1 hp, 2 hp, 3 hp, 5 hp, 7.5 hp, 10 hp, 15 hp, 20 hp, 30 hp, 40 hp, 50 hp, 75 hp, 100 hp,Submersible Pump specifications, What is a Submersible Pump, How is a Submersible Pump works, submersible pump selection, deep well submersible pump, we will evaluate topics such as submersible pump selection.

With the widespread use of agricultural irrigation, it has become possible to extract and print water from underground with advanced technology products. For this reason, with the development of submersible pump technology, drip irrigation, sprinkler irrigation, pivot irrigation and flood irrigation can be done with submersible pumps.

Submersible Pumps are pumps integrated with electric motors that are used to extract and pump water from wells such as drilling wells and caisson wells and shallower areas such as pools, ponds, dams. Submersible pumps used for agricultural irrigation work with mains energy, generator and solar panel.

Submersible pumps have various powers according to the depth they will be placed and the amount of water required at the hour. The most demanded submersible pumps are pumps between 1 HP and 100 HP.

Submersible pumps are designed to extract water from different depths. For this reason, it is necessary to know how many tons of water is required per hour from which depth.

Below is a sample efficiency graph for the pumps. When this graph is examined, it can be found how many tons of water per hour at which depth the submersible pumps can deliver.

For example: When the 2 Hp Submersible Pump is placed at a depth of 100 meters, you can see that it has a water capacity of 2.7 tons per hour. When the 2 HP pump is placed at a depth of 33 meters, it will have a water capacity of 6 tons per hour.

Increasing diesel costs and high electricity bills led to alternative searches for submersible pumps, and as a result, it was possible to operate the pumps with Solar Panel.

Solar Irrigation Systems; It refers to the operation of the pumps with the electricity produced by the solar panel. These systems can be used between 08:00 in the morning and 18:00 in the evening.

Pumps operated with solar panels can be installed at a cheaper cost compared to electricity and generator costs. For this reason, solar-powered irrigation systems have become widespread in recent years.

– There is only Installation Cost. There is no extra maintenance cost. It does not cause continuous costs such as diesel cost and electricity bill.

– It has an economic life of 25 years if you set up a good system with the right products.

– Considering Turkey's climate and energy costs, it increases the investment cost in 4.5 – 5 years. The system amortizes its cost in 5 years.

– You can use it every day between April and September, which are the Irrigation Periods. Our systems work even in cloudy weather.

– Considering the geographical conditions of Turkey, you can use it for 9 hours daily without interruption.

– If you already have a pump, it can be converted into a solar irrigation system without any further processing/cost.

– We provide a 10-Year Efficiency Guarantee for Solar Panels used in the Installation of Solar Irrigation Systems. We also offer a 2 YEAR Service Guarantee for the systems we install.

– Considering the ever-increasing fuel costs and high electricity bills, why spend more money?

While you are reading these articles, we will be bringing water to thirsty lands in other lands.