Solinved

The agricultural sector is one of the sectors with high energy consumption. Irrigation systems, in particular, significantly increase farmers' costs due to electricity- or fuel-powered pumps. The increasing cost of traditional energy sources and limited access to electricity in rural areas have accelerated the search for alternative energy sources in agricultural production.

In this context, solar energy stands out as both an environmentally friendly and long-term economical solution. Solinved provides farmers with uninterrupted, efficient, and sustainable energy with its solar drive and energy storage solutions developed for agricultural irrigation systems.

What are Solar Irrigation Systems?

Solar irrigation systems are irrigation systems powered by electricity generated by solar panels. The energy generated in these systems is used to power water pumps.

The main components of the system are:

Solar panels: Provide electricity generation.

Solar inverter or drive: Converts direct current (DC) from the panels into alternating current (AC) for pump operation.

Water pump: Electrically powered submersible or surface pump.

Energy storage (optional): Excess energy is stored in batteries and can be used during times when the sun is not shining.

Solinved manufactures these systems using fully domestically engineered solutions and makes them compatible with various pump types.

The Role of Solar Energy in Agricultural Irrigation

The use of solar energy in agricultural irrigation not only generates energy; it also reduces production costs, ensures environmental sustainability, and provides energy independence.

1. Reduces Electricity Costs

In traditional irrigation systems, electricity bills are one of the largest expenses for farmers. In solar-powered systems, solar-generated electricity is free, significantly reducing operating costs.

2. Eliminates Grid Dependency

In rural areas or remote areas, electrical infrastructure may be lacking. Solinved solar systems operate completely off-grid in these areas, ensuring uninterrupted irrigation.

3. Sustainable and Environmentally Friendly

Unlike fossil-fuel generators, solar-powered systems do not emit carbon. Solinved's high-efficiency solar panels enable agricultural production without harming the environment.

4. Long-Lasting Investment

Solar systems operate maintenance-free for years after the initial investment. With a lifespan of over 20 years, Solinved inverter and panel systems offer farmers long-term returns.

5. Increased Efficiency

Smart inverter technology automatically adjusts the energy needs of water pumps based on sunlight. This ensures maximum efficiency throughout the day.

Solinved Agricultural Irrigation Systems

Solinved offers inverter, solar drive, panel, and battery solutions for solar agricultural irrigation systems under one roof. The system works directly with water pumps, eliminating the risk of power outages.

1. Solar Drive Technology

Solinved solar drives convert electricity from solar panels according to the operating needs of the water pumps. These drives:

Extract maximum power from the sun with MPPT technology

Automatically adjust the frequency of the pump motor

Provide protection against overload and temperature conditions.

As a result, pumps operate more efficiently and energy loss is minimized.

2. Lithium Battery Integration

The energy storage system activates to ensure continued irrigation during low-sunlight hours or cloudy weather. Solinved lithium batteries provide reliable energy in agricultural irrigation systems with their long cycle life and high efficiency.

3. Smart Inverter Systems

Solinved smart inverters manage the entire energy flow in the system. They automatically direct the generated energy between the pump, battery, and grid. This allows the system to continuously operate at its most efficient level without the need for manual intervention.

4. Fully Integrated System Structure

Solinved's agricultural irrigation systems offer all the following integrated components:

High-efficiency solar panels

MPPT-controlled solar inverter

Smart driver

Lithium battery system

Protection panel and connection equipment

Thanks to this integrated structure, the system can be managed centrally, from energy generation to water pumps.

Advantages of Using Solar Energy in Agricultural Irrigation

Uninterrupted Irrigation: Irrigation can be carried out at all hours of the day, without being affected by power outages.

Energy Savings: Solar energy is free; the cost is limited only to the system's installation.

Ease of Maintenance: Solinved systems require minimal maintenance.

Long-Lasting System: Solar panels have a lifespan of 25 years, and inverter systems over 10 years.

Environmentally Conscious Production: Carbon-free farming is possible.

Capacity Flexibility: Panel and battery capacity can be increased as needed.

Solar Irrigation System Installation

Solinved's in-house engineering team handles all processes, from project design to system commissioning.

The installation process generally consists of the following steps:

Energy requirement analysis – Irrigation flow, motor power, and daily usage time are calculated.

Determining panel and inverter capacity – The system is sized based on sunshine duration and pump power.

Field installation – Panels, inverters, and drive systems are properly installed.

Testing and commissioning – The system is tested for energy production and pump performance before being made ready for use.

The Solinved technical team performs customized measurements and simulations for each project to provide the most suitable solution.

Solinved's Difference in Agricultural Energy Solutions

Domestically produced solar drive and inverter technology

Uninterrupted power with lithium battery integration

IP-rated water and dust-resistant designs

Maximum energy efficiency with MPPT technology

Instant performance monitoring with a remote monitoring system

Technical service and support network throughout Turkey

Solinved is not just an energy provider; it is a technology partner that makes agricultural production more sustainable.

The Future of Solar Irrigation Systems

Rising global water and energy costs directly impact agricultural productivity. Solar irrigation systems offer farmers a powerful solution to these challenges.

Solinved continues to develop efficient, economical, and environmentally friendly irrigation systems based on renewable energy, with technologies that support the agriculture of the future.

FAQ (Frequently Asked Questions)

1. Can solar irrigation systems operate at night?
Yes. In systems integrated with Solinved lithium batteries, energy produced during the day is stored and available at night.

2. Is the system compatible with all types of pumps?
Solinved solar drives are compatible with submersible, centrifugal, and surface pumps.

3. Are solar systems difficult to maintain?
No. They require no maintenance other than regular panel cleaning and simple checks.

4. What is the system's lifespan?
Panels offer a lifespan of 25 years, while inverter and drive systems offer a lifespan of over 10 years.

5. Can Solinved systems integrate with the electrical grid?
Yes. Hybrid systems can operate with both grid and battery support.