6 vans on the road installing - we use our own installation teams - and 2 electric cars for the engineers doing site surveys.
Just check out our reviews - we are very proud of our current ratings of 4.8 / 5.
We mostly focus on the middle third of the country: Dublin, Galway, Limerick, Wicklow, and all the counties in between. As you can see though, 2023 and 2024 have given us a good tour of the country. Here's all our solar panels installations, from January 2023 to December 2024:
Every solar panel we install is making a difference — saving our customers money and reducing their carbon emissions. But don't take our word for it. Use the below case studies to view real-time data from real PureVolt customers. See what their new solar panels are generating day in, day out.
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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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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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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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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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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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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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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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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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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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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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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12 x 375W panel system (4.5 kWp), PV system on a stand-alone house in Kildare.
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13 x 415W panel system (4.8 kWp), PV system on a detached house in Kildare.
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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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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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12 x 435W panel system (5.22 kWp), PV system on a semi-detached 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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11 x 435W panel system (4.79 kWp), PV system on a stand-alone house in Dublin.
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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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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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17 x 435W panel system (7.22 kWp), south-facing, semi-detached house in Dublin.
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18 x 430W panel system (7.74 kWp), south-facing in Dublin.
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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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12 x 430W panel system (5.04 kWp), facing south-east, with a 4.8kWh battery storage.
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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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16 x 435W panel system (6.96 kWp), south-facing, stand-alone house.
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14 x 435W panel system (6.09 kWp), stand-alone house. Multi-directions with panels facing East, South and West.
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Some of our handiwork from the past solar systems we've installed.
An overview of the factors to consider when deciding if solar is the right financial choice for you.
Our visit to a bridge made using repurposed wind turbine blades in County Cork.
The best return-on-investment ways to reduce your carbon footprint.
How to charge your electric car using energy from your own solar panels.
Ireland's path to a greener future: embracing circular living for lasting sustainability.
We ranked Ireland's best and worst counties for solar power output.
How to build your own solar panels to heat a hot tub or paddling pool at home.
Everything you need to know about electric car chargers, pros and cons.
One simple change for you, a significant carbon saving for Ireland, and financial rewards for you.
How to make money by selling your excess solar electricity back to the grid.
The definitive guide to solar grants [2025]. What you get, how to apply, and more.
A very geeky history of solar panels and their usage in Ireland
What are solar immersion diverters, and are they right for your home?
Not all homes are right for solar. Here's how to know if yours is one of them.
Using real data to highlight Ireland's progress toward a sustainable future.
Solar PV components explained. The must-haves and the added extras.
Ireland aims to shift to a global leader in the solar generation movement.
We want to help Ireland go green. Here's how we've done in 2023 and 2024.
The ultimate guide to PV solar panels (the ones that generate electricity).
Costs and results: a one-man mission to slash the carbon footprint at home.
In-depth: the optimal angle and orientation of your roof for solar panels.
The ultimate solar battery savings calculator. Will a PV battery save you money?
Our step-by-step guide to completing your SEAI solar PV grant application [2025].
How to save big money using smart meter plans, solar panels and solar batteries.
The 2025 calculator: find out how many solar panels are right for your house.
Q&A: what are solar inverters, what do they do and why do you need one?
Solar installations 101. A no-nonsense guide to solar jargon and terminology.
What you need to know about how solar panels are fixed to your roof.
What solar panels cost & what you'll save, both in Euros and CO2 footprint
Pros and cons of storage batteries, what they cost, case studies and more.
All about the VAT rate on domestic solar panel supply and installation (0%).
At look at the options available in Ireland for disposing of your food waste at home.
How it works from your initial quote to sign-off and completion of your solar installation.
Getting solar for your business. How it works from your initial quote to sign-off and completion of your solar PV system.
Answered: the top questions small businesses ask before going solar. What you get and what it costs.
Find out how to take advantage of your farm's big roofs and the additional grants available for farmers.
Find out about this business loan scheme designed to help Irish businesses reduce their carbon footprint.
Find out what grants you can apply for and how much you're likely to receive.