Agricultural irrigation solar is a solar energy system sized around the well, pump and irrigation schedule to cover irrigation pumps' energy needs with sunlight. This service suits farming operations that want to reduce grid dependence or plan irrigation hours around site conditions.
The core technical decision is how the system type and panel power should be chosen based on the pump's operating point, motor startup current, daily irrigation duration, well depth and any available grid access.
Once this data is read together, the pump, drive and site equipment are matched to cover the irrigation operation, reducing the risk of the system being undersized or oversized.
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The Ziraat Bankası loan process and incentive applications affect the investment decision just as much as the technical design. That's why we treat the financing process as part of project preparation too.
Financing options are evaluated against the institution and product terms in effect on the application date
The investment's payback is analyzed together with pump load, usage duration and site data
Grant and incentive processes are handled alongside the technical file, based on current application requirements
Since every plot of land has different water demand, well structure and equipment load, the system backbone is determined accordingly.
We plan the right system backbone based on well depth, flow rate needs and pump behavior.
We build the irrigation schedule around your crop's actual water requirements.
Panel and drive selection suited to field conditions is planned together with site requirements.
Automated control scenarios are evaluated alongside the irrigation schedule and pump operating pattern.
The maintenance plan is built around equipment choices that can run with minimal intervention.
The installation and commissioning timeline is set based on the season plan and site readiness.
For operations farming multiple fields, the energy need doesn't always show up in the same place. A portable solar trailer offers a mobile energy solution for sites where the irrigation point shifts seasonally.
With panels, inverter and other equipment integrated onto the trailer, the system can be commissioned quickly and used in a controlled way wherever it's needed.
On agricultural sites, the right system decision can't be made without reading pump load, the seasonal plan and energy access together. This section makes that evaluation logic visible.
An irrigation system isn't chosen by motor power alone. Well depth, flow rate needs, daily run time and the motor's startup behavior are read together to determine the panel and drive design.
The choice between a grid-tied, off-grid or grid-supported design depends on irrigation hours, nighttime operating needs and energy access on site. No single system type is right for every site.
The same pump power can require a different panel area and control equipment on different plots of land. As topography, dust levels, the seasonal calendar and water demand change, so does the system outcome.
Irrigation infrastructure that reduces reliance on diesel and grid costs
Off-grid or grid-supported operating scenarios
System sizing matched correctly to pump load
Equipment selection built to withstand demanding field conditions
Support preparing financing and application paperwork
Low operating and maintenance needs
An installation that adapts to different land types
Support for sustainable agricultural production
Land analysis, financing preparation and site installation are managed in a single project flow.
Your land, well depth, pump capacity and crop water needs are examined in detail.
An optimal solar-powered irrigation system design is prepared for your specific needs.
Application preparation and paperwork are evaluated together against current loan and incentive options.
Panels, pumps and control equipment suited to the project are selected based on technical need, and a procurement plan is built accordingly.
Installation is carried out through safe implementation steps matched to the land conditions and equipment plan.
System operation and the basic workflow are handed over to the user; the scope of support is set based on the solution installed.
This section was prepared to directly answer the service description, eligibility conditions and key technical decision points.
Solar panels feed the electricity they produce into the pump system, covering the irrigation infrastructure's energy needs. Decisions like daytime operation, storage needs and nighttime irrigation are then determined by pump behavior and system type.
System suitability isn't based on land size alone — it depends on well structure, pump load, the crop's water needs and the irrigation schedule. Regardless of whether the site is small or large, the technical decision is made by examining water demand and energy needs together.
Financing conditions vary by institution, product, date and application criteria. That's why the loan or incentive topic must be separately verified against current conditions, alongside the technical project.
Yes, production continues on cloudy days as well, though the instantaneous output level may drop. The impact of that drop on the irrigation schedule should be evaluated together with pump load and any available storage or grid support.
The system type is chosen based on how the pump motor operates, irrigation hours and grid access. A pump that runs during the day needs a different design than a site that requires nighttime support or backup.
Let's work out the system that fits your pump load, well depth and season plan together.
