Solar Water Pump ECO Set Installation

Agricultural irrigation with electricity is costly due to the high amount of money paid. Irrigation with the help of solar panel and solar water pump, submersible pump without any expense is our savior.

It is an advantage that electricity costs are high and solar energy is renewable. For this reason, agricultural producers are turning to solar-powered agricultural irrigation systemsevery day.

It is possible to get extremely efficient results from your solar pump working with a good planning solar panel. The solar panel system installed with a quality solar panel provides water with tremendous efficiency for your irrigation process.

Solar irrigation system is atechnically intelligent systemcompared to the use of generator, tractor or mains electricity. The high lifetime (30 years panel life) of the system installed with solar panel water pump and low operating costs are an advantage.

In addition, the absence of variable electrical system failures, as well as the ease of installation, shortens the return on investment considerably.

A system that works only with solar panels without inverter, panel and driver minimizes the installation cost. Solar water pump set prices are affordable and waiting for you with money order discount. Click the link now on Kampa website.

24 Volt Dc Solar Water Pump has a 250 watt motor for water supply with dc electricity where there is no electricity and can easily work with solar energy.

Solar Irrigation System Investment Return Period

After the initial investment cost, solar irrigation systems are cost-effective. Solar panels have a lifespan of 30 years, while the electrical components inside the panel have a lifespan of at least 10 years.

In-panel electronics account for 1 tenth of the cost. A solar irrigation system installed with a solar water pump pays for itself in a short time compared to equivalent systems with gasoline or diesel-powered generators.

Solar Water Pump Operation Construction Installation

The first stage of solar power plant installation starts with the analysis of the land. Because the amount of sun the area where the solar submersible pump set will be installedis very important in terms of the efficiency you will get from your panels.

During the installation phase, material selection is made by taking into account the current condition of the land. In rocky terrains, smoothing operations are carried out and made suitable.

Depending on the power of your existing submersible pump, the system is planned, the number of panels and the pump driver (panel) are determined. Panels should face south and should be positioned so that they do not get shade.

Infrastructure is created with the help of steel legs on studs or concrete. The strength of the panel legs is very important for a long-lasting dc pump solar panel. Depending on your request, portable or single axis solar tracking system design can be used.

In the region where irrigation is done only with the use of fossil fuel, solar irrigation systems with solar submersible pump set do not pollute the nature. Agricultural irrigation is done in a healthy way with only the installation cost.

After the panels are correctly placed, the mono-phase or three-phase electrical power connection is made according to preference. With the help of the panel, the electric current is controlled and the pump motor is driven in a balanced manner.

What are Solar Agricultural Irrigation Systems?

Agricultural irrigation systems are the process of irrigating agricultural crops that cannot be irrigated naturally by rain. Many agricultural areas in our country need irrigation.

Lack of summer precipitation and insufficient water resources in the inland areas necessitate the need for irrigation systems. The need for irrigation reveals the importanceof low-cost solar irrigation systems.

Solar-powered agricultural systems, irrigation with the help of solar energy It is a common misconception that irrigation can only be done in the presence of the sun. However, in addition to solar water pumps, energy can be stored with the help of solar gel battery and control panel. With the help of a smart submersible pump, irrigation is carried out in the desired plan.

Irrigation system equipment, deep wells or water canals are used to transport water from the source to the irrigation area. The form of irrigation has its own unique structure and you need to install according to the method you will apply. Issues you need to plan before the installation of agricultural irrigation system with solar water pump:

• Soil structure,
• Land width,
• Amount of water needed,
• pH of the water source

The most accurate solar water pump and agricultural irrigation system installation is made with the most accurate solar water pump. A well-planned agricultural irrigation system ensures that the food has a much more efficient content. Because the most important resource for plants is water.

Depending on the area to be irrigated with a solar water pump, low or high pressure irrigation can be preferred. Low pressure irrigation is generally known as surface irrigation.

Sprinkler, drip irrigation and micro methods are used in high pressure irrigation processes. Water is expected to be well distributed to the plants on the field and high yields are expected.

How can I benefit from Ministry of Agriculture Grants and Supports?

Within the development program of the Ministry of Agriculture and the Ministry of Energy, new supports are offered every year. You can apply for support programs for agricultural irrigation with a solar submersible pump.

It is sufficient to submit the application to the official institutions of the province with the requested documents. For the support program Follow the Kampa Instagram account and get the latest announcements instantly.

Bursa can buy solar water pumps and equipment for the installation of agricultural irrigation systems. You can click for information about Bursa solar agricultural irrigation grant support.

Advantages of Solar Agricultural Irrigation with Solar Water Pump

Solar water pumps and irrigation systems are customized according to the type of plant planted. It should be planned by evaluating all details in line with the needs. Drip irrigation, surface irrigation, sprinkler and micro irrigation systems deliver water efficiently to all plants.

The farmer who will irrigate in the solar agricultural irrigation system benefits from state support. It is an unmissable opportunity for the solar power plant to be covered by the state up to 40%. Click here for individual irrigation system grant application. Click here for information about individual irrigation systems grant support.

You can sell the stored electricity when you are not irrigating with the solar water engine by obtaining a Tedaş approved call letter. You can transfer the generated electricity to the battery (off-grid / grid independent) system. you can use it enough for normal home use.

You can run electronics such as refrigerators, televisions or use containers. At the same time, you can irrigate your small garden by drawing around 1.5 tons of water with a dc pump. You can review our hobby garden package for solar irrigation.

Agricultural Irrigation System Components

Irrigation systems need an irrigation pump to create pressure for water to reach the plants. In order for pressurized water to reach the field, the solar panel water pump must perform the irrigation process at regular intervals. If you think you cannot control this process continuously, take advantage of smart pump systems.

