Solar Panels in Rearcross, Co. Tipperary
Rearcross is a village in Co. Tipperary with a population of around 166. Located 51.8 km from Clonmel, the area receives 1,315+ sunshine hours per year. A 4kWp solar system generates approximately 3,536 kWh annually — saving an estimated €1061+ per year. The SEAI grant of up to €1,800 and 0% VAT bring the net cost to €3,200–€6,200.
What is the solar potential in Rearcross?
Solar Yield
4kWp Output
Sunshine
Est. Savings
Household Coverage
Population
Eircode Area
Dist. to Clonmel
Location
Based on county-level solar data for Tipperary. Actual output varies by roof orientation, shading, and system specification.
About Solar Energy in Rearcross
Rearcross is a village in Co. Tipperary with a population of 166 (CSO Census 2022). It is located away from Clonmel (51.8 km), where most SEAI-registered installers in the county are based. The Eircode routing key for Rearcross is R45 — you'll need your full Eircode when applying for the SEAI grant.
Benefits of Solar Panels in Rearcross
Save on Electricity Bills
Homeowners in Rearcross can save an estimated €1061+ per year on electricity with a 4kWp solar system generating 3,536 kWh annually.
SEAI Grant — Up to €1,800
Get up to €1,800 back from SEAI. The grant is available for homes built before 2021. No means testing — apply online at seai.ie.
0% VAT on Installation
Residential solar installations are zero-rated for VAT since May 2023, saving approximately €1,000 on a typical system.
Earn from Excess Energy
Sell surplus electricity at 15-25c/kWh through the Microgeneration Support Scheme. The first €400/year is tax-free.
Energy Independence
For homes in rural Rearcross, solar panels provide energy security and reduced reliance on the grid. Combined with a battery, you can store power for evening use.
25+ Year Lifespan
A system installed in Rearcross today will generate clean electricity for 25-30 years with minimal maintenance.
Government Support for Solar in Rearcross
Homeowners in Rearcross, Co. Tipperary can apply for the SEAI solar PV grant. The maximum grant of €1,800 is confirmed for 2026.
| System Size | Grant Amount | Typical Net Cost |
|---|---|---|
| 2 kWp | €1,400 | €2,000 - €3,000 |
| 3 kWp | €1,600 | €2,500 - €4,000 |
| 4 kWp+ | €1,800 (max) | €3,200 - €6,200 |
Solar Installers in Tipperary
SEAI registered solar panel installers covering Tipperary.
Where can you find solar installers near Rearcross?
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Solar Panel FAQs for Rearcross
How much do solar panels cost in Rearcross?
A 4kWp system in Rearcross typically costs €5,000-€8,000 before grants. After the €1,800 SEAI grant and 0% VAT, the net cost is €3,200-€6,200. The system generates approximately 3,536 kWh/year, paying for itself in 4-6 years.
How much electricity will solar panels generate in Rearcross?
Based on Tipperary county data, a 4kWp system in Rearcross generates approximately 3,536 kWh per year — covering 84% of average household use (4,200 kWh/year). Tipperary receives around 1,315 sunshine hours annually.
Are solar panels worth it in Rearcross?
Yes. With estimated savings of €1061+ per year, the €1,800 SEAI grant, 0% VAT, and export income of 15-25c/kWh, a solar system in Rearcross pays for itself in 4-6 years and lasts 25+ years.
How long does solar panel installation take?
A typical residential installation takes 1-2 days. This includes scaffolding, mounting the panels, wiring, inverter installation, and connecting to the grid. Your installer handles the ESB Networks notification (NC6 form).
What is a BER assessment and do I need one?
A Building Energy Rating (BER) assessment is required after installing solar panels to claim the SEAI grant. A BER assessor visits your home and rates its energy efficiency from A1 to G. Solar panels typically improve your BER by 1-2 grades. The assessment costs around €150-€200.
How long do solar panels last?
Modern solar panels are warrantied for 25-30 years and typically last even longer. Panel efficiency degrades by about 0.5% per year — so after 25 years, your panels will still produce around 87% of their original output. Inverters typically last 10-15 years and may need one replacement.
Sources
Last updated: February 2026
Reviewed by the Solar Info editorial team. Editorial policy
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