Antalya is one of Turkey's great food-producing regions. The covered-cultivation belt around Kumluca, Finike, Kemer and Serik, the citrus groves of the coastal plain and the vegetable fields of Aksu and Manavgat all depend on energy for pumping, ventilation, cooling and processing. Agricultural solar in Antalya lets growers generate that energy themselves, and solar energy in Antalya's farming belt cuts operating costs while making produce greener.
Farm energy has one great advantage: most of it is needed in daylight and in summer, exactly when the sun is strongest. We design agricultural systems around the real rhythm of the farm, from a single irrigation pump to the cold stores and packing lines of a commercial grower.
Where farms use the most energy
The first step in any agricultural project is understanding where the energy goes. On most Antalya farms, a handful of loads account for the bulk of the bill or fuel cost, and almost all of them run during daylight hours in the warm season:
- Water pumping: lifting groundwater and pressurising drip or sprinkler networks, often the largest single load.
- Greenhouse climate: fans, vents, screens, humidification and lighting.
- Cold storage: pre-cooling and storing produce after harvest, running around the clock in summer.
- Packing and processing: grading lines, washing, sorting and packaging.
- Livestock and dairy: milking, cooling, water supply and ventilation.
Matching solar to each farm application
| Application | Typical system | Why it fits |
|---|---|---|
| Remote irrigation well | Off-grid solar pump drive | No fuel or grid line needed; pumps when crops are thirstiest |
| Irrigation with existing agricultural subscription | Grid-connected system | Surplus outside the season can be netted under current rules |
| Cold store or packhouse | Rooftop on-grid or hybrid | Large daytime load on a large roof |
| Greenhouse climate control | Array on adjacent roofs or land | Powers fans and screens without shading crops |
| Farmhouse and outbuildings | Hybrid with battery | Evening power and protection against rural outages |
Greenhouse solar energy in Antalya without shading the crop
Greenhouses are the backbone of Antalya's horticulture, and their energy needs keep growing as growers invest in automated vents, circulation fans, thermal screens, fogging systems and supplementary lighting. Mounting standard panels directly on a greenhouse roof is rarely a good idea, because the shade they cast reduces light for the crop and can cost more in yield than the energy is worth. We therefore look first at the surfaces around the greenhouse: packhouse and storage roofs, water reservoir edges, access strips and unproductive corners of the plot.
Electricity generated there is fed into the farm's own distribution, where it powers climate control, irrigation pumps and fertigation units during the day. For growers who also run cold rooms, the combination is particularly effective, because cooling demand after harvest peaks in exactly the sunniest weeks of the year.
Agrivoltaics: sharing land between crops and panels
Agrivoltaic layouts raise panels higher and space them wider so that crops continue to grow beneath and between the rows. In a hot, dry summer, the partial shade can reduce water stress and leaf scorch for some crops, while the land produces both food and energy. The approach is not right for every crop or field: light-hungry crops may lose yield, machinery access must be preserved and structures cost more than standard ground mounts. We assess crop type, field layout and land-use rules case by case, and often recommend placing panels on roofs, field edges or less productive corners instead.
Grid-connected, off-grid or hybrid on the farm
Where a farm already has an electricity subscription, a grid-connected system under the Regulation on Unlicensed Electricity Generation is usually the most economical choice, and energy produced outside the irrigation season can be netted according to the current EPDK rules for your subscriber group. Remote fields without a grid line are better served by off-grid solar, while farmhouses and cold stores that suffer rural outages benefit from hybrid battery storage. Because netting and eligibility rules change over time, we verify them for every project.
Solar irrigation: taking fields off diesel
For many growers the first step is the pump. A solar pump drive runs the motor directly from the array, adjusting speed to the available light, and a raised tank stores water for irrigation at dawn or dusk. One of our references is a 5.5 kW ground-mounted solar irrigation system in an open field that replaced fuel-based pumping entirely. Our solar irrigation page explains sizing and design in detail.
Combining a solar pump with drip irrigation multiplies the benefit. Drip lines deliver water to the root zone with far less evaporation than open channels or sprinklers, so the pump lifts less water for the same crop and the solar array can be smaller. Fertigation units fit easily into the same system, dosing nutrients evenly while the pump runs through the bright middle of the day.
Financing and support for farm solar
Agricultural loans from banks can often fund farm solar energy in Antalya, and rural development programmes in Turkey have at times supported renewable energy on farms. Calls, eligibility and support levels change from year to year, so we do not build any grant into your calculation. What we can do is prepare the technical documentation, yield simulation and itemised costs that lenders and programmes typically ask for, and show you a payback based on your own energy bills or fuel records. Projects can also be phased, starting with the largest load, often the irrigation pump or cold store, and expanding as savings come in.
Sustainability that buyers notice
Retailers and importers increasingly ask growers about the carbon footprint of their produce. Antalya solar energy powering irrigation, cooling and packing reduces emissions in a way that is easy to measure and communicate, and monitoring data provides the evidence. For export-oriented farms in particular, clean energy can become part of the product story, alongside water-saving drip irrigation and responsible land management.
There is a resilience benefit too. A farm that produces its own power is less exposed to fuel price swings and grid problems during the critical weeks of the season, when a failed pump or a warm cold store can cost a whole harvest.
How we plan an agricultural project
- We review your bills or fuel records, crops, irrigation calendar and existing equipment.
- An engineer visits the farm to assess wells, pumps, roofs, land and grid connection.
- You receive a design, yield simulation and itemised price, with alternatives where useful.
- We handle applications for grid-connected systems and schedule installation around your harvest.
- After commissioning, remote monitoring and maintenance keep the system productive season after season.
Book a free farm survey and we will show you where solar can cut your costs the most.