In order to avoid problems with electricity supply, wells can be drilled in remote areas. You can irrigate your crops from the well in a cost-effective way witholar energy submersible pump. You can continue the irrigation process throughout the night with battery-powered solar water pump systems.

The most important part of the solar panel agricultural irrigation system installation is the solar panel. By generating energy, it provides your pump with the necessary needs for the irrigation process. Thus, the water transmitted to the field with sufficient pressure through the water pipes irrigates the plants.

If you are burdened by the electricity consumed in a large area that requires irrigation for 10 hours a day, get rid of this burden with a solar water engine.

Smart Irrigation System

Digital technology continues to take its place in every field. It also helps us in the irrigation process of our farmers.

With automatic irrigation systems, high efficiency is obtained with remote control. Nowadays, our farmer’s face is smiling with solar water pump controlled not only via computer but also via smart cell phone.

Especially in smart irrigation systems, sensors are used to monitor the humidity and pH of the water instantly and intervene quickly.

If you have not yet met with the opportunities provided by digital technology, please contact Kampa Ticaret.

Monotonous agricultural practices are being replaced by scientifically sound agricultural methods. Thus, smart irrigation systems ensure that greenhouses, fields, vineyards and gardens can be controlled in the best way possible with smart solar water pumps.

DC Irrigation System with Solar Water Pump

Dc (Direct Current) solar irrigation system is the use of electricity generated by a dc solar pump without converting it to 220V AC current. Since there is no inverter or driver in the solar water pump system that works only with the panel, the initial investment cost is less and it works efficiently without energy loss.

We cannot recommend it for very deep wells or systems that require high capacity. However, if you want to invest in dc solar pump with solar energy, it is obvious that you will make the smartest investment.

Solar Water Pump

Depending on the characteristics of the area to be used, we can say that the solar-powered water engine is the 1st degree important part of the solar-powered agricultural irrigation system.

It must be able to withstand up to 10 hours of operation per day. Water pumps that work in harmony with solar panels are widely used for irrigating agricultural land.

Dc water pumps contain a control unit. There are many types of solar water pumps suitable for use in wells, water channels and pools.

There are systems that work only with the panel, as well as types of solar pumps that provide energy conversion with inverter. You can use all these solar water pumps with solar panels to draw water from the well.

If desired, irrigation can be spread throughout the day by choosing a battery-powered solar pump. In general, in small and medium-sized areas, the battery-powered solar water pump that works only with the panel works efficiently.

Mobile solar energy trailers are preferred for large-scale irrigation operations for irrigation operations. The Ministry of Forestry and Water Affairs solar energy trailer irrigation system attracts farmers who irrigate on a large scale. The main advantages of the solar water pump set are that it can be easily installed and transported.

How Does a Solar Irrigation System Work?

Solar panels and solar water pumps are switched on as soon as it starts to get light in the early morning. However, it works fully efficient with the sunrise.

From early morning until sunset, the system provides the power to run a solar water pump. At noon, the irrigation process will be at a high level as the light received by the panels will be at a high level.

If you want to irrigate at night to prevent damage to the plants. With battery powered systems, you can store energy and irrigate at the desired time. The solar water pump systems available on our site also work on cloudy days. However, since it will not get enough sun, it can only use 60% of its capacity.

A system that sees your need of 100 tons per day with a non-electric pressurized water pump works with a water efficiency of 60-70 tons on cloudy days. If you wish, store the water obtained with the non-electric water pump in a tank or pool. This way you will always have the water you need.

What needs to be considered here is your location and seasonal conditions. We have exemplified by giving an average value from our general experience.

For submersible pump operation with solar panels store water instead of storing electricity with batteries for irrigation at night. The solar water pump system installed in this way is less costly than pond-type storage.

24 Volt Solar Panel Connection Diagram

Sure, I can help you with the wiring diagram of solar panels. The diagram below shows the series connection of 24 volt solar panels.

+---[+]-[PANEL]-[-]---[+]-[PANEL]-[-]---[+]-[PANEL]-[-]---+
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+---------------------------------------------------------+

This diagram shows three 24 volt solar panels connected in series. The series connection increases the total voltage of the solar panels while keeping the amperage constant. This form of connection can be used with charge controllers or inverters connected to a grid that require 24 volts or more.

Solar Energy Support for Agricultural Irrigation

The use of solar energy for agricultural irrigation can help farmers reduce their energy costs. In Turkey, grants are provided to encourage the use of solar energy for agricultural irrigation.

In 2022, field irrigation systems and solar irrigation systems were also included in the scope of grants. These grants provide up to 50% investment support.

In addition, significant support is provided for solar energy investments in agricultural irrigation. Irrigation unions and agricultural producers have been given the opportunity to use loans for solar energy investments with an interest rate discount of up to 100 percent and an upper limit of 7.5 million TL.

Solar Energy Agricultural Irrigation Systems Prices

Solar agricultural irrigation system prices increase according to the land condition, panel quantity and water requirement. The most expensive part of the system is the solar panel that provides energy conversion.

You can buy the solar water pump system piece by piece. However, prefer panel, control box and water pump package system. This way you can get an affordable solar water pump set.

There are single-phase, three-phase water pump systems operating between 4 Hp (3kW) and 40 hp (30kW). We have created suitable panel, construction, driver and paneling (fuse and lightning protection) solar water pump packagesfor you. You can visit our website for solar water pump prices.

You can benefit from package prices by examining package solar water pump, solar irrigation system prices. Prices for extracting water from the well with solar energy, prices for remote well control systems are with you.

Contact us for the most suitable solar water pump prices system design and implementation.

For detailed information about solar pumps, visit our solar pump category.