Designed & manufactured in Herefordshire, UK — shipping worldwide Mon–Thu 9–5 | Fri 9–4 | +44 (0)1981 241668
Explore our top-rated brushless DC deep-well pumps, high-flow surface irrigation pumps, mobile solar generators, and solar water heaters tailored for the Turkish agricultural market.
Why Turkish agricultural exporters, municipal water boards, and EPC contractors are rapidly transitioning from diesel generators to high-voltage brushless solar pumping systems.
Turkey boasts an outstanding average annual solar radiation of 1,527 kWh/m² per year, with regions like Southeastern Anatolia (GAP) and Mediterranean Turkey exceeding 7.2 kWh/m² per day in summer. Solar pumping systems achieve maximum yield precisely when irrigation demand peaks.
Extending utility lines to remote farmland across the Anatolian Plateau can cost upwards of $15,000 per kilometer. Off-grid DC brushless solar pumps provide complete grid independence with zero ongoing electrical bills, eliminating grid connection delays and transformer maintenance.
With the Turkish Ministry of Agriculture and Forestry expanding subsidies for drip and micro-sprinkler irrigation systems, solar pumps equipped with variable speed drives (VFD) provide precise pressure control that reduces water waste and prevents aquifer depletion.
When sourcing solar pumps for distribution in Turkey, selecting equipment with broad MPPT input voltage ranges (30V to 300V+) and IP68 submersible protection is critical. Variations in water table depths between the Konya Basin and coastal plains require robust engineering capable of handling fluctuating hydraulic heads without motor burnout.
Delivering tailored hydraulic configurations designed for specific geological conditions, crop watering regimes, and solar exposures in Turkey.
Challenge: The Konya Plain features deep static water tables often exceeding 120m to 220m due to intensive grain and sugar beet farming.
Solution: High-head multi-stage centrifugal solar submersible pumps paired with 2200W–5500W brushless DC motors. Utilizing stainless steel 304/316 impellers resists abrasion from fine sandy subsoils, while dynamic MPPT controllers maintain steady flow even under early morning diffuse sunlight.
Challenge: Extremes in ambient summer temperatures (exceeding 44°C) in Şanlıurfa and Mardin demand maximum volumetric flow rate (Q) for flood and canal-boosted drip irrigation.
Solution: Large-flow 4"x4" 2200W surface self-priming pumps with heavy brass impellers and thermally optimized inverter drives. Cast-iron or heavy brass pump bodies dissipate thermal stress, transferring thousands of liters per hour from irrigation canals directly into field distribution lines.
Challenge: Citrus, olive, and greenhouse tomato growers in İzmir, Aydın, and Antalya require constant line pressure (2.5 to 4.5 bar) for automated drip and micro-jet emitters.
Solution: Surface solar pumps with pressure-sensing dual AC/DC controllers. Systems automatically toggle between solar power during sunlight hours and grid/generator power during night cycles, ensuring uninterrupted pressurized delivery to sensitive root zones.
Challenge: Off-grid mountain pastures in Erzurum and Kars experience severe sub-zero winter temperatures, making fixed infrastructure vulnerable to freezing and maintenance challenges.
Solution: 3-inch 120W–300W DC screw pumps paired with mobile solar trailers. Screw pump designs maintain high efficiency at low RPMs, enabling steady stock watering tank replenishment even on low-irradiance winter days, supported by automatic weep-hole freeze drainage valves.
A detailed engineering comparison to assist Turkish importers, EPC project managers, and agricultural engineers in selecting the correct pump architecture.
| Specification Parameter | Brushless DC Screw Pump (3" Series) | Centrifugal Deep Well Pump | High-Volume Surface Self-Priming |
|---|---|---|---|
| Primary Application | Low-flow, extreme deep wells (Stock/Drip) | Medium-to-deep wells, high demand crops | Canal, pond, surface water pumping |
| Motor Technology | Permanent Magnet Brushless DC (BLDC) | High-Efficiency BLDC / AC Synchronous | Brushless DC with Heavy Brass Impeller |
| Operating Voltage Range | 24V - 48V DC | 90V - 300V DC / 220V AC Hybrid | 110V - 300V DC / Dual AC/DC |
| Max Head Capability | Up to 140 meters | Up to 260 meters | Up to 45 meters (Horizontal Throw: 400m+) |
| Pump Body Metallurgy | Stainless Steel AISI 304 / Chrome Plated | SS304 / SS316 + High Strength Impeller | Cast Iron / Heavy Duty Forged Brass |
| MPPT Efficiency Rate | > 97.5% Tracking Accuracy | > 98.5% Advanced Vector Control | > 98.0% Integrated DSP Controller |
| Protection Ratings | IP68 Submersible / NEMA 6P | IP68 Submersible Hermetically Sealed | IP55 Surface Weatherproof Drive |
Combining rigorous precision manufacturing, in-house technical support, and global supply chain reliability built over years of field deployment worldwide.
Every motor stator, dynamic impeller, and MPPT control module is engineered and tested under strict ISO-9001 guidelines. Our internal quality control bench testing ensures every unit shipped to Turkish ports meets exact hydraulic performance curves.
We support Turkish distributors with customized brand labeling, customized MPPT firmware tailored for regional solar irradiance profiles, bespoke cable lengths, and specialized packaging engineered for long-distance transport across Anatolia.
Optional IoT monitoring modules provide real-time updates on water yield, motor temperature, well dry-run warnings, and power input via cellular or satellite networks—enabling farm managers to control irrigation assets remotely from mobile devices.
Answers to common technical, customs, and operational questions regarding importing and deploying solar pumping systems in Turkey.
Contact our application engineering team today to receive complete technical data sheets, hydraulic performance curve charts, export container loading specs, and wholesale price quotes for Turkey.