Agriculture

Photovoltaics for agriculture

What you need to know for your farm

As a farmer you face particular challenges: rising operating costs from energy-intensive processes such as cooling, ventilation or milking technology — and the absolute necessity of a fail-safe power supply. A photovoltaic system combined with modern storage solutions is not just an answer to cost pressure: it is a strategic investment in the independence and future security of your farm.

From power generation for your own needs, through intelligent capping of expensive load peaks, to dual land use with Agri-PV: what matters is a solution tailored precisely to the consumption profile and conditions of your farm in Salzburg or Upper Austria. Does the investment pay off? Which subsidies exist specifically for agriculture? Which building blocks are decisive for maximum self-sufficiency? We walk you through the key aspects so you can make a well-founded decision for the sustainable future of your farm.

Solutions at a glance

Solutions for agriculture at a glance

A farm is no ordinary commercial business: its energy demand is characterised by high base loads for cooling and ventilation and extreme consumption peaks from powerful machinery. We specialise in these requirements and offer a holistic portfolio of solutions that makes your farm more profitable, more independent and more future-proof.

Cap load peaks Running milking systems, automatic feeders, pumps and drying systems in parallel causes enormous load peaks that drive up your demand charge. Intelligent industrial storage systems absorb these peaks — for a smoothed consumption curve and predictable energy costs.

Guarantee backup power If the barn ventilation fails, animal welfare is at risk; if the cold chain breaks, you face the total loss of your products. Our storage systems kick in within milliseconds and keep all critical systems running — from milking technology to the farm IT.

Maximise self-consumption Feeding in cheaply during the day and buying expensive power at night is uneconomical. We size the PV system and battery so you store surplus solar power and use it exactly when you need it — maximally independent of the grid and its price trends.

Use land twice with Agri-PV Your crops grow on the ground while weatherproof solar modules above them generate clean energy. Agri-PV keeps valuable arable and pasture land available for food production and can even help protect harvests against hail, frost or excessive sunlight.

Self-sufficiency & cost reduction

Photovoltaics for the modern farm

The modern farm is an energy-intensive business — and dependence on external energy suppliers with unpredictable pricing is increasingly an economic risk. Photovoltaics breaks that dependence: you convert unused roof and open areas into your own clean energy source and regain control over one of your farm’s biggest cost factors. Every kilowatt-hour you generate and consume yourself is one you do not have to buy at high prices — and in agriculture, where consumption is often highest during the day, that cuts running costs from day one.

Long-term planning security: while market electricity prices keep rising, you produce your own power at stable costs you can calculate over decades. Once your system has paid for itself, your energy costs are minimal — sustainably strengthening your competitiveness.

Protection against production losses: energy self-sufficiency means more than saving costs — it means operational security. Whether milking robots, barn ventilation or cooling: with your own generation and storage you keep critical systems running without interruption, protecting your animals, products and investments.

A perfect symbiosis

Why a PV system pays off especially for farms

While photovoltaics is a sensible addition in many industries, it is an almost ideal solution for agriculture — going far beyond mere cost savings:

1. Matching energy demand

   Milking machines, cooling units, barn ventilation, feeding systems and irrigation pumps often run at full tilt around midday — exactly when the sun shines most. Power from your own roof is consumed directly; every kilowatt-hour you use yourself is one you do not have to buy from the grid operator.

2. Huge surface potential

   Large, mostly unshaded roof areas on barns, sheds and machine halls hold enormous potential that often lies fallow — usable without disturbing farm operations. Unused open land and Agri-PV allow generation to be scaled even further.

3. Value appreciation and image gain

   A farm that produces its own clean energy makes a visible commitment to sustainability and modern farming. That strengthens your image with consumers and trading partners and raises the material value of your agricultural property.

4. Independence and crisis preparedness

   You decouple from unpredictable market prices and turn an incalculable variable into a predictable, long-term investment — for stable margins, crisis resilience and the uninterrupted operation of your systems.

The system

The building blocks of your energy-self-sufficient farm

True energy self-sufficiency is not achieved by installing PV modules alone — it is the result of an intelligently coordinated system. We look at your farm holistically and combine the most capable components into a tailor-made solution:

1. The photovoltaic system: the foundation

   High-quality, robust PV modules that withstand the special demands of agriculture — from high ammonia resistance to extreme snow loads. Your roof areas on barns, halls and sheds become productive power plants.

2. The industrial battery: the heart

   It makes your solar power available around the clock and performs three central tasks: self-consumption optimisation (storing daytime surplus for the evening and night hours), peak shaving (avoiding expensive demand charges) and backup power (switching seamlessly to battery power during a grid outage).

