Homes with solar panels can sell their surplus energy back to the grid. This page will help you find out everything you need to know about Ireland's Clean Export Guarantee (CEG) Tariff and selling electricity to the grid.
All utility companies are required to pay homeowners for any surplus energy sent back to the grid from their home solar PV system.
This one change alone can make a homeowner with solar 14.8% better off due to the feed-in tariffs you get paid.
This is officially called the Clean Export Guarantee (CEG) Tariff, though most people call it the feed-in tariff. Sometimes you'll hear it called the Clean Export Tariff and Micro-generation Support Scheme too. These all mean the same thing.
The current summer (as of Aug 2024) is Pinergy at 25 cents / kWh, closely followed by Energia at 24 cents / kWh.
Each energy supplier sets their own feed-in tariff rates, and we have seen the title of Best Rates for Feed-in Tariff change hands many times over the years.
The current rates as of writing (August 2024) are:
Pinergy | 25 cents / kWh |
Energia | 24 cents / kWh |
Electric Ireland | 21 cents / kWh |
Flogas | 20 cents / kWh |
SSE Airtricity | 24 cents / kWh |
Bord Gais | 18.5 cents / kWh |
Click here for non-domestic feed-in tariff rates
Yes, but you must also purchase electricity from the same company. You can only have one electricity supplier for both buying and selling energy. If you want to take advantage of a different supplier's better feed-in tariffs, you will need to switch to them as your electricity provider.
No, is the short answer. Most solar installations export between 10% and 40% of the power they generate back to the grid, depending on your PV system design and usage.
If you have a battery installed, the surplus energy charges your battery first. But even with a battery, on a sunny summer's day, chances are you'll have that full, and the surplus energy you generate gets diverted back to the grid.
Even if you use and generate 20 units of electricity in a single day, it's unlikely that your production and consumption will match exactly. Solar panels typically generate a steady flow of electricity, while most homeowners use electricity in peaks and troughs. During your troughs, you will likely be exporting your generation to the grid, and getting paid for it.
New smart meters are rolling out across the country. These can measure electricity flow in both directions, so they track the electricity you export to the grid and automatically send that information to your utility company.
The meters before smart meters only measure electricity one way: inbound.
If you are still on one of these because you are not yet eligible for a smart meter (or are still on the installation list) then ESB Networks will estimate how much you export, and you'll get paid based on that.
If you are eligible for a smart meter, but refuse one, you do not get paid anything for electricity you export.
If you have one of those old meters with a spinning wheel, then yes, it does run backward when you're exporting electricity! They measure your net usage. ESB Networks and utility companies are eager to replace the remaining old meters, but as of now, some are still in use across the country, including in homes with solar installations.
It has a huge effect. The financial benefits of adding solar panels to your home were always good, but this has moved them up another level.
Here are the numbers for a typical 3-bedroom house here in Ireland. We've calculated the figures both before and after the feed-in tariffs to demonstrate the improvement they have made.
Old Figures (before feed-in tariffs were introduced) | Current Figures (including feed-in tariffs) | |
---|---|---|
Cost to Homeowner | €5,880 | €5,880 |
Payback period | 5 years 1 month | 4 years 4 months Nine months faster to payback |
Net Lifetime Savings | €43,804 | €50,290 That's an extra €6,486, which is a 14.8% improvement |
No problem. Firstly, here are the before and after financials:
This section is for those with more advanced questions about solar feed-in tariffs. If you have any other questions about solar feed-in tariffs, please don't hesitate to get in touch.
Those who qualify for the CEG payment also enjoy a tax exemption on the first €200 they sell to their supplier. For the vast majority of people with solar panel installations under 6 kW (which is typically the largest size installed on residential properties), there is no need to declare income from the CEG.
Yes, there's the obvious benefit of getting money from your utility company, and that means your solar panels pay for themselves in an even shorter time.
Also though it can reduce the upfront investment needed, as for some people this has meant a battery is no longer required.
Before the Clean Export Guarantee was introduced in 2022, people with solar panels on their homes just gave away any surplus electricity for free to the grid. That was understandably a bit heartbreaking, and so many felt the need to invest in storage batteries to save the spare power generated for later.
Solar storage batteries can be costly, adding €1,700 - €2,200 to the total installation price. However, since you can now be paid for excess energy, some people choose to forgo investing in a storage battery, significantly reducing the upfront investment needed.
For some, a battery remains a worthwhile investment. For more information, please visit our solar batteries page and use our separate battery savings calculator.
Smaller business and commercial solar installations of 6 kWp (approximately 14 panels) or less are eligible for the Clean Export Guarantee (CEG) scheme, just like residential installations.
Initially, there was a commercial scheme called the Clean Export Premium (CEP) designed for businesses with solar panel arrays ranging from 6 kWp to 50 kWp.
As we understand, this rollout has been stopped. Instead, installation grants such as the NDMG Grant for business solar have been developed and rolled out. And, as far as we know, there's no official scheme for a feed-in tariff for commercial solar above 6kWp.
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.