Solar PV - Agricultural

Harness the power of the sun to generate your own clean electricity, drastically reducing your utility bills and lowering your carbon footprint for decades to come.

How Solar PV Works

Simple, Efficient Energy Generation

Solar PV systems convert daylight into electricity using photovoltaic cells. Even on cloudy days, panels continue generating power making solar a reliable, low-maintenance energy solution for Irish homes and businesses.

Capture

Panels capture daylight and convert it into DC electricity.

Power

Inverter converts DC to AC electricity to power your home.

Store & Export

Excess energy is stored in batteries or sent back to the grid for payment.

Why Choose Solar PV?

Benefits of Solar PV for Agricultural

Lower Electricity Bills

Solar panels significantly lower monthly energy costs.

Eco-Friendly Energy

Reduce your carbon footprint and support a more sustainable future.

Low Maintenance

Once installed, solar panels require minimal upkeep.

Energy Independence

Reduce reliance on grid electricity and avoid energy price fluctuations.

Works in Irish Weather

Work even on cloudy days, making them perfect for Ireland’s climate.

Battery Storage Ready

Use stored energy when the sun goes down.

Government Incentives

Take advantage of grants and incentives for solar panel installation.

Long-Term Investment

Solar panels increase property value and offer long term savings.

TAMS 3 – Solar for Farms

Under the Government’s Targeted Agricultural Modernisation Scheme 3 (TAMS 3), eligible farmers can receive up to 60% grant aid for solar PV installations, with a maximum funding limit of €90,000.

Grant Aid

Up to 60%

Max funding limit of

€90,000

Support

Installation & Compliance

Total Potential Grant Support: €1,800

Encon is an SEAI registered contractor, ready to manage your project and help you claim your grant with ease.

Your Solar PV Questions Answered

What is the lifespan of a solar PV system?

Most solar panels last 25–30 years. Inverters may need replacing after 10–15 years. We only use high quality, warrantied components.

It depends on your energy usage and roof space. Most homes use 10–14 panels (4–6kWp systems) to meet typical household demand.
The Microgeneration Support Scheme (MSS) allows homeowners to earn credit and commercial properties to receive payments for surplus electricity exported to the grid.
Yes, all solar PV systems need an inverter. It converts the electricity from DC (generated by panels) to AC (used in your home).
Batteries aren’t required but can store excess energy for use at night, further reducing grid usage and increasing savings.
With SEAI grants and reduced energy bills, most homeowners see a return on investment within 5 to 7 years and in commercial settings, it can be as little as 2 years.
Kilowatt peak (kWp) is the maximum output a solar system can produce under ideal conditions. A 4kWp system can generate about 3,000–4,000 kWh per year in Ireland.
Requiring minimal upkeep, solar panels mainly need routine cleaning and annual inspections for optimal performance.
Standard systems shut down for safety during outages. A battery system or backup inverter can provide power during a blackout.
No. Our experienced installers ensure safe mounting that won’t harm your roof. In fact, panels can help protect roofing materials from wear.
Yes. We offer mounting systems for flat roofs and ground arrays. We’ll advise on the best option based on your space and orientation.
Yes. They enhance property value by offering energy savings and environmental benefits, while also improving BER ratings, making homes more attractive on the market.

Planning permission is not required for most domestic solar PV systems, thanks to updated regulations from October 2022. This includes roof mounted panels, provided they meet size and positioning guidelines. However, permission may still be needed for protected structures, conservation areas, or large ground mounted systems. We’ll advise if your system requires it.

Ready to Reduce Your Energy Bills?

Discover how much you could save, what grants you qualify for, and how quickly your system can pay for itself.