3. Intelligent energy management: the brain

   The system controls the energy flows on your farm fully automatically, deciding in real time whether solar power is consumed directly, stored or fed into the grid. Not a kilowatt-hour is lost and the system always runs at maximum efficiency.

4. Extensions for the future

   EV charging infrastructure fuels loaders, machines and your vehicle fleet with cheap self-generated power, drastically cutting fuel costs as well. Mobile solutions such as the SolarFold container provide flexible energy for field use or seasonal needs.

Site check

Requirements and potential on your farm

Every farm is unique. To unlock the full potential, we analyse the specific conditions of your farm — and the good news is that most farms offer excellent starting conditions for a highly profitable photovoltaic system.

Subsidies

Special agricultural subsidies in Salzburg & Upper Austria

The federal government and the states offer attractive subsidy programmes aimed specifically at farms. These grants considerably reduce your initial investment and significantly shorten the payback period. We know the “subsidy jungle” can be confusing — that is why we actively help you secure the maximum possible grants for your project.

Costs & profitability

When does the investment pay off?

For a farm, a photovoltaic system is not an expense but a long-term capital investment. The question is not whether it pays off, but when. Profitability depends on several factors, which we analyse together with you for your specific farm.

The investment costs: a one-time investment in the future

• High-performance PV modules — robust and durable, even for the harsh conditions of agriculture.
• The battery — the decisive building block for profitability: maximum use of your cheap self-generated power and capping of expensive load peaks.
• Further technology — the inverter, the mounting system and all wiring.
• Planning and installation — our expertise ensures optimal design and fast, professional commissioning.

Important: attractive agricultural subsidies considerably reduce this initial investment — significantly shortening the path to profitability.

The revenue side: how your system earns money

1. Massive reduction of the electricity bill

   The biggest economic lever: every kilowatt-hour you generate and consume directly no longer has to be bought at high prices. With agriculture's high daytime consumption, this pays off especially fast.

2. Lower demand charges

   Capping consumption peaks with the battery reduces the expensive demand charge billed monthly by the grid operator — a substantial share of electricity costs in industry and agriculture.

3. Protection against price increases

   With your own energy source you become independent of future market price rises, securing a stable and extremely low energy price for decades.

4. Feed-in revenue

   Surplus power you cannot consume or store is fed into the grid and remunerated — an additional, predictable income stream.

The payback period: when your farm starts to profit

Depending on system size, consumption profile, subsidy levels and electricity price trends, a PV system for a farm typically pays for itself within 8 to 12 years. After that, the profit is greatest: for the rest of the system’s service life — another 15 to 20 years — your farm produces almost free electricity. That means a massive, lasting increase in profitability and a stronger farm for the next generation.

The process

From analysis to implementation: your project with C&F Flöckner

We accompany you from the first idea to turnkey handover and beyond. Our structured, transparent process ensures you get a system perfectly tailored to your needs that delivers maximum returns:

1. No-obligation consultation and needs analysis

   Everything starts with listening: in a free first conversation we analyse your energy demand and load profiles, survey roof and open areas including orientation, shading and statics — and clarify your goals: cost reduction, outage protection through backup power, or maximum self-sufficiency.

2. Detailed planning and profitability calculation

   You receive a transparent offer with optimal system and battery design, a realistic yield forecast, a detailed profitability analysis (cost reduction, revenue, payback) and subsidy consulting including timely application.

3. Professional installation and commissioning

   Our experienced, certified installation teams work cleanly, safely and fast — on schedule, with only high-quality components from leading manufacturers, and with as little disruption to your farm's operations as possible. We leave the site as we found it.

4. Handover and training

   After registration with the grid operator we commission the system together with you. You receive thorough training in its operation and the monitoring system, plus all documents and warranties in a clearly organised folder.

Service & maintenance

Operational reliability and maintenance: we are there for you

In agriculture, PV systems face harsher conditions — dust, ammonia vapours, stronger weather. High operational reliability and regular checks are therefore decisive for lasting success. We do not leave you alone after commissioning:

Your regional partner

Your partner for the energy transition in agriculture

For such a decisive project you need a partner who does not just sell components but understands your needs and offers a long-term partnership at eye level. That is exactly the standard of C&F Flöckner GmbH:

• Regional roots: based in Elixhausen near Salzburg, we know the region and the requirements of agriculture in Salzburg and Upper Austria.
• Personal, not anonymous: reliability, a handshake culture and a local contact — from the first consultation to years of system support.
• A holistic approach: we combine generation, intelligent storage and e-mobility for your fleet into an overall concept with maximum independence.
• Profitability as the goal: what counts is not selling a system, but the future readiness and cost control of your farm.

The first step towards an independent energy future is easier than you think: use our online PV calculator for a first assessment — or contact us directly for a personal conversation.